INDUSTRIAL LCD SOLUTIONS

Transcription

INDUSTRIAL
LCD SOLUTIONS
2006 EDITION
1.877.ASK.AVNET (1.877.275.2863) // www.avnet.com
When Experience Counts
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For more information on any 3M Touch Solution visit,
www.3Mtouch.com or Call 1-877-ASK-AVNET (1-877-275-2863)
© 3M 2005
MicroTouch and ClearTek are registered trademarks of 3M.
>> AVNET DISPLAY CAPABILITY OVERVIEW
>> AMLCD TFT TECHNOLOGY
L.G.Philips
NEC
Optrex
Sharp
Toshiba
>> PASSIVE AND CHARACTER DISPLAYS
Passive Displays // Optrex
Character Displays // Optrex
04
09
10
12
18
22
26
31
32
34
>> TOUCHSCREEN TECHNOLOGY
37
Touchscreen Technology Overview
Selector Matrix
3M
Fujitsu
38
40
47
53
>> CONTROLLER KITS
55
Controller Kits Overview
Selector Matrix
56
57
>> VALUE-ADD & ENHANCEMENTS
Front Surface Film Laminations
Optical Bonding
Rear Enhancements–Film Insertions
Externally-Mounted Display Filters and Windows
Glass & Film Laminations
Acrylic Display Filters
Colored Optical Filters
Special Application Products
>> INDUSTRIAL DISPLAY SOLUTIONS
Open Frame LCD Displays
Panel Mounted LCD Displays
Rear Mounted LCD Displays
Chassis Mounted LCD Displays
Rack Mounted LCD Displays
KVM Display Solution
Panel PCs
Ruggedized Notebooks & Tablets
Standard LCD Monitors
Medical LCD Displays
POS Touch Monitor Solutions
Long-Life OEM LCD Monitors
Standard CRT Monitors
Digital Signage Solutions
>> APPENDIX
Glossary
Display Opportunity Worksheet
Notes
61
62
62
63
63
64
64
64
65
67
68
72
73
74
76
77
78
79
80
82
84
84
85
86
88
88
94
96
TABLE OF CONTENTS
DISPLAY
CAPABILITY
OVERVIEW
Avnet, Inc. is the
leader in industrial
distribution with
over $14B in annual
At Avnet, we know that how fast
sales, over 10,000 employees
in a competitive economy. That
and more than 260 facilities
is why we make it our primary
in 68 countries. We serve the
goal to help companies get to
supply chain of over 100,000
market first with leading-edge
customers worldwide,
computing technology solutions.
flat panel business development
staffed with over 1,000 sales
From a comprehensive portfolio
managers and technical support
representatives in North
of embedded OEM technologies
staff in the industry today.
America alone.
to sophisticated design,
and how well your company
implements its vision determines
how far your company will go
integration and logistic services,
Avnet’s Flat Panel Display
Business is a core component
our OEM customers with a
wide array of LCD Display
A technology partnership with
Avnet offers you the opportunity to
work with some of the best display
integration engineers, dedicated
>> Our Technology
Avnet offers a wide range of
displays.
high-end flat panel displays and
the engineering, integration, and
Whether your vision
testing services to build your
involves an off-
solution from the ground up.
solutions, services, personnel
the-shelf or highly
and support infrastructure.
customized display
Resourced to support any
>> Our Resources
Avnet maintains two labs in the
field for conceptual and prototype
display requirement in
solution, Avnet can
virtually any geography, Avnet
supply the experience,
at our state-of-the-art 120,000
technology and
square-foot facility and our in-
continues to invest and evolve
our product and service
portfolio so that we remain
your obvious choice for display
solutions, regardless of your
program’s size or complexity.
4
>> Our People
Avnet is your partner for LCD
to our industrial OEM go-tomarket strategy, providing
WHY AVNET?
design. We perform integration
house Class 10,000 clean room,
resources you need to
build it right and get
you to market first.
both located in Phoenix, AZ.
THE AVNET
PARTNERSHIP
ADVANTAGE
SUPPLIER PARTNER
LINE CARD
TFT Displays
>>
>>
>>
>>
>>
L.G.Philips LCD
NEC Electronics
Optrex
Sharp Microelectronics
Toshiba
The value of the Avnet partnership is clear, because we take
Passive & Character Displays
your raw vision and provide everything you need for a complete
>> Optrex
solution. As the industry leader in Industrial Distribution, Avnet has
Touch Screens
the flexibility and technical resources to handle any size display
>> 3M Touch Systems
>> Fujitsu Components
technology project within budget and on time.
From project inception, we save you months of time producing
the prototype for your concept. Along the way, our display experts
Controllers
>> AIS
>> DigitalView
help you choose from a wide range of high-end flat panel displays
Inverters
and related components to match your specific application needs.
integration facility to ensure your solution holds up in the most
>>
>>
>>
>>
demanding environments.
LCD Cables
Then we build and test at our 120,000 square-foot warehouse and
ERG
Taiyo-Yuden
Microsemi
NEC Electronics
>> Quadrangle
Display Integration Services
You have ideas for attracting new customers. You have a vision of
how to gain an edge in your market. Avnet can partner with you to
design and build your winning flat panel display solution.
We do this by providing a team of dedicated customization experts
whose sole mission is to take your display concept to final product.
Beginning with your idea, our engineers will take you step by step
LCD Platforms & Solutions
>> AIS
>> AAEON
>> Advantech
LCD Monitors
>>
>>
>>
>>
AIS
EIZO
NEC Display Solutions
Sampo
through design, integration, implementation and testing – at a pace
that meets your budget and deadline.
As the industry leader in industrial distribution, Avnet brings you
unparalleled technical expertise, financial resources and access to
best-in-class display solutions. You can rely on Avnet to help you
get to market first with a total product solution.
6
Industrial Boards
>>
>>
>>
>>
>>
>>
>>
>>
AAEON
Advantech
BCM
Diamond Flower, Inc. (DFI)
Intel Corporation
ITOX
Logic PD
Motorola (MCG)
FLAT PANEL DISPLAY VALUE-ADDED SERVICES
Whether building your solution from the ground up or choosing one of our off-the-shelf
products, Avnet provides value-added services to satisfy every requirement.
>> Mechanical Design
(i.e. Bezels, Enclsoures, etc.)
>>
>>
>>
>>
>>
>>
>>
Ruggedization
Prototyping
Optical Bonding
First Article/BOM Development
Integration & Manufacturing
Product Compatibility Testing
Agency Certifications
(Safety, FCC A & B, NEBS, UL, CE, CB)
Integration &
Manufacturing Facilities
>> Arizona and China
>> ISO 9001:2000 Certified
>> ISO 13485:2003 Certification
for Medical Devices
>> ISO 14644-6 Clean Environment
Work Area Certification Pending
>> Custom Test Procedures
Class 10,000 Clean Room
>>
>>
>>
>>
Class 1,000 Workbench
Touchscreen Application
Backlight Application
Film Application
Passive Enhancements
(Front Surface)
>>
>>
>>
>>
Anti-Reflective
Anti-Reflective & Anti-Glare
Polarizer Replacement
Easy-Clean Hydrophobic
(Smudge & Fingerprint Resistant)
>> 1/4 Wave Retarder
(Back Surface)
>> Brightness Ehancement Film
>> Dual Brightness Enhancement
Film Embossed or M Film
>> Enhanced Specular Reflector Film
>> Transflective Polarizer Film
(Sunlight Readable)
>> Glass/Film Laminations
>> Blur Privacy & Louver Privacy Film
>> IR/Heat Reduction –
IR Film or VKool
>> Polarizer – Linear or Circular
Externally-Mounted
Display Filters & Windows
>>
>>
>>
>>
>>
Anti-Reflective Coated Glass
Anti-Glare Glass – Matte Finish
ITO Glass (EMI/RFI Shielding)
Contrast Enhancement Filters
Vandal Shields
Display Filters / Acrylic
>> Anti-Reflective Coated Acrylic
Hardcoat & Anti-Smudge
>> Anti-Glare Acrylic
>> Anti-Reflective/Anti-Glare
Coated Acrylic
Conductive Coatings &
Fine Wire Meshes
>>
>>
>>
>>
EMI/RFI Shielding
Transparent Heaters
Touch Screen Components
Static Dissipating Filters
LCD TECHNOLOGY
SOLUTIONS
Core LCD Technologies
>>
>>
>>
>>
>>
Passive Matrix Displays
Active Matrix TFT Displays
Controllers
Inverters
Cabling
Touchscreen Technologies
>>
>>
>>
>>
Resistive (4, 5, 7 & 8-Wire)
Capacitive
Infrared (IR)
Surface Acoustic Wave (SAW)
Syngergistic Platforms
>> Industrial Embedded LCD Kit
>> SBC Solutions
>> Monitor Kit for
Embedded Applications
>> Panel PCs
>> Open Frame Monitors
>> Chassis Mount Monitors
>> Rear Mount Monitors
>> Panel Mount Monitors
>> Rack Mount Monitors
>> KVM Console Drawers
>> POS Touch Monitors
>> Digital Signage
>> Custom Enclosure Configurations
Extended Range Signal Transmission
>> Low-Voltage Differential Signal
(LVDS)
>> Digital Video Interface (DVI)
>> Fibre Optics
>> Transmission Minimized
Differential Signal (TMDS)
Active Enhancements
>> High-Bright CCFL
Backlight Replacement
>> LED Backlighting
>> Transparent Heaters
Industrial & Outdoor Equipment
>> Flat Panel Ruggedization
>> NEMA Enclosures
>> Class 1, Division 1, Hazardous
Area
7
AMLCD TFT
TECHNOLOGY
Avnet is poised to support the exploding
LCD market with the industry’s best linecard
for TFT modules. Our TFT offering spans
the very small 1.5” diagonals to the very
large 47.0”. And, of course, we also offer a
full range of resolution, interface, contrast
ratio, viewing angle, op-temp and brightness
options in most panel sizes. Between
our industry-leading partnerships and our
industry-leading value-added services, Avnet
has the right TFT solution for you.
9
TFT DISPLAYS // LG.Philips
7.0” WVGA [15:9]
12.1” SVGA
15.0” XGA
19.0 SXGA
LB070WQ3
LB121S03
LM150X08
LM190E05
•
•
•
•
•
•
•
•
•
•
•
•
•
• 8-Bit LVDS Interface
• 270 NITs
• 500:1 Contrast Ratio
Digital Interface
400 NITs
400:1 Contrast Ratio
-10C to +60C Op Temp
LVDS Interface
400 NITS
0C to +70C Op Temp
Anti-Glare Hard Coat
6-Bit LVDS w/FRC Interface
250 NITs
0C to +50C Op Temp
SELECTOR MATRIX // TFT Displays // LG.Philips
SIZE
Inches
10
MFR
PART NUMBER
RESOLUTION
PIXEL FORMAT
NITS
C/R
INTERFACE
VIEW
VIEWING ANGLE
OP TEMP
POWER
°C
W
4.0
LG.Philips
LB040Q02
QVGA
320x240
450
400:1
6-Bit TTL
6:00
65/65/50/65
-30C to +85C
3.1
4.0
LG.Philips
LB040Q03
QVGA
320x240
200
300:1
6-Bit CPU Bus
6:00
15/35/45/45
TBD
3.1
6.4
LG.Philips
LB064V02
VGA
640x480
250
300:1
6-Bit TTL
6:00
15/35/45/45
0C to +50C
2.3
6.5
LG.Philips
LB065WQ3
WqVGA
400x240
450
400:1
6-Bit TTL
6:00
65/65/50/65
-30C to +85C
4.2
6.5
LG.Philips
LB065WQ2
WqVGA
400x234
500
400:1
Analog
6:00
65/65/50/65
-30C to +85C
4.2
7.0
LG.Philips
LB070WV1
WVGA
800x480
400
400:1
Digital
6:00
70/70/50/60
-10C to +60C
TBD
7.0
LG.Philips
LB070W02
WqVGA
400x234
350
400:1
Analog
6:00
90/120
0C to +60C
3.9
7.0
LG.Philips
LB070WQ3
WqVGA
400x234
450
400:1
Analog
6:00
60/60/50/40
-30C to +85C
8.8
8.0
LG.Philips
LB080WV3
SVGA
800x450
400
400:1
Composite (NTSC/PAL)
6:00
90/120
-30C to +85C
3.9
10.4
LG.Philips
LB104S01
SVGA
800x600
250
400:1
6-Bit LVDS
6:00
90/120
0C to +50C
4
10.4
LG.Philips
LB104V03
VGA
640x480
400
300:1
6-Bit TTL
6:00
90/120
0C to +50C
10
12.1
LG.Philips
LB121S02
SVGA
800x600
300
200:1
6-Bit TTL
6:00
90/120
0C to +50C
7.8
12.1
LG.Philips
LP121X04
XGA
1024x768
143
250:1
6-Bit LVDS
6:00
10/30/40/40
0C to +50C
4
15.0
LG.Philips
LM150X08
XGA
1024x768
250
400:1
6-Bit LVDS w/FRC
6:00
55/45/65/65
0C to +50C
10
15.0
LG.Philips
LC150X01
XGA
1024x768
430
500:1
8-Bit LVDS w/FRC
6:00
176/176
0C to +60C
41
17.0
LG.Philips
LM170E01
SXGA
1280x1024
250
450:1
6-Bit LVDS w/FRC
3:00
140/160
0C to +50C
19
19.0
LG.Philips
LM190E05
SXGA
1280x1024
270
500:1
8-Bit LVDS
3:00
176/176
0C to +50C
24
20.1
LG.Philips
LM201U04
UXGA
1600x1200
250
400:1
8-Bit LVDS
3:00
176/176
0C to +50C
35.2
20.1
LG.Philips
LM201W01
UXGA
1680x1050
300
600:1
TMDS/LVDS
3:00
178/178
0C to +50C
35
20.1
LG.Philips
LC201V02
VGA
640x480
450
350:1
8-Bit TTL
3:00
176/176
0C to +50C
32
23.0
LG.Philips
LC230W01
WXGA
1280x768
450
400:1
8-Bit LVDS
3:00
176/176
0C to +50C
67.8
23.0
LG.Philips
LC230W02
WXGA
1366x768
500
550:1
8-Bit LVDS
3:00
176/176
0C to +40C
60
26.0
LG.Philips
LC260W01
WXGA
1280x768
450
500:1
8-Bit LVDS
3:00
176/176
0C to +50C
60
26.0
LG.Philips
LC260WX2
WXGA
1280x768
500
600:1
8-Bit LVDS
3:00
176/176
0C to +40C
71
32.0
LG.Philips
LC320W01
WXGA
1366x768
500
500:1
8-Bit LVDS
3:00
176/176
0C to +40C
94
37.0
LG.Philips
LC370WU1
WXGA
1366x768
500
800:1
8-Bit LVDS
3:00
176/176
0C to +40C
136
37.0
LG.Philips
LC370WX1
WXGA
1366x768
500
800:1
8-Bit LVDS
3:00
176/176
0C to +40C
42.0
LG.Philips
LC420W02
WXGA
1366x768
500
400:1
8-Bit LVDS
3:00
176/176
0C to +40C
47.0
LG.Philips
LC470WU1
WUXGA
1920x1080
600
1600:1
8-Bit LVDS
3:00
176/176
0C to +40C
AVNET INDUSTRIAL LCD SOLUTIONS // 2006 Edition // 1.877.275.2863 // email [email protected] with questions
211
LEGEND
u
l
n
New Product Not Currently in Production
Current Standard Product
x
Current Product but Requires NC/NR
EOL or Not Recommended for New Designs
23.0” – 42.0” WXGA [16:9]
•
•
•
•
•
VCC
V
8-Bit LVDS Interface
500 NITs
Up to 800:1 Contrast Ratio
0C to +40C Op-Temp
Wide Viewing Angle
BACKLIGHT
RECOMMENDED INVERTERS
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
QUADRANGLE
8M123367
ROHS
COMPLIANT
STATUS
AVAIL
REMARKS
Yes
n
Now
New; Wide Op Temp
Pending
u
Now
New
3.3
CCFL
94.4x78x10.4
3.3
LED
96x75.6x3.49
3.3
CCFL
145.5x111.5x6.0
8M122947
LXMG1617-05-22
LG-106
Yes
n
Now
Low Cost; Side Mount; Long-Life Panel
3.3
CCFL
155.5x91x10
10M123430
LXMG1617-12-61
RT-700G-40C
Yes
u
Now
New; Wide Temp
3.3
CCFL
155.5x89.8x6
10M123430
Yes
n
Now
3.3
CCFL
167x103.7x10.5
Yes
u
Sep-06
3.3
CCFL
166x100x7.0
D8MD60J2
LXMG1617-12-42
Yes
n
Now
16:9 Aspect Ratio
New; Wide Temp
New
3.3
CCFL
167x93x6.5
D8MD60J2
Yes
u
Sep-06
New; Wide Temp
13.0
CCFL
198x117x6
Included
Included
Pending
u
Sep-06
16:9 Aspect Ratio; Wide Temp
3.3
CCFL
224.5x172x5.7
8M122582
LXMG1617-12-42
Yes
n
Now
LVDS Input; LP; Ultra-Thin; Long-Life; Replaces LP104S5
3.3
CCFL
236x180x10.5
K2970
LXMG1623-12-62
QD6351
Pending
n
Now
High Bright; Side Mount; Anti-Glare; Long-Life Panel
3.3
CCFL
280x218x11
8MD2884
LXMG1623-12-61
QD5748
Yes
n
Now
TTL; High Bright; Anti-Glare; Hard Coat; Long-Life
3.3
CCFL
261x199x5
8MD2884
LXMG1617-12-42
FPDI-1-41 SERIES
Yes
n
Now
LVDS Input; Ultra-Thin; Low Power; Notebook Computer
3.3
CCFL
326.5x253.5x11.2
LD3092
LXMG1623-12-61
QD4280CLR
Yes
n
Now
16M Colors; High Bright; WVA; ROHS Compatible
3.3
CCFL
317.3x241.5x6.5
QD4280CLR
Yes
n
Now
High bright with Super IPS Version
5.0
CCFL
358.5x296.5x17
DMD42996
QD6352
Yes
n
Now
High Contrast; 16.2M Colors; WVA; ROHS Compatible
12.0
CCFL
404.2x330x20
DMF63297
QD6352
Yes
n
Now
LVDS; High Contrast; 16.7M Colors; SWVA
12.0
CCFL
432x331.5x25
DMF63369
QD6353
Yes
n
Now
ROHS Compatible
12.0
CCFL
459.4x296.4x23.7
DMF63369
12.0
CCFL
432x331.5x25
DMF63369
12.0
CCFL
528x326x34.5
Included
12.0
CCFL
559.8x333.8x45.7
12.0
CCFL
24.0
CCFL
12.0
12.0
12.0
LXMG1643-12-62
Yes
n
Now
16:9 Aspect; WVA; High Brightness
FPDI-1-41 SERIES
Yes
n
Now
LCD TV; SIPS; WVA; High Contrast; High Brightness
Included
QD4280CLR
Yes
n
Now
16:9 Aspect; WVA; Built-In Inverter
Included
Included
LCD-109
Yes
n
Now
16:9 Aspect; WVA; High Bright
622.0x389x53
Included
Included
LCD-111
Yes
n
Now
WVA; Built-In Inverter
626x373x44
Included
Included
LCD-110
Yes
u
Now
CCFL
760x450x48
Included
Included
LCD-109
Yes
n
Now
16:9 Aspect; WVA; Built-In Inverter
EEFL
87.8x516.8x55.5
Included
Included
Yes
n
Now
16:9 Wide Screen; WVA; Built-In Inverter
EEFL
877x516.8x55.5
Included
Included
LCD-109
Yes
n
Now
CCFL
1006x610x56
Included
Included
LCD-109
Yes
n
Now
CCFL
1096x640x48.1
Included
Included
Yes
n
Now
16:9 Aspect WVA; Built-In Inverter
AVNET INDUSTRIAL LCD SOLUTIONS // 2006 Edition // 1.877.275.2863
11
TFT DISPLAYS // NEC
2.7” QVGA
3.5” QVGA
3.5” QVGA
5.5” QVGA
NL2432HC17-01B
NL2432HC22-32B
NL2432HC22-40A
NL3224BC35-22
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
CMOS RGB (6-Bit) Interface
180 NITs (LED Backlight)
Transmissive with Touchscreen
6-Bit Digital Interface
70:1 Contrast Ratio
Reflective with Touch
NLT (Natural Light Technology) for
sunlight readability
• Portrait
Reflective
NLT (Natural Light Technology) for
sunlight readability
• Portrait
CMOS RGB (6-Bit) Interface
-10C to +70C
Super Transmissive NLT
(Daylight Readable)
SELECTOR MATRIX // TFT Displays // NEC
MFR
PART NUMBER
RESOLUTION
PIXEL
FORMAT
NITS
C/R
INTERFACE
VIEW
VIEWING ANGLE
2.7
NEC
NL2432HC17-01B
QVGA
240x320
180
400:1
CMOS RGB (6-Bit)
6:00
50/20,40/40
3.5
NEC
NL2432DR22-11B
QVGA
240x320
50
10:1
TTL
6:00
NA
0C to +50C
19mW
3.0/5.0
3.5
NEC
NL2432HC22-22A
QVGA
240x320
95
14:1
TTL
6:00
55/55,40/55
-10C to +55C
25mW
3.0/5.0
3.5
NEC
NL2432HC22-22B
QVGA
240x320
90
90:1
6-Bit TTL
6:00
NA
-10C to +55C
.439
3.0/5.0
3.5
NEC
NL2432HC22-32B
QVGA
240 x 320
100
70:1
6-Bit Digital
N/A
35/40,40/40
-10C to +55C
.3
3.0
3.5
NEC
NL2432HC22-40A
QVGA
240 x 320
220
130:1
6-Bit Digital
N/A
30/30,35/40
-10C to +55C
.434
3.0
5.5
NEC
NL3224AC35-01
QVGA
320x240
250
85:1
Analog RGB, NTSC
6:00
45/45,30/15
-30C to +85C
6.6
9.5
5.5
NEC
NL3224AC35-06
QVGA
320x240
250
85:1
Analog RGB, NTSC, Composite
6:00
50/50,25/25
-30C to +85C
8
9.5
5.5
NEC
NL3224BC35-20
QVGA
320x240
400
400:1
CMOS (6-Bit RGB)
6:00
5.5
NEC
NL3224BC35-22
QVGA
320x240
750
500:1
CMOS RGB (6-Bit)
6.3
NEC
NL10276BC12-02
XGA
1024x768
250
500:1
6-Bit / 8-Bit Digital,
LVDS
6.5
NEC
NL6448BC20-08E
VGA
640x480
300
250:1
6.5
NEC
NL6448BC20-18D
VGA
640x480
400
400:1
6.5
NEC
NL6448BC20-09Y
VGA
640x480
300
6.5
NEC
NL6448BC20-20
VGA
640 x 480
7.0
NEC
NL4823HC37-03
QVGA
8.4
NEC
NL8060BC21-02
SVGA
8.4
NEC
NL8060BC21-03
SVGA
8.4
NEC
NL6448BC26-01
8.4
NEC
8.4
8.4
SIZE
Inches
12
OP TEMP
POWER
°C
W
V
-10C to +55C
220mW
3.0/5.0
VCC
65/65,65/40
-10C to +75C
4.1
3.3/5.0
50/40,55/55
-10C to +70C
3.75
3.3/5.0
6:00
60/60,45/60
0C to +65C
5.2
3.3
6-Bit Digital, RF
6:00
50/50,35/45
0C to +60C
5
3.3/5.0
6-Bit Digital
6:00
80/80,80/60
-10C to +70C
5
3.3/5.0
250:1
6-Bit Digital, RF
6:00
35/45,50/50
0C to +60C
5
3.3/5.0
600
600:1
6-Bit Digital
6:00
80/80,80/60
-10C to +70C
3.6
3.3/5.0
640x480
450
300:1
6-Bit Digital
6:00
80/80,80/60
-10C to +70C
5
3.3/5.0
800 x 600
400
600:1
LVDS, 6/8 Bit
6:00
80/80,80/60
-10C to +70C
4.36
3.3
800x600
TBD
TBD
LVDS
6:00
80/80,80/60
-10C to +70C
5.5
3.3
VGA
640x480
450
300:1
6-Bit Digital
6:00
55/55,40/70
0C to +60C
4.6
3.3/5.0
NL6448BC26-01F
VGA
640x480
600
600:1
6-Bit Digital
6:00
55/55,40/70
0C to +60C
4.6
3.3/5.0
NEC
NL6448BC26-03
VGA
640x480
450
550:1
CMOS RGB (6-Bit)
6:00
55/55,40/70
0C to +60C
4.6
3.3/5.0
NEC
NL6448BC26-08D
VGA
640x480
400
800:1
LVDS
12:00
85/85,85/85
-10C to +70C
5.4
3.3
8.4
NEC
NL6448BC26-09
VGA
640x480
400
800:1
LVDS
12:00
85/85,85/85
-10C to +70C
5.4
3.3
8.4
NEC
NL10276BC16-01
XGA
1024x768
400
500:1
LVDS (6-Bit RGB)
6:00
85/85,85/85
0C to +55C
9.8
3.3
9.0
NEC
NL8048BC24-01
WVGA
800x480
400
TBD
6/8-Bit LVDS
6:00
80/60,80/80
-10C to +70C
4.6
3.3/5.0
LEGEND
u
l
n
x
8.4” VGA
8.4” VGA
8.4” SVGA
9.0” WVGA
NL6448BC26-08D
NL6448BC26-09
NL8060BC21-02
NL8048BC24-01
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
LVDS Interface
400 NITs
LVDS Interface
400 NITs
New low-cost model
BACKLIGHT
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
6/8 Bit LVDS
400 NITs
Reverse Scan
6/8-Bit LVDS
Ultra Wide Viewing Angle
High Contrast Ratio
PANEL CABLE
NEC
QUADRANGLE
ROHS
COMPLIANT
STATUS
AVAIL
REMARKS
LED
50.54x68.62x4.32
l
Now
Transmissive w/ Touch; Rec. Controller: S1L50282B37E100
LED
66.2x91x4.5
l
Now
Transflective with Touch
LED
64.0x85.0x3.06
Yes
l
Now
Transflective
LED
64.0x85.0x4.13
l
Now
LED
64 x 85 x 4.13
Yes
u
Sample
Reflective with Touch; SR-NLT; Portrait
Reflective; Controller Incl., SR-NLT; High Bright; Portrait
RT-700G-50C
Yes
u
Sample
NEC-304
Yes
l
Now
Wide Op Temp; Analog RGB; NTSC
NEC-305
Yes
l
Now
Wide Op Temp; Analog RGB; NTSC; Composite
l
Now
l
Now
Super Transmissive NLT (Daylight Readable)
Yes
l
Now
Recommended for new 6.5” designs
FPDI-1-31 SERIES
Yes
l
Now
Portrait Viewing; High Temp
FPDI-1-31 SERIES
Yes
l
Now
Portrait
n
Now
Yes
l
Now
LED
64 x 85 x 2.97
CCFL
134.0x11.0x23.0
Included
Included
CCFL
134x110x16.5
Included
Included
CCFL
134x104.5x12.5
K2767
LXMG1623-12-41
RT-700G-33C
CCFL
134x104.5x13
K2767
LXMG1623-12-41
TOS-112
Yes
CCFL
178.8x126.8x12
K2766
LXMG1623-12-41
QD4416
CCFL
178.8x126.8x11
K2461
LXMG1623-12-41
CCFL
153x118x10.5
8MAD3336
LXMG1626-12-45;
CCFL
178.8x126.8x11
K2461
CCFL
153 x 118 x 10.5
8MAD3336
55PW131
65PW061
Transflective with Touch
FPDI-1-31 SERIES
High Luminance, ST-NLT; Narrow Frame
Yes
u
Sample
Portrait
FPDI-1-31 SERIES
Yes
l
Q1’06
Reverse Scan, 6/8 bit Selectable; High Contrast
FPDI-1-31 SERIES
Yes
u
Q1’06
NLT; Reverse Scan; RF; High Contrast
LXMG1623-12-41
Yes
l
Now
SA-SFT; Reverse Scan; Wide Color Gamut
K2766
LXMG1623-12-41
Yes
u
TBD
SA-SFT; Reverse Scan; Wide Color Gamut
200x152x12.7
K2766
LXMG1623-12-41
Yes
l
Now
UWVA; High Contrast; Wide Color Gamut
200x152x10.5
8MAD3407
LXMG1623-12-41
l
Q1’06
CCFL
200x152x10.5
8MAD3407
LXMG1623-12-41
u
Q1’06
CCFL
200x152x16.5
LDS3215
LXMG1626-12-45
l
Now
Reverse Scan; Portrait Viewing
CCFL
220.5x136.5x10.5
K2766
LXMG1623-12-41
u
TBD
UWVA; High Contrast; Wide Color Gamut
LED
153x118x10.5
CCFL
200 x 152 10.5
8MAD3407
CCFL
200 x 152 10.5
8MAD3407
CCFL
200x152x12
K2766
CCFL
200x152x12
CCFL
CCFL
Photos courtesy of NEC Corporation. Unauthorized use not permitted.
84PW031, 84PW041
84PW031, 84PW041
QD4416
QD4416
Yes
84PW021
Yes
Low Cost
13
TFT DISPLAYS // NEC
10.4” XGA
10.4” VGA
10.4” VGA
NL10276BC20-04
NL6448BC33-59
NL6448BC33-63D
• 6-Bit LVDS Interface
• 300 NITS
•
•
•
•
•
•
•
•
•
450 NITs
LVDS Interface
450 NITs
New low-cost option
MFR
PART NUMBER
RESOLUTION
PIXEL
FORMAT
NITS
C/R
OP TEMP
POWER
VCC
°C
W
V
10.4
NEC
NL8060BC26-17
SVGA
800x600
250
10.4
NEC
NL8060BC26-27
SVGA
800x600
440
50/50,50/35
0C to +50C
6.8
3.3/5.0
85/85,85/85
-10C to +70C
6.6
3.3/5.0
10.4
NEC
NL6448BC33-50
VGA
640x480
6:00
55/75,40/55
0C to +65C
6.2
3.3/5.0
10.4
NEC
NL6448BC33-46
VGA
10.4
NEC
NL6448BC33-54
VGA
6-Bit Digital
6:00
70/70,45/55
0C to +65C
6.2
3.3/5.0
6-Bit Digital
12:00
45/45,30/20
-10C to +70C
5.2
3.3/5.0
10.4
NEC
NL6448BC33-59
600:1
6-Bit Digital
6:00
70/70,45/55
-10C to +70C
5.8
3.3/5.0
10.4
NEC
450
600:1
LVDS
6:00
85/85,85/85
-20C to +70C
5.9
3.3/5.0
10.4
640x480
380
300:1
6-Bit Digital
6:00
85/85,85/85
-10C to +70C
5.9
3.3/5.0
XGA
1024x768
300
300:1
6-Bit LVDS
6:00
60/60,45/60
0C to +60C
6.2
3.3
NL10276BC20-07Y
XGA
1024x768
300
300:1
6-Bit Digital
6:00
50/50,35/75
0C to +60C
6.2
3.3
NL8060BC31-27
SVGA
800x600
400
600:1
6-Bit Digital
6:00
70/70,45/55
-10C to +70C
6.4
3.3
NEC
NL8060BC31-27D
SVGA
800x600
400
600:1
6-Bit Digital
6:00
70/70,45/55
-10C to +70C
6.4
3.3
12.1
NEC
NL8060BC31-28D
SVGA
800x600
350
600:1
LVDS
6:00
70/70,45/55
-10C to +70C
6.4
3.3
12.1
NEC
NL8060BC31-28E
SVGA
800x600
350
600:1
LVDS
6:00
70/70,45/55
-10C to +70C
6.4
3.3
12.1
NEC
NL8060BC31-32
SVGA
800 x 600
400
600:1
6-Bit Digital
6:00
70/70,45/55
-10C to +70C
5.7
3.3/5.0
12.1
NEC
NL8060BC31-36
SVGA
800x600
1000
TBD
TBD
TBD
TBD
TBD
TBD
TBD
12.1
NEC
NL8060BC31-40
SVGA
800x600
400
600:1
LVDS
6:00
70/70,45/55
-20C to +70C
7
3.3
12.1
NEC
NL8060BC31-41D
SVGA
800x600
400
600:1
LVDS
6:00
70/70,45/55
-20C to +70C
7
3.3
12.1
NEC
NL8060BC31-20
SVGA
800x600
250
400:1
6-Bit Digital
6:00
80/80,80/80
0C to +55C
7
3.3/5.0
12.1
NEC
NL10276BC24-13
XGA
1024x768
400
300:1
6-Bit / 8-Bit Digital, LVDS
6:00
70/70,45/55
-10C to +70C
7
3.3
SIZE
INTERFACE
VIEW
VIEWING ANGLE
300:1
6-Bit Digital
6:00
700:1
CMOS RGB (6-Bit)
SFT
250
100:1
6-Bit Digital
640x480
350
300:1
640x480
220
300:1
VGA
640x480
450
NL6448BC33-63D
VGA
640x480
NEC
NL6448BC33-53
VGA
10.4
NEC
NL10276BC20-04
10.4
NEC
12.1
NEC
12.1
Inches
14
LEGEND
u
l
n
x
12.1” SVGA
12.1” SVGA
12.1” XGA
NL8060BC31-32
NL8060BC31-41D
NL10276BC24-13
•
•
•
•
•
•
•
•
•
•
•
•
•
•
400 NITs
Reverse Scan
LVDS Interface
400 NITs
Reverse Scan
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
CCFL
243x185.1x11.5
8MAD2910
LXMG1626-12-66
CCFL
243x185.1x11
8MAD2910
LXMG1626-12-66
CCFL
243x185.1x11
8MAD2910
LXM1621-04;
LXMG1626-05-66;
LXMG1626-12-66
CCFL
243x185x11
8MAD2910
LXMG1626-12-66
CCFL
243x185.1x10.5
8MAD2910
LXMG1626-12-66
CCFL
243x185.1x10.5
8MAD2910
LXMG1626-12-66
CCFL
243x185.1x10.5
8MAD3485
LXMG1626-12-66
CCFL
243x185.1x10.5
8MAD2910
LXMG1626-12-68
CCFL
243x185.1x11
8MAD2910
LXMG1621-04
CCFL
243x185.1x17.6
8MAD2910
CCFL
280x210x13
8MAD3084
LXMG1626-12-65
121PW161
CCFL
280x210x13
8MAD3084
LXMG1626-12-65
121PW161
CCFL
280x210x13
8MAD3084
LXMG1626-12-65
121PW161
CCFL
280x210x13
8MAD3084
LXMG1626-12-65
121PW161
CCFL
280 x 210 x 13
8MAD3084
LXMG1626-12-65
121PW161
CCFL
280x210x13
8MAD3084
LXMG1626-12-65
121PW161
CCFL
280x210x13
8MAD3084
LXMG1626-12-65
CCFL
280x210x13
8MAD3084
CCFL
280x210x13
CCFL
280x210x13
BACKLIGHT
6-8-Bit Digital/LVDS Interface
400 NITs
NEC
QUADRANGLE
ROHS
COMPLIANT
AVAIL
REMARKS
x
Now
Replaceable BL; New Designs use NL8060BC26-27
l
Now
Super Advanced SFT
Yes
l
Now
Transflective with AR
Yes
l
Now
Reverse Scan
l
Now
Reverse Scan
l
Now
Reverse Scan; RF; Wide Temp
u
TBD
Low Cost
Yes
l
Now
Contrast 500:1
Yes
l
Now
RF; Reverse Scan
n
Now
RF; Portrait Viewing; Ext Temp; Ext Tab
l
Now
Wide Temp; High Contrast; Reverse Scan
u
TBD
Wide Temp; High Contrast; Reverse Scan; AG Top Coat
l
Now
Reverse Scan; RF
u
TBD
Reverse Scan; RF; AG Top Coat
Yes
l
Now
Reverse scan, reflective mode 2% typ.
Yes
u
TBD
High Bright; High Contrast; WVA; Wide Temp
121PW161
u
TBD
NLT
LXMG1626-12-65
121PW161
u
TBD
31-28D Replacement
8MAD2933
LXMG1626-12-66
121PW161
QD4416
Yes
l
Now
SFT; Reverse Scan
8MAD3084
LXMG1626-12-65
121PW181
FPDI-1-41 SERIES
Yes
l
Now
Yes
STATUS
LCD-104
104PW161
NEC-308FI2541
Yes
FPDI-1-31 SERIES
104PW191
104PW191
FPDI-1-41 SERIES
QD6350
Yes
Yes
15
TFT DISPLAYS // NEC
15.0” XGA
15.0” XGA
19.0” SXGA
21.3” UXGA
NL10276BC30-17
NL10276BC30-18
NL128102BM29-05A
NL160120BC27-02
•
•
•
•
•
•
•
•
•
• 1M Pixel Monochrome
• Selectable LVDS
• 1,000 NITs
•
•
•
•
LVDS RGB (8-Bit) Interface
350 NITs
Ultra Advanced SFT
500 NITs
PSWG Compliant
2M Pixel SA SFT
2-Port LVDS RGB (8-Bit) Interface
250 NITs
High Contrast
MFR
PART NUMBER
RESOLUTION
PIXEL
FORMAT
NITS
C/R
INTERFACE
VIEW
VIEWING ANGLE
15.0
NEC
NL10276AC30-07
XGA
1024x768
400
300:1
8-Bit Parallel Dual Port
6:00
15.0
NEC
NL10276BC30-15
XGA
1024x768
250
400:1
LVDS
6:00
15.0
NEC
NL10276BC30-17
XGA
1024x768
350
700:1
LVDS RGB (8-Bit)
15.0
NEC
NL10276BC30-18
XGA
1024x768
500
400:1
18.1
NEC
NL128102AC28-07
SXGA
1280x1024
240
19.0
NEC
NL128102BC29-01
SXGA
1280x1024
19.0
NEC
NL128102BC29-01B
SXGA
1280x1024
19.0
NEC
NL128102BM29-05A
SXGA
1280x1024
1,000
20.1
NEC
NL256204AM15-01/01A
QSXGA
2560 x 2048
850
20.1
NEC
NL128102AC31-02
SXGA
1280x1024
21.3
NEC
NL160120BM27-03/03A
UXGA
1600x1200
21.3
NEC
NL204153BC21-02
QXGA
21.3
NEC
NL204153BM21-01/01A
QXGA
21.3
NEC
NL160120AC27-05
UXGA
21.3
NEC
NL160120AM27-06/06A
21.3
NEC
23.0
NEC
SIZE
Inches
16
OP TEMP
POWER
VCC
°C
W
V
85/85,85/85
0C to +55C
25.1
5.0
60/60,40/60
0C to +50C
9.4
3.3
12:00
85/85,85/85
0C to +55C
16.6
3.3
LVDS RGB (8-Bit)
12:00
75/55,75/75
-10C to +70C
16.6
3.3
300:1
8-Bit LVDS Dual Channel
6:00
85/85,85/85
0C to +55C
38.7
12.0
300
300:1
2-Port LVDS RGB (8-Bit)
Symm
85/85,85/85
0C to +55C
26.8
5.0
280
450:1
Symm
85/85,85/85
0C to +55C
26.8
5.0
Selectable LVDS
Symm
85/85,85/85
26.8
5.0
600:1
Selectable LVDS
SFT
85/85,85/85
0C to +55C
49.2
12.0
250
300:1
6:00
85/85,85/85
0C to +55C
45.6/50
12.0
1,000
700:1
Selectable LVDS
Symm
85/85,85/85
0C to +55C
30.7
12.0
2048X1536
235
450:1
Selectable LVDS
Symm
85/85,85/85
0C to +55C
32.5
12.0
2048X1536
800
700:1
Selectable LVDS
Symm
85/85,85/85
0C to +55C
34.2
12.0
1600x1200
450
450:1
Selectable LVDS
Symm
85/85,85/85
0C to +55C
63.7
12.0
UXGA
1600x1200
1,800
700:1
Selectable LVDS
Symm
85/85,85/85
0C to +55C
63.7
12.0
NL160120BC27-02
UXGA
1600x1200
250
450:1
Selectable LVDS
Symm
85/85,85/85
0C to +55C
30.7
12.0
NL12876AC39-01
WXGA
1280x768
450
350:1
LVDS (8-Bit)
Symm
85/85,85/85
0C to +55C
54.3
5.0
LEGEND
u
l
n
x
21.3” UXGA
21.3” QXGA
21.3” UXGA
21.3” UXGA
NL204153BM21-01/01A
NL204153BC21-02
NL160120AM27-06/06A
NL1600120AC27-05
•
•
•
•
•
•
•
•
• 2 Megapixel Super Advanced SFT Monochrome
• 1800 NITs
• Adjustable Gamma with 10-bit LUT
•
•
•
•
3 Megapixel Super Advanced SFT Monochrome
2-Port LVDS RGB (8-Bit) Interface
800 NITs
High Contrast
350 NITs
Ultra Advanced SFT
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
NEC
Inches
12V
12V
12V
CCFL
330x255.4x32
Included
Included
CCFL
328x252x11
LD2909
LXMG1623-12-61
CCFL
326.5x256.5x17
DMD43471
CCFL
326.5x256.5x17
DMD43471
CCFL
389x317.2x30.3
Included
CCFL
404.2x330x22.3
DMF63433
CCFL
404.2x330x22.3
DMF63433
DMF63433
BACKLIGHT
CCFL
Included
QUADRANGLE
ROHS
COMPLIANT
STATUS
AVAIL
x
LTB 9/06
Yes
l
Now
Edge Light
l
Now
Ultra Advanced SFT
l
Now
PSWG Compliant
l
Now
SFT; Direct Backlight; Low-Reflection WVA
l
Now
1M Pixel; SA SFT; Wide Color Gamut
l
Now
1M Pixel; SA SFT; Wide Color Gamut
n
Now
1M Pixel; SA SFT; Monochrome
n
Now
5M Pixels; Monochrome; A-SFT
l
Now
1M Pixel; SFT; Direct Backlight
n
Now
2M Pixels; Monochrome; SA SFT; 10-bit LUT
NEC-700G-45C & 30C
150PW151
QD4280CLR
150PW231
QD4280CLR
181PW051
LCD-112
Yes
QD6352
CCFL
423.4x343.5x43.5
Included
Included
CCFL
470x382x42.5
Included
Included
CCFL
457x358x25
DMF63232
2 Megapixel Super Advanced SFT
Selectable LVDS Interface
450 NITs
Adjustable Gamma with 10-bit LUT
201PW021
QD6354
LCD-108
Yes
REMARKS
SFT; Direct Backlight
CCFL
457.0x350.0x25.0
DMF63232
n
Now
3M Pixels; Adjustable Gamma; AG Surface
CCFL
457x350x25
DMF63232
n
Now
3M Pixels; Monochrome; SA SFT
CCFL
457x350x34
Included
Included
n
Now
2M Pixels; SA SFT; Adjustable Gamma with 10-bit LUT
CCFL
457x350x34
Included
Included
n
Now
2M Pixels; Monochrome; SA SFT; Adjust. Gamma w/ 10-bit LUT
CCFL
457x359x28
DMF63232
n
Now
2M Pixels; SA SFT; High Contrast
CCFL
528x326x30.1
Included
l
Now
Adv. SFT; Direct Backlight
Included
17
TFT DISPLAYS // Optrex
3.5” QVGA
3.5” QVGA
6.5” VGA
8.4” XGA
T-51963GD035J-MLW-ABN
T-51963GD035J-MLW-ACN
T-51952D065J-FW-A-ACN
T-51639D084JU-FW-A-AB
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Portrait
Portrait with Touchscreen
Digital Interface
600 NITs
Anti-Reflective Surface
LVDS Interface
300 NITs
SELECTOR MATRIX // TFT Displays // Optrex
SIZE
MFR
PART NUMBER
PIXEL FORMAT
NITS
1.5
OPX
2.2
OPX
T-51991GD015-MLW-AJN
176xRGBx132
150
80:1
T-51570GD022J-MLW-AD
176xRGBx220
120
100:1
2.4
OPX
T-51982GD024J-LW-ABN
3.5
OPX
QVGA
240x320
100
300:1
6-Bit Digital
6:00
3.5
OPX
T-51963GD035J-MLW-ACN
QVGA
240x320
100
300:1
6-Bit Digital
6.5
OPX
T-51952D065J-FW-A-ABN
VGA
640 x 480
600
700:1
6.5
OPX
VGA
640 x 480
600
6.5
OPX
T-51750DG065J-FW-AA
VGA
640x480
6.5
OPX
T-51750DG065J-FW-AB
VGA
640x480
7.0
OPX
T-51440GL070H-FW-AF
7.0
OPX
T-51440GL070HU-FW-AC
8.4
OPX
T-51638D084J-FW-A-AB
VGA
8.4
OPX
T-51638D084J-FW-A-AC
8.4
OPX
10.4
OPX
10.4
10.4
Inches
18
RESOLUTION
C/R
INTERFACE
VIEW
VIEWING ANGLE
CMOS
4:30
30/30,30/30
8-bit serial
6:00
OP TEMP
POWER
°C
W
-10 to 60
75.1mw
-20C to +70C
136.8mw
100/100
-20C to +70C
46.68mW/
TCON
6:00
100/100
-20C to +70C
46.68mW/
TCON
Digital
6:00
70/70, 50/60
-20C to +70C
4.8
700:1
Digital
6:00
70/70, 50/60
-20C to +70C
4.8
400
300:1
Digital
6:00
55/55,30/60
-25C to +70C
4.8
400
300:1
Digital
6:00
55/55,30/60
-25C to +70C
4.8
480x234
400
150:1
Analog
6:00
60/60,30/60
-30C to +85C
6.6
480x234
400
150:1
Analog
12:00
60/60,60/30
-30C to +85C
6.6
640x480
480
450:1
Digital
6:00
65/65,50/60
-20C to +70C
6.6
VGA
640x480
480
450:1
Digital
6:00
65/65,50/60
-20C to +70C
6.6
XGA
1024x768
300
400:1
LVDS
12:00
65/65,60/50
-20C to +70C
6.6
T-51513D104J-FW-A-AD
VGA
640x480
430
500:1
Digital
6:00
65/65,45/65
-20C to +70C
6.8
OPX
T-51513D104JU-FW-A-AC
VGA
640x480
430
500:1
Digital
12:00
65/65,65/45
-20C to +70C
6.8
OPX
T-51513D104JU-FWA-AHN
VGA
640 x 480
430
500:1
Digital
12:00
65/65, 65/45
-20C to +70C
6.8
10.4
OPX
T-51944D104J-FW-A-AA
SVGA
800x600
400
500:1
LVDS
6:00
70/70,50/60
-20C to +70C
7
10.4
OPX
SVGA
800 x 600
400
500:1
LVDS
6:00
70/70, 50/60
-20C to +70C
7.0W
480x234
LEGEND
u
l
n
x
8.4” VGA
10.4” SVGA
10.4” VGA
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
VCC
V
Digital Interface
480 NITs
BACKLIGHT
LVDS Interface
400 NITs
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
QUADRANGLE
ROHS
COMPLIANT
STATUS
AVAIL
430 NITs
REMARKS
3.0
LED
35.47x33.18x2.35
l
Now
Transflective, 8bit pararell
2.8
LED
40.8x55x3.6
l
Now
QCIF+, Transflective
l
Now
Transmissive
Multiple
LED
65x85x4
Yes
u
Dec-05
Portrait
Multiple
LED
65x85x4
Yes
u
Dec-05
Portrait with Touch
3.3
CCFL
154.0x121.0x11.0
Yes
u
MP 3Q,
2006
High bright 600nits
3.3
CCFL
154.0x121.0x11.0
Yes
u
MP 3Q,
2006
High bright 600nits,Anti-Reflective Surface
3.3
CCFL
158x120.4x11.6
K3230
LXMG1623-12-41
FPDI-1-31 SERIES
Yes
l
Now
3.3
CCFL
158x120.4x11.5
K3230
LXMG1623-12-41
FPDI-1-31 SERIES
Yes
l
Now
Now
12.0
CCFL
164.9x101.9x23.1
Included
Included
QD6252
Yes
n
12.0
CCFL
164.9x101.9x23.1
Included
Included
QD6252
Yes
n
Now
3.3
CCFL
199.5x149x11.5
K3262
LXMG1623-12-41
FPDI-1-31 SERIES
Yes
l
Now
3.3
CCFL
199.5x149x11.5
K3262
LXMG1623-12-41
FPDI-1-31 SERIES
Yes
l
Now
3.3
CCFL
205x152.4x11.3
K3262
LXMG1623-12-41
QD6032
Yes
l
Now
NCM, 6/8 bit selectable
5.0/3.3
CCFL
243x181.6x12.2
K3262
LXMG1621-02
FPDI-1-31 SERIES
Yes
l
Now
6:00 viewing direction
Yes
l
Now
12:00 viewing direction
Yes
u
MP June,
2006
Yes
l
Now
Yes
u
MP June,
2006
5.0/3.3
CCFL
243x181.6x12.2
5.0, 3.3
CCFL
243x181.6x12.2
3.3
CCFL
243x181.6x12.2
3.3V
CCFL
243x181.6x12.2
K3262
K3262
LXMG1623-12-41
LXMG1623-12-41
FPDI-1-31 SERIES
QD4417
NCM, 6/8 bit selectable
Anti-Reflective Surface, NCM, 6/8 bit selectable
19
TFT DISPLAYS // Optrex
12.1” SVGA
12.1” XGA
12.1” SVGA
T-52017D121J-FW-ABN
T-52017D121J-FW-AAN
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
6/8-Bit Selectable LVDS Interface
1,000 NITs
Natural Color Matrix (NCM)
LVDS Interface
1,000 NITs
6/8-Bit Selectable LVDS Digital
1,000 NITs
SELECTOR MATRIX // TFT Displays // Optrex
OP TEMP
POWER
°C
W
65/65,45/75
-20C to +70C
7.6
65/65,45/75
-20C to +70C
7.6
6:00
65/65,45/75
-20C to +70C
8
LVDS
6:00
65/65, 45/75
-20C to +70C
8.0
500:1
LVDS
6:00
65/65,75/45
-20C to +70C
7.5
500:1
LVDS
6:00
65/65, 45/75
-20C to +70C
7.5
1000
500:1
LVDS
6:00
65/65,45/75
-20C to +70C
15
800 x 600
1000
500:1
LVDS
6:00
65/65, 45/75
-20C to +70C
15.0
XGA
1024 x 768
1000
600:1
LVDS
6:00
65/65, 45/75
-20C to +70C
15.1
XGA
1024 x 768
1000
600:1
LVDS
6:00
65/65, 45/75
-20C to +70C
15.1
OPX
T-51511D150-FW-A-AC
XGA
1024x768
300
500:1
Digital
6:00
75/75,50/60
0C to +50C
16.3
15.0
OPX
T-51511D150-FW-A-AD
XGA
1024x768
400
500:1
Digital
6:00
75/75,50/60
0C to +50C
16.3
15.0
OPX
T-51863D150J-FW-A-AFN
XGA
1024 x 768
800
450:1
LVDS
6:00
75/75, 50/60
-20C to +70C
17.5
15.0
OPX
XGA
1024X768
450
450:1
LVDS
6:00
65/50,75/75
-20C TO +70C
17.47
15.0
OPX
XGA
1024X768
450
450:1
LVDS
6:00
65/50,75/75
-20C TO +70C
17.47
15.0
OPX
T-51863D150J-FW-A-AE
XGA
1024X768
450
450:1
LVDS
6:00
65/50,75/75
-20C TO +70C
17.47
15.0
OPX
XGA
1024x768
250
450:1
LVDS
6:00
75/75,50/60
-20C to +70C
9.4
SIZE
MFR
PART NUMBER
RESOLUTION
PIXEL FORMAT
NITS
C/R
INTERFACE
VIEW
VIEWING ANGLE
12.1
OPX
12.1
OPX
SVGA
800x600
400
500:1
Digital
6:00
SVGA
800x600
400
500:1
Digital
6:00
12.1
OPX
XGA
1024x768
320
550:1
LVDS
12.1
OPX
T-51756D121J-FW-A-ADN
XGA
1024 x 768
320
550:1
12.1
OPX
SVGA
800X600
350
12.1
OPX
SVGA
800 x 600
400
12.1
OPX
T-52017D121J-FW-AAN
SVGA
800x600
12.1
OPX
T-52017D121J-FW-ABN
SVGA
12.1
OPX
T-55105D121J-FW-A-AAN
12.1
OPX
15.0
Inches
20
LEGEND
u
l
n
x
15.0” XGA
15.0” XGA
15.0” XGA
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
VCC
V
800 NITs
BACKLIGHT
450 NITs
Ultra-Wide Viewing Angle
LVDS Interface
450 NITs
Wide Viewing Angle
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
QUADRANGLE
ROHS
COMPLIANT
STATUS
AVAIL
5.0/3.3
CCFL
280x210x12
8MAD2971
LXM1621-02
FPDI-1-41 SERIES
Yes
l
Now
5.0/3.3
CCFL
280x210x12
8MAD3389
LXM1621-02
FPDI-1-41 SERIES
Yes
l
Now
3.3
CCFL
280x210x12
8MAD2971
LXM1621-02
QD6032
Yes
l
Now
3.3
CCFL
280x210x12
Yes
u
MP 3Q,
2006
3.3
CCFL
280.0X210.0X12.0
5.0, 3.3
CCFL
280x210x12
3.3
CCFL
280x219x17.8
8MAD3389
LXM1621-02
QD4417
DMD43439F
Anti-Reflective Surface, NCM, 6/8 bit selectable
Yes
l
Now
Yes
u
MP 3Q,
2006
Yes
u
Now
Super high bright 1000nits, NCM, 6/8 bit selectable,
Yes
u
Now
Super high bright 1000nits, Anti-Reflective Surface,
NCM, 6/8 bit selectable,
LVDS I/F
3.3
CCFL
280x219x17.8
3.3
CCFL
280x219x17.8
Yes
u
MP 3Q,
2006
Super high bright 1000nits, NCM, 6/8 bit selectable,
3.3
CCFL
280x219x17.8
Yes
u
MP 3Q,
2006
Super high bright 1000nits, Anti-Reflective Surface,
5.0
CCFL
326x255x15.5
Yes
n
Now
Yes
n
Now
Yes
u
MP June,
2006
Super high bright 800nits, NCM, 6/8 bit selectable
5.0
CCFL
326x255x15.5
3.3
CCFL
326x255x15.9
DMD43439F
REMARKS
DMD43153
DMD43153
LXM1643-12-63
RT-700G-40C
LXMG1643-12-61
3.3
CCFL
326.0X255.0X15.9
Yes
l
Now
Wide View; Wide Temp; High Bright; Natural Color
3.3
CCFL
326.0X255.0X15.9
Yes
l
Now
Ultra Wide View, NCM, 6/8 bit selectable
3.3
CCFL
326.0X255.0X15.9
Yes
l
Now
3.3
CCFL
326x255x15.5
Yes
l
Now
DMD43390
DMAD3224
QD4417
QD4280CLR
21
TFT DISPLAYS // Sharp
2.2” QCIF+
3.5” QVGA
3.6” QVGA
4.3” 480 x 240
LQ022B8UD04
with Touchscreen
LQ036Q1DA01
LQ043T3DX02
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
LQ035Q7DB02R
60:1 Contrast Ratio
Portrait
•
•
•
•
•
50:1 Contrast Ratio
Portrait
6-Bit TTL Interface
Transflective Polarizer
Landscape Mode
16:9 Aspect Ratio
6-Bit TTL Interface
Clear Hardcoat
SELECTOR MATRIX // TFT Displays // Sharp
SIZE
MFR
PART NUMBER
RESOLUTION
PIXEL FORMAT
NITS
C/R
INTERFACE
VIEW
VIEWING ANGLE
2.2
Sharp
LQ022B8UD04
QCIF+
176x220
50
60:1
6-Bit Digital
6:00
3.0
Sharp
LQ030B7DD01
320x320
110
70:1
6-Bit Digital
3.5
Sharp
LQ035Q7DB02R
3.5
Sharp
LQ035Q7DB03F
QVGA
240x320
50
50:1
QVGA
240x320
55
85:1
3.5
Sharp
LQ035Q7DH06
QVGA
240x320
225
3.6
Sharp
LQ036Q1DA01
QVGA
320x240
3.8
Sharp
LQ038Q5DR01
QVGA
3.8
Sharp
LQ038Q7DB03R
4.3
Sharp
LQ043T3DX02
5.0
Sharp
5.0
Inches
22
OP TEMP
POWER
°C
W
30/30/30/30
-20C to +70C
0.288
6:00
60/40/50/40
-20C to +70C
0.35
6-Bit Digital
6:00
40/40/40/40
-10C to +60C
0.35
6-Bit Digital
6:00
40/50/40/40
-10C to +60C
0.35
80:1
6-Bit Digital
6:00
40/50/40/40
-10C to +70C
0.42
300
500:1
6-Bit TTL
6:00
80/80
-10C to +60C
0.45
320x240
450
100:1
6-Bit TTL
6:00
80/80
-30C to +85C
2.9
QVGA
320x240
90
500:1
6-Bit TTL
6:00
80/80
0C to +50C
.52
480x272
165
400:1
6-Bit TTL
6:00
80/80
-10C to +50C
TBD
LQ050Q5DR01
QVGA
320x240
380
100:1
6-Bit TTL
6:00
130H/110V
-30C to +85C
3.6
Sharp
LQ5AW136
QVGA
320x240
320
60:1
Analog
6:00
130H/105H
-30C to +85C
5.37
5.7
Sharp
LQ057Q3DC12
QVGA
320x240
350
60:1
6-Bit Digital
12:00
130H/105V
-10C to +70C
3.9
6.4
Sharp
LQ64D343
VGA
640x480
300
100:1
6-Bit Digital
6:00
140H/115V
0C to +55C
5.6
6.4
Sharp
LQ64V3DG01
VGA
640x480
350
250:1
6-Bit Digital
6:00
140H/110V
-10C to +55C
4.7
6.4
Sharp
LQ064A5CG01
VGA
640x480
350
100:1
Composite NTSC
6:00
130H/105V
-30C to +85C
10.35
6.5
Sharp
LQ065T9BR51
400(3)x240
220
60:1
COMP/RGB
6:00
100H/85V
-30C to +85C
4.97
6.5
Sharp
LQ065T9DR51
400(3)x240
220
60:1
6-Bit Digital
12:00
100H/85V
-30C to +85C
5.6
7.0
Sharp
LQ070T5CR01
480(3)x234
350
60:1
Composite NTSC
6:00
130H/105V
-30C to +85C
7.9
8.0
Sharp
LQ080V3DG01
VGA
640x480
380
250:1
6-Bit Digital
12:00
130H/120V
0C to +70C
6.2
8.4
Sharp
LQ084S3DG01
SVGA
800x600
350
250:1
6-Bit Digital
6:00
110H/90V
-10C to +65C
6.02
8.4
Sharp
LQ084V1DG21
VGA
640x480
300
250:1
6-Bit Digital
12:00
110H/95V
-10C to +70C
5.4
LEGEND
u
l
n
x
5.7” QVGA
8.4” SVGA
8.4” VGA
LQ057Q3DC12
LQ084S3DG01
LQ084V1DG21
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
VCC
V
350 NITs
60:1 Contrast Ratio
Horizontal & Vertical Display Mode
Wide Viewing Angle
BACKLIGHT
350 NITS
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
QUADRANGLE
ROHS
COMPLIANT
STATUS
AVAIL
300 NITs
Wide Viewing Angle
Anti-Glare Surface
REMARKS
3.0
LED
42.1x56.6x4.2
Yes
l
Now
Portrait
3.3
LED
66.6x68.5x3.6
Yes
l
Now
Transflective
3.3
LED
65x85x4.5
RT-700G-50C
Yes
l
Now
Portrait with Touch; ROHS Compatible
3.3
LED
65x85x3.4
RT-700G-50C
Yes
l
Now
Portrait w/o Touch; ROHS Compatible
3.3
LED
65x85x3.8
Yes
l
Now
Portrait w/ Touch; ROHS Compatible; Upgrade from DH01
3.3
LED
82.8x69.7x3.3
Yes
l
Now
Transflective; LED Backlight; Landscape
3.3
LED
117.5x69.45x13.45
RT-61LQ010
Yes
l
Now
Hi Temp; Wide Viewing Angle; Reflective; AG + LR Treatment
3.3
LED
69.0x88.6x3.4
RT-61LQ010
Yes
l
Now
Transflective; LED Backlight; Portrait
3.3
LED
105.5x67.2x3.95
RT-700G-40C
Yes
u
May ‘06
3.3
CCFL
119.4x89.1x12.7
D10M55J
RT-61LQ010
Yes
l
Now
Wide Op Temp; Full Color; High Bright; WVA; 4:3 Aspect; Reflective
8.0
CCFL
126.8x89.6x16.5
8M122039
RT-59
Yes
l
Now
Ext. Temperature; 4:3 Aspect Ratio
3.3
CCFL
144.0x104.6x13.0
8M122323
RT-700G-33C
Yes
l
Now
Wide Temp; High Bright; Horizontal & Vertical Display Mode;
WVA; 4:3 Aspect; ROHS Compatible
5.0
CCFL
175.0x126.5x12.0
K1958
LXMG1623-12-41
FPDI-1-31 SERIES
Yes
x
Now
Not Recommended for New Designs
5.0
CCFL
161.3x117.0x12.0
FPDI-1-31 SERIES
Yes
u
Now
New Low Cost 6.4”
5.0
CCFL
153.0x122.0x21.0
Included
Included
QD3793
Yes
l
Now
Ext. Temp; Plug & Play A/V Panel
5.0
CCFL
155x89.2x12.5
D10M65J
LXMG1614E-14-11
n
Now
Ext Op Temp; 16:9 Aspect Ratio
5.0
CCFL
155x89.2x12.5
D10M65J
LXMG1614E-14-11
Yes
n
Now
Ext Temp; 16:9 Aspect; Reversable Viewing; Digital
8.0
CCFL
170.0x104.0x18.0
x
Now
16:9 Aspect Ratio; NTSC/PAL; Plug & Play A/V Panel
3.3
CCFL
183.0x141.0x14.0
D10M65J
Yes
l
Now
5V or 3.3V; WVA; Image Inversion
3.3
CCFL
199.5x149.5x11.6
8MAD3003
LXMG1621-02
Yes
l
Now
3.3
CCFL
216.0x152.4x12.0
8M122218
LXMG1617-12-61
Yes
l
Now
LXMG1614E-14-11
FPDI-1-31 SERIES
RT-409
QDW2337
Transmissive; 16:9 Aspect; Clear Hard Coat
5V or 3.3V.; WVA; High Bright; Anti-Glare
23
TFT DISPLAYS // Sharp
10.4” VGA
10.4” SVGA
12.1” SVGA
LQ104V1DG61
LQ104S1LG21
LQ121S1DG61
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
450 NITs
-30 to +80C Op Temp
Wide Viewing Angle
Low Profile/Small Footprint
LVDS Interface
350 NITs
LVDS Interface
450 NITs
Wide Viewing Angle
Anti-Glare Hard Coat
SELECTOR MATRIX // TFT Displays // Sharp
SIZE
MFR
PART NUMBER
RESOLUTION
PIXEL FORMAT
NITS
C/R
INTERFACE
VIEW
VIEWING ANGLE
10.4
Sharp
LQ104S1DG21
SVGA
800x600
350
300:1
6-Bit Digital
6:00
10.4
10.4
Sharp
LQ104S1LG21
SVGA
800x600
350
300:1
LVDS
Sharp
LQ10D368
VGA
640x480
200
300:1
6-Bit Digital
10.4
Sharp
LQ104V1DG21
VGA
640x480
350
300:1
10.4
Sharp
LQ104V1DG51
VGA
640x480
350
10.4
Sharp
LQ104V1DG61
VGA
640x480
450
10.4
Sharp
LQ104V1DW02
VGA
640x480
350
12.1
Sharp
LQ121S1DG41
SVGA
800x600
350
12.1
Sharp
LQ121S1LG41
SVGA
800x600
350
12.1
Sharp
LQ121S1DG61
SVGA
800x600
450
12.1
Sharp
LQ121S1LG61
SVGA
800x600
12.1
Sharp
LQ121S1LW01
SVGA
15.0
Sharp
LQ150X1LGN2A
15.0
Sharp
15.0
Sharp
15.0
Inches
24
OP TEMP
POWER
°C
W
140H/110V
-10C to +65C
7.4
6:00
140H/110V
-10C to +65C
7.4
6:00
140H/110V
0C to +50C
3.8
6-Bit Digital
6:00
140H/110V
-10C to +65C
7.4
300:1
6-Bit Digital
6:00
140H/110V
-10C to +65C
4.1
600:1
6-Bit Digital
6:00
140H/110V
-30 to +80C
4.1
300:1
6-Bit Digital
Symm
140H/110V
0C to +70C
TBD
450:1
6-Bit Digital
6:00
140H/110V
-10C to +65C
8.3
300:1
LVDS
6:00
140H/110V
-10C to +65C
8.3
600:1
LVDS
6:00
140H/110V
-30C to +80C
8.3
350
450:1
6-Bit Digital
6:00
140H/110V
-30C to +80C
8.3
800x600
250
800:1
LVDS
6:00
140H/110V
0C to +50C
8.3
XGA
1024x768
250
350:1
LVDS
12:00
120H/100V
0C to +50C
10.2
LQ150X1LGB1
XGA
1024x768
600
350:1
LVDS
6:00
170/170
0C to +50C
16
LQ150X1LW71N
XGA
1024x768
250
400:1
LVDS
3:00
170H/170V
0C to +50C
18
Sharp
LQ150X1LGN2E
XGA
1024x768
350
350:1
LVDS
12:00
120H/100V
0C to +50C
10.2
20.0
Sharp
LQ201U1LW11Z
UXGA
1600x1200
700
1000:1
Dual Channel LVDS
Symm
170H/170V
0C to +50C
32.88
20.0
Sharp
LQ201U1LW21
UXGA
1600x1200
250
500:1
Dual Channel LVDS
Symm
176H/176V
0C to +50C
79.2
20.0
Sharp
LQ197V3DZ89
VGA
26.0
Sharp
LQ255T3LZ19
28.0
Sharp
LQ283G1TW11
28.0
Sharp
LQ281L1LW11
32.0
Sharp
LQ315T3LZ49
37.0
Sharp
LQ370T3LZ39
45.0
Sharp
LQ445D3LZ19
640x480
450
600:1
LVDS
6:00
85H/85V
0C to +50C
16
1366x768
500
800:1
Single Channel LVDS
Symm
170H/170V
0C to +50C
81.7
2560x2048
225
400:1
LVDS
Symm
170H/170V
0C to +40C
81.7
2048x2048
225
450:1
LVDS
Symm
170H/170V
0C to +40C
81.7
WXGA
1366x768
500
800:1
Single Channel LVDS
Symm
170H/170V
0C to +50C
108
WXGA
1366x768
500
800:1
Single Channel LVDS
Symm
170H/170V
0C to +50C
153
1920x1080
500
800:1
Dual Channel LVDS
Symm
170H/170V
0C to +50C
270
QSXGA
LEGEND
u
l
n
x
15.0” XGA
15.0” XGA
15.0” XGA
LQ150X1LGN2A
LQ150X1LGB1
LW150X1LGN2E
•
•
•
•
•
•
•
•
•
•
•
•
VCC
V
LVDS Interface
250 NITs
0C to +50C Op Temp
BACKLIGHT
LVDS Interface
600 NITs
2H Anti-Glare Hard Coat
LVDS Interface
350 NITs
0C to +50C Op Temp
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
QUADRANGLE
ROHS
COMPLIANT
STATUS
AVAIL
LXM1623-12-44
FPDI-1-41 SERIES
Yes
l
Now
5V or 3.3V; WVA; High Bright; Dual Tube
REMARKS
3.3
CCFL
246.5x179.4x15
DMA22700
3.3
CCFL
246.5x179.4x15.5
DMA22700
QD6032
Yes
l
Now
LVDS
3.3
CCFL
246.5x179.4x10.5
8M121973
LXMG1617-12-41
FPDI-1-31 SERIES
Yes
l
Now
5V or 3.3V; WVA; LP; Anti-Glare; Small Form Factor
3.3
CCFL
265.0x195.0x11.0
K2818
LXMG1623-12-41
FPDI-1-31 SERIES
Yes
l
Now
5V or 3.3V; WVA; High Bright; Dual Tube
3.3
CCFL
246.5x179.4x14.2
DMA22700
LXMG1623-12-44
Yes
l
Now
5V or 3.3V; High Bright; LP; Small Footprint; High Bright
3.3
CCFL
246.5x179.4x13.7
DMA22700
Yes
u
Apr-06
5V or 3.3V; High Bright; LP; Small Footprint; High Bright
3.3
CCFL
246.5x179.4x15.5
DMA22700
Yes
u
Q2’06
ASV Transmissive
3.3
CCFL
276.0x209.0x11.0
DMA22514
LXMG1623-12-44
FPDI-1-41 SERIES
Yes
l
Now
5V or 3.3V; WVA; High Contrast; High Bright; Dual Tube
(Strong 1)
3.3
CCFL
276.0x209.0x11.0
DMA22514
LXMG1623-12-44
QD6032
Yes
l
Now
Strong 1
3.3
CCFL
276.0x209.0x11.0
DMA22514
Yes
l
Now
Strong 2; Anti-glare and hard-coating 3H
3.3
CCFL
276.0x209.0x11.0
DMA22514
Yes
l
Now
5V or 3.3V; High Contrast; High Bright; Dual Tube (Strong 2)
3.3
CCFL
276.0x209.0x11.0
Yes
l
Now
3.3
CCFL
326x252x11.5
DMW2928
LXMG1626-12-64
QD4280CLR
Yes
l
Now
2 Tube; Low Power
3.3
CCFL
331.6x254.76x12.5
DMD43246
LXMG1643-12-62
QD4280CLR
Yes
l
Now
Replacement for the LQ150X1DG16; 2H AG Hard Coat; ASV
3.3
CCFL
331.6x254.76x12.5
DMD42850
LXMG1643-12-62
QD4280CLR
Yes
l
Now
3.3
CCFL
326x252x11.5
DMW2928
Yes
u
May-06
QD6397
Yes
l
Now
QD6353
Yes
l
Now
Monochrome UXGA
QD6032
Upgrade for LQ150X1DW11; SWVA; 4 Tube ASV
2 Tube; Low Power
3.3
CCFL
436x335x27.5
DMF63191
12.0
CCFL
432x331.5x25
DMF63191
5.0
CCFL
462.6x338.5x45.2
Included
Included
n
Now
2H AG Hard Coat
5.0
CCFL
646.0x373.0x51.0
Included
Included
n
Now
Color UXGA; ASV
5.0
CCFL
640x530x60
Included
Included
n
Now
5.0
CCFL
594X594X60
Included
Included
Yes
n
Now
Square Panel
5.0
CCFL
780.0x450.0x51.0
Included
Included
Yes
n
Now
Color WXGA; 16:9 Aspect Ratio; ASV
5.0
CCFL
877.0x514.6x56.0
Included
Included
QD6355
Yes
n
Now
Color WXGA; 16:9 Aspect Ratio; ASV
12.0
CCFL
1054.9x626.8x68.8
Included
Included
LCD-105
Yes
n
Now
High-Resolution Color; 16:9 Aspect Ratio; ASV
LCD-113
25
TFT DISPLAYS // Toshiba
5.6” WSVGA [16:9]
6.5” VGA
8.4” SVGA
8.4” SVGA
LTD056ET1S
LTA065A043F
LTM08C351L
LTM08C351S
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
LVDS Interface
120 NITs
0C to +60C Op Temp
Polysilicon (PSi) LCD
Anti-Reflective Coating
TTL Interface
400 NITs
LVDS Interface
350 NITs
TTL Interface
350 NITs
SELECTOR MATRIX // TFT Displays // Toshiba
SIZE
Inches
26
MFR
PART NUMBER
RESOLUTION
PIXEL FORMAT
NITS
C/R
INTERFACE
VIEW
VIEWING ANGLE
OP TEMP
POWER
°C
W
5.6
Toshiba
LTD056ET0S
WSVGA
1024x600
120
250:1
LVDS
50/90
0C to +60C
2.66
5.6
Toshiba
LTD056ET1S
WSVGA
1024x600
120
500:1
LVDS
50/90
0C to +60C
2.66
6.5
Toshiba
LTA065A041F
VGA
640x480
400
250:1
TTL
60/30/60/60
-10C to +60C
4.2
6.5
Toshiba
LTA065A043F
VGA
640x480
400
250:1
TTL
90/120
-20C to +70C
4.2
6.5
Toshiba
LTA065B0D0F
VGA
640x480
400
500:1
TTL
120/140
-10C to +70C
4.2
6.5
Toshiba
LTA065B0E0F
VGA
640x480
250
350:1
TTL
100/120
-10C to +70C
4.2
7.0
Toshiba
LTA070B0N0A
WqVGA
480x234
400
300:1
Analog RGB
6:00
30/60/60/60
-20C to +70C
8.0
Toshiba
LTA080B820A
WqVGA
480x234
350
300:1
Analog RGB
6:00
30/60/60/60
8.4
Toshiba
LTM08C355S
SVGA
800x600
145
250:1
TTL
20/30/45/45
0C to +50C
2.7
8.4
Toshiba
LTM08C351
SVGA
800x600
350
250:1
TTL
6:00
40/50/50/50
0C to +50C
6.4
8.4
Toshiba
LTM08C351L
SVGA
800x600
350
250:1
LVDS
90/100
0C to +50C
6.4
8.4
Toshiba
LTM08C351S
SVGA
800x600
350
250:1
TTL
90/100
0C to +50C
6.4
8.5
Toshiba
LTD085CK1S
WVGA
800x480
240
250:1
TTL
50/90
-20C to +80C
5.4
6:00
8.9
Toshiba
LTM09C362Z
WSVGA
1024x600
220
100:1
LVDS
50/90
0C to +50C
3.4
10.4
Toshiba
LTM10C348S
SVGA
800x600
130
250:1
LVDS
6:00
50/90
0C to +50C
3.4
10.4
Toshiba
LTD104C11S
VGA
640x480
400
500:1
TTL
6:00
120/140
-10C to +65C
6.3
10.4
Toshiba
LTD104EA5S
XGA
1024x768
180
250:1
LVDS
20/30/40/40
0C to +50C
3.7
10.4
Toshiba
LTD104KA1S
XGA
1024x768
170
250:1
LVDS
20/30/45/45
0C to +50C
3.68
10.4
Toshiba
LTD104KA3S
XGA
1024x768
190
250:1
LVDS
95/100
0C to +50C
3.26
LEGEND
u
l
n
x
8.5” WVGA [16:9]
8.9” WSVGA [16:9]
10.4” VGA
10.4 XGA
LTD085CK1S
LTM09C362Z
LTD104C11S
LTD104KA3S
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
VCC
V
TTL Interface
250 NITs
-20 to +80 Op Temp
BACKLIGHT
TTL Interface
140 NITs
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
QUADRANGLE
8M123195
3.3
CCFL
141.8x84.4x7.5
3.3
CCFL
141.8x84.4x7.5
3.3
CCFL
151x115.5x10
10M123343
LXMG1617-12-41
RT-700G-40C
3.3
CCFL
151x115.5x10
10M123343
LXMG1617-12-41
RT-700G-40C
3.3
CCFL
153x118x11
10M123343
3.3
CCFL
3.3
400 NITs
TTL Interface
190 NITs
LVDS Interface
ROHS
COMPLIANT
STATUS
AVAIL
Yes
l
Now
Yes
l
Now
Polysilicon LCD; AR Coating
x
Now
Design with LTA065A043F
REMARKS
Yes
l
Now
Yes
l
Now
153x118x11
Yes
l
Now
CCFL
166.0x100.0x7.0
Yes
n
TBD
3.3
CCFL
187.0x113.0x6.7
Yes
n
TBD
3.3
CCFL
200.3x140.3x5.5
8M122765
LXMG1617-12-42
x
Now
Design w/ LTM09C362Z, LTM08C351S or LTM08C351L
3.3
CCFL
199.5x149.5x12
8MAD2872
LXMG1621-02
QDW2337
x
Now
Polysilicon LCD
3.3
CCFL
199.5x149.5x12
8MAD2872
LXMG1621-02
QD5748
Yes
l
Now
Polysilicon LCD
3.3
CCFL
199.5x149.5x12
8MAD2872
LXMG1621-02
QDW2337
Yes
l
Now
Polysilicon LCD
3.3
CCFL
222.7x130.6x12.5
Yes
l
Now
3.3
CCFL
224x129x5.2
8M123040
Yes
l
Now
Polysilicon LCD
3.3
CCFL
242.4x173.2x5.2
8M122459
x
Now
Polysilicon LCD
5.0
CCFL
238.5x177.5x12
8MAD3119
Yes
l
Now
3.3
CCFL
237.7x173.2x4.9
8MD3131
Yes
l
Now
Polysilicon LCD
3.3
CCFL
238.6x173.2x6.4
8MD3131
Yes
l
Now
Polysilicon LCD
3.3
CCFL
238.6x173.2x6.8
8MD3131
Yes
l
Now
Polysilicon LCD
LXMG1617-12-42
QDW2397
LXMG1621-02
QD3140
27
TFT DISPLAYS // Toshiba
12.1” SVGA
12.1” SVGA
12.1” XGA
12.1” XGA
LTD121C30S
LTD121C33S
LTD121GA0S
LTD121KA0S
• TTL Interface
• 350 NITs
•
•
•
•
•
•
•
•
•
•
•
•
•
LVDS Interface
350 NITs
-10 to +80 Op Temp
LVDS Interface
350 NITs
LVDS Interface
170 NITs
Built-in Digitizer
SELECTOR MATRIX // TFT Displays // Toshiba
SIZE
Inches
28
MFR
PART NUMBER
RESOLUTION
PIXEL FORMAT
NITS
C/R
INTERFACE
VIEW
VIEWING ANGLE
OP TEMP
POWER
°C
W
12.1
Toshiba
LTD121C32S
SVGA
800x600
350
500:1
LVDS
120/140
-10C to +80C
7
12.1
Toshiba
LTD121C30S
SVGA
800x600
350
500:1
TTL
60/60/70/70
0C to +50C
8.6
12.1
Toshiba
LTD121C31S
SVGA
800x600
250
350:1
TTL
50/50/60/60
-10C to +80C
7
12.1
Toshiba
LTD121C33S
SVGA
800x600
350
500:1
LVDS
120/140
-10C to +80C
8.6
12.1
Toshiba
LTD121KA0S
XGA
1024x768
170
250:1
LVDS
50/90
0C to +50C
4.36
12.1
Toshiba
LTD121EA41
XGA
1024x768
200
400:1
LVDS
50/90
0C to +50C
4.36
12.1
Toshiba
LTD121KC5S
XGA
1024x768
190
250:1
LVDS
95/100
0C to +50C
4.46
12.1
Toshiba
LTD121EC5S
XGA
1024x768
200
250:1
LVDS
50/90
0C to +50C
4.36
12.1
Toshiba
LTD121GA0S
XGA
1024x768
350
250:1
LVDS
100/120
0C to +50C
7.7
14.1
Toshiba
LTD141EA0S
XGA
1024x768
175
250:1
LVDS
50/90
0C to +50C
4.77
14.1
Toshiba
LTD141ECJS
XGA
1024x768
160
250:1
LVDS
50/90
0C to +50C
4.77
15.0
Toshiba
LTM15C458M
XGA
1024x768
350
450:1
LVDS
140/160
0C to +50C
16.5
15.0
Toshiba
LTM15C458T
XGA
1024x768
350
400:1
Single Channel LVDS
140/160
0C to +50C
16.9
LEGEND
u
l
n
x
14.1” XGA
15.0” XGA
15.0” XGA
LTD141ECJS
LTM15C458T
LTM15C458M
• LVDS Interface
• 160 NITs
•
•
•
•
•
•
•
•
VCC
V
BACKLIGHT
LVDS Interface
350 NITs
Wide Viewing Angle
PANEL CABLE
DIMENSIONS
ERG
MICROSEMI
Inches
12V
12V
QUADRANGLE
ROHS
COMPLIANT
STATUS
AVAIL
REMARKS
Yes
l
Now
Yes
l
Now
QDW2337
Yes
l
Now
QD6398
Yes
l
Now
Yes
l
Now
Polysilicon LCD; Built-In Digitizer
x
Now
Polysilicon LCD; Design with KTD121EC5S
Yes
l
Now
Replaces LTD121KC0S, Polysilicon LCD
Yes
l
Now
Polysilicon LCD; High Bright
Yes
l
Now
Polysilicon LCD
x
Now
Polysilicon LCD; SPWG; Design with LTD141ECJS
Yes
l
Now
Yes
l
Now
l
Now
3.3
CCFL
278.3x209x11
8MAD3028
3.3
CCFL
278.3x216x13.5
8MAD3028
LXMG1621-02
3.3
CCFL
278.3x209x11
8MAD3028
LXMG1621-02
3.3
CCFL
278.3x209x11
8MAD3028
LXMG1621-02
3.3
CCFL
269x199x6.5
8MD2874
LXMG1617-12-62
3.3
CCFL
261x199x5.2
8MD2874
3.3
CCFL
269x199x6.8
8MD2874
3.3
CCFL
261x199x5
3.3
CCFL
278.3x209x12
3.3
CCFL
299x228x5.5
3.3
CCFL
299x228x5.5
3.3
CCFL
331.6x254.7x13
DMD43268
LXMG1643-12-62
QD6397
3.3
CCFL
331.6x254.7x13.5
DMD43268
LXMG1643-12-62
QD4280CLR
QD6398
8MAD3028
LVDS Interface
350 NITs
Wide Viewing Angle
QD5748
LXMG1617-12-62
Wide Viewing Angle
29
PASSIVE &
CHARACTER
DISPLAYS
Engineers continue to design with passive
displays because of their low cost and
reliability. Avnet offers a complete
line of high-quality Character Displays,
Color Passive Displays and Monochrome
Passive Displays with an extensive array
of brightness, contrast, power, op-temp,
backlight and interface options.
31
PASSIVE DISPLAYS // Optrex
Optrex Monochrome Graphic Displays
Optrex passive matrix STN (super twisted nematic) monochrome graphic modules offer a wide range of sizes and display formats in
transmissive, reflective or transflective types to satisfy virtually any application. Extensive array of color/background combinations,
with high brightness, high contrast, low power consumption, and LED or CCFL backlights. Serial or parallel interface
options and economical Chip-on-Glass (COG) construction available.
Optrex Color Graphic Displays
Optrex offers CSTN (color super twisted nematic) LCDs that provide an ideal solution for small to mid-size displays (3.8” to 5.7”) that need
quality color along with economical cost. Optrex offers a broad range of small, slim and lightweight passive matrix color STN LCD modules
in all kinds of sizes that provide a clear, sharp, legible display of color graphics and characters in all kinds of lighting conditions.
SELECTOR MATRIX // Passive Displays // Optrex
SIZE
32
PIXEL FORMAT
LCD MODE
DOT PITCH
PART NUMBER
2.8
Optrex
F-51320GNB-LW-AB
128 x 64
Blue/White
.48 x .48
100
6:1
0C to +50C
2.8
Optrex
F-51320GNY-LY-AA
128 x 64
Yellow/Dark Blue
.50 x .50
60
4.5:1
-20C to +70C
2.8
Optrex
F-51553GNBJ-LW-AB
128 x 64
Blue/White
.50 x .50
100
8:1
-20C to +70C
2.8
Optrex
F-51852GNFJ-SLW-AEN
128 x 64
Black/White
.50 x .50
46
4.5:1
-20C to +70C
2.8
Optrex
F-51852GNFQH-LW-AFN
128 x 64
Black/White
.50 x .50
100
60:1
-20C to +70C
2.8
Optrex
F-51852GNFQJ-LB-ABN
160 x 28
Black/White
.58 x .58
100
40:1
-20C to +70C
2.8
Optrex
F-51852GNFQJ-LG-ACN
128 x 64
Black/Green
.50 x .50
100
60:1
-20C to +70C
2.8
Optrex
F-51852GNFQJ-LR-AGN
128 x 64
Black/Red
.50 x .50
100
60:1
-20C to +70C
2.8
Optrex
F-51852GNFQJ-LY-ADN
128 x 64
Black/Yellow
.50 x .50
100
60:1
-20C to +70C
3.8
Optrex
F-51373GNC-FW-AH
240 x RGB x 320
Color
.24 x .24
70
40:1
0C to +50C
3.8
Optrex
F-51373GNC-LW-AJ
240 x RGB x 320
Color
.24 x .24
40
40:1
0C to +50C
4.7
Optrex
F-51854GNFJ-SLW-ABN
320 x 240
Black/White
.30 x .30
200
4.5:1
-20C to +70C
4.7
Optrex
F-51477GNB-FW-AD
320 x 240
Neutral/Blue
.30 x .30
400
4.5:1
0C to +50C
4.7
Optrex
F-51477GNFJ-SFW-AB
320 x 240
Black/White
.30 x .30
200
3.5:1
-10C to 60C
4.7
Optrex
F-51477GNF-LW-AG
320 x 240
Black/White
.30 x .30
280
20:1
0C to +50C
5.2
Optrex
DMF-5005NY-LY-AKE
240 x 64
Yellow/Dark Blue
.53 x .53
45
7:1
0C to +50C
5.2
Optrex
DMF-5010NF-FW-BE
240 x 64
Black/White
.53 x .53
400
15:1
0C to +50C
5.2
Optrex
F-51168NCU-FW-AB
240 x RGB x 64
Color
.176 x. 53
150
40:1
0C to +50C
5.2
Optrex
F-51405GNB-LW-AJ
240 x 64
Blue/White
.53 x .53
400*
5:1
0C to +50C
5.2
Optrex
F-51851GNFJ-SLW-AEN
240 x 64
Black/White
.53 X .53
40
4.5:1
-20C to +70C
5.2
Optrex
F-51851GNFQJ-LB-ABN
240 x 64
Black/Blue
0.53 x 0.53
100
60:1
-20C to +70C
5.2
Optrex
F-51851GNFQJ-LG-ACN
240 x 64
Black/Green
.53 x .53
100
60:1
-20C to +70C
5.2
Optrex
F-51851GNFQJ-LW-AAN
240 x 64
Black/White
0.53 x 0.53
100
60:1
-20C to +70C
5.2
Optrex
F-51851GNFQJ-LY-ADN
240 x 64
Black/White
0.53 x 0.53
70
60:1
-20C to +70C
5.2
Optrex
DMF-50773NF-SLY
240 x 128
Black/White
.50 x .50
40
6:1
0C to +50C
5.4
Optrex
DMF-50840NF-FW-ABE-AU
320 x 240
Black/White
.36 x .36
50
15:1
0C to +60C
5.7
Optrex
DMF-50840NB-FW-AKE-AS
320 x 240
Blue/White
.36 x .36
60
5:1
0C to +60C
5.7
Optrex
F-51167NCU-FW-AA
320 x 240
Color
.12 x .36
120
40:1
0C to +50C
5.7
Optrex
F-51900NCU-FW-AC
320 x RGB x 240
Color
.12 x .36
100
25:1
0C to +50C
5.7
Optrex
F-51900NCU-FW-AD
320 x RGB x 240
Color
.12 x .36
120
25:1
0C to +50C
9.4
Optrex
F-51430NFU-FW-AA
640 x 480
Black/White
.30 x .30
110
14:1
0C to +50C
MM
NITS
C/R
OP TEMP
MFR
Inches
°C
LEGEND
u
l
n
x
2.8” Monochrome Graphic Display
3.8” CSTN Color Graphic Display
5.7” QVGA Color Graphic Display
F-51852GNF Family
F-51373GNC-LW-AJ
F-51900NCU-FW-AD
•
•
•
•
• 50 NITs (LED BACKLIGHT)
• -20C to +70C Op Temp
• 120 NITs
• 0C to +50C Op Temp
128x64 Pixel Format
100 NITs (LED BACKLIGHT)
60:1 Contrast Ratio
BACKLIGHT
VIEWING AREA
OUTLINE DIMENSION
W X H X D (MM)
ROHS
COMPLIANT
STATUS
AVAIL
REMARKS
LED(Blue/White)
66.8 x 35.5
89.7 x 49.8 x 6
l
Now
RoHS P/N F-51320GNB-LW-AEN
LED (White)
66.8 x 35.5
89.7 x 49.8 x 11.8
l
Now
Mechanically Compatible to F-51555; MOQ may apply RoHS P/N F-51320GNY-LY-AFN
LED(White)
66.8 x 35.5
89.7 x 49.8 x 6
l
Now
RoHS P/N F-51553GNBJ-LW-AEN
LED(White)
31.921 x 63.857
89.7 x 49.8 x 11.8
l
Now
Monochrome Transflective; Mechanically Compatible to F-51555
LED Backlight/White
89.0 x 36.5
89.7 x 49.8 x 11.8
l
Now
LED Backlight
108.6 x 82.55
129 x 102 x 13.5
l
Now
Mechanically Compatible to F-51553
LED Backlight/Green
69.0(W) x 36.5(H) mm
89.7 x 49.8 x 11.8
l
Now
LED Backlight/Red
69.0(W) x 36.5(H) mm
89.7 x 49.8 x 11.8
l
Now
ExTemp, Mechanically Compatible to F-51553
LED Backlight/Yellow
69.0(W) x 36.5(H) mm
89.7 x 49.8 x 11.8
l
Now
CCFL
59 x 80.3
73 x 94.4 x 7.3
l
Now
3.8 QVGA Transmissive, CCT RoHS P/N F-51373GNC-FW-ATN
LED
59 x 80.3
73 x 94.4 x 7.3
l
Now
3.8 QVGA Transmissive, LED RoHS P/N F-51373GNC-LW-AUN
99.9 x 77
129.4 x 94 x 10
l
Now
CCFL
99.9 x 77
129.4 x 94 x 10
l
Now
4.7” QVGA (w/o Bias Circuit); MOQ may apply RoHS P/N F-51477GNB-FW-AJN
1 x CCFL
99.9 x 77
129.4 x 94 x 10
l
Now
Monochrome Transflective; 4.7” QVGA (w/o Bias Circuit); MOQ may apply RoHS P/N
F-51477GNFJ-SFW-AKN
LED Backlight/White
99.85 x 77.0
129.4 x 94 x 3.8 max
l
Now
4.7” QVGA FSTN (LED White); MOQ may apply RoHS P/N F-51477GNF-LW-ANN
LED
132 x 39
180 x 65 x 17.6
l
Now
Compatible to NY-LY
CCFL
132 x 39
200 x 66 x 23
x
Now
EOL LTB 4/1/04
CCFL
132 x 39
180 x 59.6 x 14
l
Now
LED
130.2 x 36.7
149.5 x 51.7 x 9.8
l
Now
COG White LED RoHS P/N F-51405GNB-LW-ANN
LED Backlight/White
130.2 x 37.6
135.2 x 51.7 x 9.8
l
Now
Monochrome Transflective; Mechanically Compatible to F-51405
LED Backlight/Blue
130.2 x 37.6
135.2 x 51.7 x 9.8
l
Now
LED Backlight/Green
130.2 x 37.6
135.2 x 51.7 x 9.8
l
Now
LED Backlight/White
130.2 x 37.6
135.2 x 51.7 x 9.8
l
Now
LED Backlight/Yellow
130.2 x 37.6
135.2 x 51.7 x 9.8
l
Now
LED (Yellow/Green)
126 x 70
170 x 95 x 16.7
l
Now
RoHS P/N DMF-50773NF-SLY-AKN
CCFL
120 x 90
167.1 x 109 x 11
l
Now
MOQ May Apply RoHS P/N DMF-50840NB-FW-ASE-BFN
CCFL
120 x 90
167.1 x 109 x 11
l
Now
Compatible to NB-FW-AK RoHS P/N DMF-50840NB-FW-ASE-BFN
CCFL
122 x 92
167.1 x 109 x 8
x
Now
EOL LTB 9/30/04
1 x CCFL
120 x 90
168.0 x 111.0 x 9.4
l
Now
With Touch Screen RoHS P/N F-51900NCU-FW-CAN
1 x CCFL
120 x 90
168.0 x 111.0 x 9.4
l
Now
W/O Touch Screen RoHS P/N F-51900NCU-FW-ADN
CCFL
196 x 148
260 x 174 x 8.5
l
Now
Replacement of DMF50260 RoHS P/N F-51430NFU-FW-AEN
33
CHARACTER DISPLAYS // Optrex
Optrex Character Displays
Optrex offers the broadest range of monochrome character LCD modules in a wide range of dot pixel formats and color/background
combinations in industry-standard configurations. Ideal for handheld meters and other devices requiring a clear alpha-numeric display,
they provide high contrast, wide operating temperature ranges, low operating current, and more luminance per watt. Positive (transflective)
types and negative (transmissive) types utilizing Optrex’s High Performance Color technology are available.
SELECTOR MATRIX // Character Displays // Optrex
34
DOT FORMAT
MFR
PART NUMBER
16x1
Optrex
DMC 16105NY-LY
16x2
Optrex
C-51848NFJ-SLW-ADN
16x2
Optrex
16x2
16x2
LCD MODE
CHARACTER FORMAT
NITS
C/R
OP TEMP
°C
BACKLIGHT
Yellow/Dark Blue
5x8
80
8:1
0C to +50C
Winter White/Black
5x8
40
5:1
-20C to +70C
Yellow LED
LED
DMC 16204NY-LY
Yellow/Dark Blue
5x8
35
8:1
0C to +50C
Yellow LED
Optrex
DMC 16205NY-LY
Yellow/Dark Blue
5x8
35
8:1
0C to +50C
Yellow LED
Optrex
C-51848NFQJ-LG-ACN
Black/Green
Ch
40
60:1
-20C to +70C
Green LED
16x2
Optrex
C-51848NFQJ-LW-AAN
Black/White
5x8
70
60:1
-20C to +70C
White LED
16x2
Optrex
DMC 16202NY-LY-AGE
Yellow/Dark Blue
5x8
55
10:1
0C to +50C
Yellow LED
16x2
Optrex
DMC 16230NY-LY-AVE
Yellow/Dark Blue
5x7+ Cursor
70
8:1
0C to +50C
Yellow LED
16x2
Optrex
DMC-16230NY-LY-BQE-DZ
Yellow/Dark Blue
5x7
60
12:1
0C to +50C
Yellow LED
16x4
Optrex
DMC-16433N
Neutral/Blue
5x8
NA
4.5:1
0C to +50C
No
20x2
Optrex
C-51505NFJ-SLW-AC
Black/White
5x8
125
5:1
-20C to +70C
White LED
20x2
Optrex
C-51505NFQJ-LB-AE
Neutral/Blue
5x8
38
80:1
-20C to +70C
Blue LED
20x2
Optrex
C-51505NFQJ-LG-AF
Black/White
5x8
160
80:1
-20C to +70C
Green LED
20x2
Optrex
C-51505NFQJ-LW-AD
20x2
Optrex
DMC 20261NYJ-LY-BCE
20x2
Optrex
20x4
Optrex
20x4
Black/White
5x8
125
80:1
-20C to +70C
White LED
Yellow/Dark Blue
5x8
40
5:1
-20C to +70C
Yellow LED
DMC 20261NY-LY-AXE
Yellow/Dark Blue
5x8
40
12:1
0C to +50C
Yellow LED
C-51847NFJ-SLW-ADN
Winter White/Black
5x8
40
5:1
-20C to +70C
LED
Optrex
C-51847NFQJ-LG-ACN
Black/Green
5x8
70
60:1
-20C to +70C
Green LED
20x4
Optrex
C-51847NFQJ-LW-AAN
Black/White
5x8
70
60:1
-20C to +70C
White LED
20x4
Optrex
DMC 20481NY-LY-ABE
Yellow/Dark Blue
5x8
60
8:1
0C to +50C
Yellow LED
20x4
Optrex
DMC 20481NY-LY-AGE
Yellow/Dark Blue
5x8
60
12:1
0C to +50C
Yellow LED
40x2
Optrex
C-51850NFJ-SLW-ADN
Winter White/Black
5x8
40
5:1
-20C to +70C
LED
40x2
Optrex
C-51850NFQJ-LG-ACN
Black/Green
5x8
70
60:1
-20C to +70C
Green LED
40x2
Optrex
C-51850NFQJ-LW-AAN
Black/White
5x8
70
60:1
-20C to +70C
White LED
40x2
Optrex
DMC 40202NY-LY-AFE
Yellow/Dark Blue
5x8
55
12:1
0C to +50C
Yellow LED
40x4
Optrex
C-51849NFJ-SLW-ADN
Winter White/Black
5x8
40
5:1
-20C to +70C
LED
40x4
Optrex
C-51849NFQJ-LG-ACN
Black/Green
5x8
70
60:1
-20C to +70C
Green LED
40x4
Optrex
C-51849NFQJ-LW-AAN
Black/White
5x8
70
60:1
-20C to +70C
White LED
LEGEND
u
l
n
x
Character Display
C-51505 Series
•
•
•
•
VIEWING AREA
OUTLINE DIMENSION
W X H X D (MM)
STATUS
AVAIL
20x20 Dot Format
Monochrome LCD Mode
5x8 Character Format
REMARKS
64.5 x 13
80 x 36 x 15
l
Now
FILM SUPER-TWISTED NEMATIC (STN) DISPLAYS with LED Backlighting; 1K MOQ RoHS P/N DMC 16105NY-LY-ANN
99.6 x 24.5
122 x 44 x 14.6
l
Now
Transflective; Compatible to DMC-16230; STEP
59.5 x 16
80 x 40 x 16.1
l
Now
FILM SUPER-TWISTED NEMATIC (STN) DISPLAYS with LED Backlighting; 1K MOQ RoHS P/N DMC 16204NY-LY-BBN
59.5 x 16
88 x 34 x 16.1
l
Now
FILM SUPER-TWISTED NEMATIC (STN) DISPLAYS with LED Backlighting; 1K MOQ RoHS P/N DMC 16205NY-LY-BGN
99.6 x 24.5
122 x 44 x 14.6
l
Now
Transmissive; Compatible to DMC-16230; STEP
99.6 x 24.5
122 x 44 x 14.6
l
Now
61 x 16
84 x 45 x 15.1
l
Now
Transmissive RoHS P/N DMC 16202NY-LY-AZE-BJN
99 x 24
122 x 44 x 14.6
l
Now
Transmissive RoHS P/N DMC 16230NY-LY-DQE-EDN
99 x 24
122 x 44 x 14.6
l
Now
Transmissive; Compatible to DMC 16230NY-LY-B; 1K MOQ RoHS P/N DMC-16230NY-LY-DZE-EEN
61.8 x 25.2
87 x 60 x 11
l
Now
SUPER-TWISTED NEMATIC (STN) DISPLAY, Reflective; 1K MOQ RoHS P/N DMC-16433N-BON
83 x 18.6
116 x 37 x 15.6
l
Now
Transflective; NPG White LED RoHS P/N C-51505NFJ-SLW-AIN
83 x 18.6
116 x 37 x 15.6
l
Now
Transmissive RoHS P/N C-51505NFQJ-LB-AJN
83 x 18.6
116 x 37 x 15.6
l
Now
Transmissive RoHS P/N C-51505NFQJ-LG-AKN
83 x 18.6
116 x 37 x 15.6
l
Now
Transmissive RoHS P/N C-51505NFQJ-LW-ALN
83 x 18.6
116 x 37 x 15.7
l
Now
Transmissive; Compatible to NYJ-LY-D; 1K MOQ RoHS P/N DMC 20261NYJ-LY-CDE-CKN
83 x 18.6
116 x 37 x 15.7
l
Now
Transmissive RoHS P/N DMC 20261NY-LY-CCE-CMN
76 x 25.2
98.5 x 61 x 15.6
l
Now
76 x 25.2
98.5 x 61 x 15.6
l
Now
76 x 25.2
98.5 x 61 x 15.6
l
Now
76 x 25.2
98.5 x 61 x 15.6
l
Now
Transmissive; Compatible to NY-LY RoHS P/N DMC 20481NY-LY-AZE-AJN
76 x 25.2
98.5 x 61 x 15.6
l
Now
Transmissive; 1K MOQ RoHS P/N DMC 20481NY-LY-BAE-BKN
153.5 x 17.5
182 x 34.5 x 15.1
l
Now
153.5 x 17.5
182 x 34.5 x 15.1
l
Now
153.5 x 17.5
182 x 34.5 x 15.1
l
Now
147.5 x 11.5
182 x 34.5 x 15.1
l
Now
Transmissive; Compatible to NY-LY-B; 1K MOQ RoHS P/N DMC 40202NY-LY-ARE-AZN
147 x 29.5
190 x 54 x 14.6
l
Now
147 x 29.5
190 x 54 x 14.6
l
Now
147 x 29.5
190 x 54 x 14.6
l
Now
35
TOUCHSCREEN
TECHNOLOGY
Many design engineers are adding
touchscreens to their displays to improve
and simplify the human interface of their
display solutions. At Avnet, we offer a very
broad array of touchscreen solutions to meet
your needs. In addition to the high-quality,
off-the-shelf touch products from 3M and
Fujitsu, Avnet can also help you design a
custom solution that meets your exact needs
and requirements.
37
TOUCHSCREEN
TECHNOLOGY
OVERVIEW
RESISTIVE
Advantages
Resolution–Can deliver a resolution of up to 4096 x 4096 touch points
Sensitivity–No stylus limitations
Flexibility–Adaptable to a wide range of displays without expensive custom designs
Cost–Least expensive technology
Disadvantages
Transmissivity–Resistive transmissivity is not as much of a disadvantage as it was
several years ago when it was 55-78% with a relatively high haze content of 10-14%.
Other touch technologies offer better transmissivity; however, industry-standard
transmissivity today is 78-82% for Film-Glass Resistive and 76-80% for Plastic (and
Avnet offers many standard products at 86%). Today, haze is typically 5% for most
products and as low as 3%.
Environment–Subject to scratches, cuts and chemicals which attack the materials
More and more design engineers are taking advantage of
touchscreen technology to simplify and improve the human interface
of their display applications. Rather than use keyboards, switches
or buttons, engineers are looking to increase design flexibility while
delivering a better overall user experience. And let’s not forget that
touchscreens add the “cool factor” that marketing types like to
incorporate into their products as well. Of course, by incorporating
touch technology into their solutions, engineers will also deliver a
more user-friendly experience for their customers.
Following are the major benefits of touch technology:
>> It’sEasy to Use – touchscreens are intuitive and simple to use
where even a child can operate them
>> It’s Flexible – through the use of a touchscreen, applications
can support multiple languages, multiple applications and/or
Resistive touch technology consists of a glass
or plastic substrate overlay with a thin metallic
coating, over which a second flexible layer of
polyester is placed. The polyester has a similar
metallic coating on the interior surface. Tiny
spacer dots of non-coated polyester prevent the
two surfaces from contacting each other. A final
hard coating is usually applied to the external
surface of the polyester to reduce damage from
input tools. A current is pulsed through the glass
overlay along the x-axis and then the y-axis. When
a finger or other stylus presses the two layers
together the current is shunted and the control
electronics determine the coordinates of the touch
location, which are then transmitted to the host
computer. They are well suited for use in hospitals,
restaurants and manufacturing. They can be
operated with a gloved hand.
multiple customers through the use of a single interface
>> It’s Upgradeable – changes to the application can be made
quickly via software
>> It’sData Intensive – computer displays allow engineers to create
graphical, flexible, input interfaces that can provide users with
more information
>> It’s Cost Effective – manufacturing costs may be reduced
Advantages
Resolution–Can deliver a resolution of up to 4096 x 4096 touch points
Sealability–Can be sealed to prevent dirt from penetrating the display’s electronics
Accuracy & Repeatability–Generally considered excellent
Flexibility–Adaptable to a wide range of displays and operating environments
Durable –No moving parts or flexible surfaces.
because the same interface can be used for multiple products
Disadvantages
and/or applications; training costs are less and there are fewer
Transmissivity–Typically 85% to 92% which can reduce brightness, but enhances
contrast.
operator errors
Sensitivity–Materials that will not conduct are a pencil, fingernail or gloved fingers
– exception is Projected Capacitive.
>> It’s Rugged & Reliable– touchscreens stand up under extremely
harsh environments
>> It’s Low Profile – touch technology eliminates the need for a
mouse and keyboard which thereby allows their applications to
take up a smaller foot print
There are four main types of touch technology, each with its own set
of strengths and weaknesses:
38
CAPACITIVE
Cost–More expensive than some other technologies
Capacitive touchscreens use a glass overlay with
a thin, insulated, transparent conductive coating
over the surface of the display screen. Touching
the overlay surface with a grounded conductive
object, such as a finger, causes a capacitive
coupling with the voltage field drawing a minute
amount of current through the point of contact.
The current flow from each corner is proportional
to the distance to the touch location and the ratios
of these flows are measured by the controller and
used to locate the touch. The user must touch
the screen with a conductive object that has at
least a small amount of conductivity to ground.
The human body is a good conductor of electrical
energy so a bare finger serves this requirement
well. A gloved finger does not work very well.
Capacitive touchscreens are typically brighter and
clearer than resistive screens, but not as bright
or clear as surface acoustic wave. Capacitive
touchscreens cannot be used with a gloved hand
and are therefore not suitable for clean-room or
medical applications.
Projected Capacitive is a relatively new version
available from several sources that attempts
to overcome some of the limitations of regular
capacitive technology. In projected capacitive
the energy field is made much stronger and
the sensitivity to capacitive coupling is greatly
increased allowing very large gaps between the
sensor and the touch object.
INFRARED (IR)
Advantages
SURFACE ACOUSTIC WAVE (SAW)
Advantages
Resolution–With nothing but glass between the user and image, they are clear and
bright
Sensitivity–No stylus limitations
Durability–Highly durable solid glass surface with no extra coatings. Will operate
reliably in spite of minor scratches
Drift–Not dependent on external variables- humidity, temperature or grounding
Disadvantages
Integration–Relatively hard to integrate into monitors without proper
accommodations.
Environmental–Not well suited to environments where there are liquid contaminants.
Cost–One of the most expensive touch technologies.
Surface wave is based on transmitting acoustic
waves across the surface of a glass overlay placed
over the display surface. A transducer mounted
on the edge of the glass emits acoustic waves
which travel on the surface of the glass overlay.
A second transducer on the opposite side of the
glass receives the acoustic waves. An acoustically
dense object touching the glass surface blocks the
travelling waves. Since the speed of the wave is
known the arrival time at the other end can be
predicted. When a wave does not arrive when
expected, it is because the wavefront is blocked
by the touch event. This is detected by the control
electronics and determines the touch location.
Transmissivity–With no overlay covering the display, the transmissivity is 100%.
Sensitivity–No limitations on the type of material the stylus is made from.
Drift–Not subject to sensor drift
Sealability–Can be sealed to NEMA 4 requirements
Durability–Less vulnerable to vandalism. More tolerant of shock and vibration.
Disadvantages
Resolution–Slightly less number of touchpoints than other technologies.
Cost–One of the most expensive touch technologies.
Infrared (IR) technology relies on the interruption
of an IR light grid in front of the display screen.
The touch frame or opto-matrix frame contains a
row of IR-light emitting diode (LEDs) and photo
transistors, each mounted on two opposite sides
to create a grid of invisible infrared light. The
frame assembly is comprised of printed wiring
boards on which the optoelectronics are mounted
and is concealed behind an IR-transparent bezel.
The bezel shields the optoelectronics from the
operating environment while allowing the IR
beams to pass through.
The IR controller sequentially pulses the LEDs to
create a grid of IR light beams. When a stylus, such
as a finger, enters the grid, it obstructs the beams.
One or more phototransistors detects the absence
of light and transmits a signal that identifies the x
and y coordinates.
39
TOUCHSCREEN TECHNOLOGY // Selector Matrix
Many of our touchscreens are custom designed based upon our customer specifications. Please call your Avnet Account Manager if you
do not see the TFT module or a part# for the touchscreen technology that you need for your requirement. If we don’t have a standard
touchscreen, we can quickly and inexpensively create a custom touchscreen that meets your exact requirements.
4-Wire Resistive
5-Wire Resistive
7-Wire Resistive
8-Wire Resistive
Capacative
Infrared
SAW
USB
3M SC401U
FUJ N16B-0558-B730
3M SC501U
FUJ N16B-0558-B740
3M SC801U
3M EXII-7710UC
CALL
CALL
SERIAL
3M SC402S
FUJ N16B-0558-B270
3M SC502S
FUJ N16B-0558-B280
3M SC802S
3M EXII-7720SC
CALL
CALL
Inches
PART #
PART #
PART #
PART #
PART #
PART #
PART #
35.47x33.18x2.35
CALL
CALL
42.1x56.6x4.2
CALL
CALL
40.8x55x3.6
CALL
CALL
CALL
CALL
66.6x68.5x3.6
CALL
CALL
65x85x3.4
CALL
CALL
CALL
CONTROLLER OPTIONS
SIZE
Inches
40
MFR
PART NUMBER
1.5
OPX
T-51991GD015-MLW-AJN
2.2
SHP
LQ022B8UD04
2.2
OPX
T-51570GD022J-MLW-AD
2.4
OPX
T-51982GD024J-LW-ABN
3.0
SHP
LQ030B7DD01
3.5
SHP
LQ035Q7DB03F
RES
QCIF+
QVGA
DIMENSIONS
3.5
NEC
NL2432HC22-22A
QVGA
64x85x36
CALL
3.5
NEC
NL2432HC22-30B
QVGA
63.5x85x4.13
CALL
CALL
3.5
NEC
NL2432HC22-40A
QVGA
64x85x2.97
CALL
CALL
3.5
OPX
QVGA
65x85x4
CALL
CALL
3.6
SHP
LQ036Q1DA01
QVGA
82.8x69.7x3.3
FUJ N010-0516-T407
CALL
3.8
SHP
LQ038Q5DR01
QVGA
117.5x69.45x13.45
CALL
CALL
3.8
SHP
LQ038Q7DB03R
QVGA
69x88.6x3.4
CALL
CALL
4.0
LGP
LB040Q02
QVGA
94.4x78x10.4
FUJ N010-0556-T408w
CALL
4.0
LGP
LB040Q03
QVGA
4.3
SHP
LQ043T3DX02
5.0
SHP
LQ050Q5DR01
QVGA
96x75.6x3.49
FUJ N010-0556-T408
CALL
105.5x67.2x3.95
CALL
CALL
119.4x89.1x12.7
3M PL45.0E2T
CALL
126.8x89.6x16.5
3M PL45.0E2T
CALL
5.0
SHP
LQ5AW136
QVGA
5.5
NEC
NL3224AC35-01
QVGA
134x110x23
CALL
CALL
5.5
NEC
NL3224AC35-06
QVGA
134x110x16.5
CALL
CALL
5.5
NEC
NL3224BC35-20
QVGA
134x104.5x12.5
CALL
CALL
5.5
NEC
NL3224BC35-22
QVGA
134x104.5x13
CALL
CALL
5.6
TOS
LTD056ET0S
WSVGA
141.8x84.4x7.5
CALL
CALL
CALL
5.6
TOS
LTD056ET1S
WSVGA
141.8x84.4x7.5
CALL
5.7
SHP
LQ057Q3DC12
QVGA
144x104.6x13
3M PL45.7E2T
FUJ N010-0554-T009
FUJ N010-0554-T015
CALL
6.3
NEC
NL10276BC12-02
XGA
178.8x126.8x12
CALL
CALL
6.4
LGP
LB064V02
VGA
145.5x111.5x6
3M PL46.4E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.4
SHP
LQ064A5CG01
VGA
153x122x21
3M PL46.4E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.4
SHP
LQ64D343
VGA
175x126.5x12
3M PL46.4E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.4
SHP
LQ64V3DG01
VGA
161.3x117x12
3M PL46.4E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.5
LGP
LB065WQ2
WqVGA
155.5x89.8x6
3M PL46.5E2T
FUJ T010-1301-T350
CALL
3M 17-8091-203
4-Wire Resistive
5-Wire Resistive
7-Wire Resistive
8-Wire Resistive
Capacative
Infrared
SAW
USB
3M SC401U
FUJ N16B-0558-B730
3M SC501U
FUJ N16B-0558-B740
3M SC801U
3M EXII-7710UC
CALL
CALL
SERIAL
3M SC402S
FUJ N16B-0558-B270
3M SC502S
FUJ N16B-0558-B280
3M SC802S
3M EXII-7720SC
CALL
CALL
PART #
PART #
PART #
PART #
PART #
CONTROLLER OPTIONS
SIZE
Inches
MFR
PART NUMBER
RES
WqVGA
DIMENSIONS
PART #
PART #
155.5x91x10
3M PL46.5E2T
FUJ T010-1301-T350
CALL
3M 17-8091-203
Inches
6.5
LGP
LB065WQ3
6.5
SHP
LQ065T9BR51
155x89.2x12.5
3M PL46.5E2T
FUJ T010-1301-T350
CALL
3M 17-8091-203
6.5
SHP
LQ065T9DR51
155x89.2x12.5
3M PL46.5E2T
FUJ T010-1301-T350
CALL
3M 17-8091-203
6.5
TOS
LTA065A041F
VGA
151x115.5x10
3M PL46.5E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.5
TOS
LTA065A043F
VGA
151x115.5x10
3M PL46.5E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.5
TOS
LTA065B0D0F
VGA
153x118x11
CALL
CALL
6.5
TOS
LTA065B0E0F
VGA
153x118x11
CALL
CALL
6.5
NEC
NL6448BC20-08E
VGA
178.8x126.8x11
3M PL46.5E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.5
NEC
NL6448BC20-09Y
VGA
178.8x126.8x11
3M PL46.5E2T
CALL
3M 17-8091-203
CALL
3M 17-8091-203
6.5
NEC
NL6448BC20-18D
VGA
153x118x10.5
3M PL46.5E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
6.5
NEC
NL6448BC20-20
VGA
153x118x10.5
3M PL46.5E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.5
OPX
T-51750DG065J-FW-AA
VGA
158x120.4x11.6
3M PL46.5E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.5
OPX
T-51750DG065J-FW-AB
VGA
158x120.4x11.5
3M PL46.5E2T
FUJ N010-0554-T043
FUJ N010-0554-T048
CALL
3M 17-8091-203
6.5
OPX
VGA
154x121x11
CALL
CALL
CALL
6.5
OPX
VGA
154x121x11
CALL
CALL
CALL
7.0
LGP
LB070W02
WqVGA
166x100x7
FUJ T010-1301-T320
CALL
CALL
7.0
LGP
LB070WQ3
WqVGA
167x93x6.5
FUJ T010-1301-T320
CALL
CALL
7.0
SHP
LQ070T5CR01
170x104x18
FUJ T010-1301-T320
CALL
CALL
7.0
TOS
LTA070B0N0A
166x100x7
CALL
CALL
CALL
153x118x10.5
CALL
CALL
CALL
QVGA
7.0
NEC
NL4823HC37-03
QVGA
7.0
OPX
T-51440GL070H-FW-AF
164.9x101.9x23.1
FUJ T010-1301-T320
CALL
CALL
7.0
OPX
T-51440GL070HU-FW-AC
164.9x101.9x23.1
FUJ T010-1301-T320
CALL
CALL
8.0
LGP
LB080WV3
SVGA
198x117x6
CALL
CALL
CALL
8.0
SHP
LQ080V3DG01
VGA
183x141x14
FUJ N010-0516-T947
CALL
CALL
8.0
TOS
LTA080B820A
QVGA
187x113x6.7
CALL
CALL
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
CALL
8.4
SHP
LQ084S3DG01
SVGA
199.5x149.5x11.6
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
8.4
SHP
LQ084V1DG21
VGA
216x152.4x12
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.4
TOS
LTM08C351
SVGA
199.5x149.5x12
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.4
TOS
LTM08C351L
SVGA
199.5x149.5x12
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
CALL
3M PL88.4E2
3M 17-8921-203
CALL
8.4
TOS
LTM08C351S
SVGA
199.5x149.5x12
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
41
4-Wire Resistive
5-Wire Resistive
7-Wire Resistive
8-Wire Resistive
Capacative
Infrared
SAW
USB
3M SC401U
FUJ N16B-0558-B730
3M SC501U
FUJ N16B-0558-B740
3M SC801U
3M EXII-7710UC
CALL
CALL
SERIAL
3M SC402S
FUJ N16B-0558-B270
3M SC502S
FUJ N16B-0558-B280
3M SC802S
3M EXII-7720SC
CALL
CALL
Inches
PART #
PART #
PART #
PART #
PART #
PART #
PART #
CALL
CALL
3M PL88.4E2
3M 17-8921-203
CALL
CONTROLLER OPTIONS
SIZE
Inches
42
MFR
PART NUMBER
RES
DIMENSIONS
8.4
TOS
LTM08C355S
SVGA
200.3x140.3x5.5
CALL
8.4
NEC
NL10276BC16-01
XGA
200x152x12
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.4
NEC
NL6448BC26-01
VGA
200x152x12
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.4
NEC
NL6448BC26-01F
VGA
200x152x12
CALL
CALL
CALL
CALL
CALL
CALL
8.4
NEC
NL6448BC26-03
VGA
200x152x12.7
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.4
NEC
NL6448BC26-08D
VGA
200x152x10.5
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.4
NEC
NL6448BC26-09
VGA
200x152x10.5
CALL
CALL
CALL
CALL
CALL
CALL
8.4
NEC
NL8060BC21-02
SVGA
200x152x10.5
CALL
CALL
CALL
CALL
CALL
CALL
8.4
NEC
NL8060BC21-03
SVGA
200x152x10.5
CALL
CALL
CALL
CALL
CALL
CALL
8.4
OPX
VGA
199.5x149x11.5
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.4
OPX
VGA
199.5x149x11.5
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.4
OPX
XGA
205x152.4x11.3
FUJ N010-0554-T504
FUJ N010-0554-T511
FUJ N010-0519-T742
CALL
FUJ N010-0550-T345
3M PL88.4E2
3M 17-8921-203
CALL
8.5
TOS
LTD085CK1S
WVGA
222.7x130.6x12.5
CALL
CALL
CALL
CALL
CALL
CALL
CALL
CALL
CALL
CALL
8.9
TOS
LTM09C362Z
WSVGA
224x129x5.2
9.0
NEC
NL8048BC24-01
WVGA
220.5x136.5x10.5
CALL
CALL
CALL
CALL
CALL
10.4
LGP
LB104501
SVGA
224.5x172x5.7
3M PL410.4E2T
FUJ N010-0516-T104
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
LGP
LB104V03
VGA
236x180x10.5
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
SHP
LQ104S1DG21
SVGA
246.5x179.4x15
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
CALL
CALL
CALL
CALL
CALL
CALL
10.4
SHP
LQ104S1LG21
SVGA
246.5x179.4x15.5
CALL
10.4
SHP
LQ104V1DG21
VGA
265x195x11
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
10.4
SHP
LQ104V1DG51
VGA
246.5x179.4x14.2
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
SHP
LQ104V1DG61
VGA
246.5x179.4x13.7
CALL
CALL
CALL
CALL
CALL
CALL
10.4
SHP
LQ104V1DW02
VGA
246.5x179.4x15.5
CALL
CALL
CALL
CALL
CALL
CALL
10.4
SHP
LQ10D368
VGA
246.5x179.4x10.5
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
TOS
LTD104C11S
VGA
238.5x177.5x12
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
TOS
LTD104EA5S
XGA
237.7x173.2x4.9
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
TOS
LTD104KA1S
XGA
238.6x173.2x6.4
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
4-Wire Resistive
5-Wire Resistive
7-Wire Resistive
8-Wire Resistive
Capacative
Infrared
SAW
USB
3M SC401U
FUJ N16B-0558-B730
3M SC501U
FUJ N16B-0558-B740
3M SC801U
3M EXII-7710UC
CALL
CALL
SERIAL
3M SC402S
FUJ N16B-0558-B270
3M SC502S
FUJ N16B-0558-B280
3M SC802S
3M EXII-7720SC
CALL
CALL
PART #
PART #
CONTROLLER OPTIONS
SIZE
Inches
MFR
PART NUMBER
RES
DIMENSIONS
Inches
PART #
PART #
PART #
PART #
PART #
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
TOS
LTD104KA3S
XGA
238.6x173.2x6.4
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
10.4
TOS
LTM10C348S
SVGA
242.4x173.2x5.2
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL10276BC20-04
XGA
243x185.1x11
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL10276BC20-07Y
XGA
243x185.1x17.6
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL6448BC33-46
VGA
243x185x11
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL6448BC33-50
VGA
243x185.1x11
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL6448BC33-53
VGA
243x185.1x10.5
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL6448BC33-54
VGA
243x185.1x10.5
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL6448BC33-59
VGA
243x185.1x10.5
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
10.4
NEC
NL6448BC33-63D
VGA
243x185.1x10.5
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL8060BC26-17
SVGA
243x185.1x11.5
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
NEC
NL8060BC26-27
SVGA
243x185.1x11
3M PL410.4E2T
10.4
OPX
VGA
243x181.6x12.2
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
OPX
VGA
243x181.6x12.2
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
OPX
VGA
243x181.6x12.2
3M PL410.4E2T
FUJ N010-0554-T347
FUJ N010-0516-T104
FUJ N010-0554-T351
FUJ N010-0554-T352
3M J510.412T
FUJ N010-0550-T627
FUJ N010-0550-T613
FUJ N010-0550-T603
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
OPX
SVGA
243x181.6x12.2
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
10.4
OPX
SVGA
243x181.6x12.2
3M PL410.4E2T
3M J510.412T
CALL
3M PL810.4E2T
3M 17-8021-203
CALL
12.1
LGP
LB121S02
SVGA
280x218x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
LGP
LB121S03
SVGA
276x209x11
CALL
CALL
CALL
CALL
CALL
CALL
12.1
LGP
LP121X04
XGA
261x199x5
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
SHP
LQ121S1DG41
SVGA
276x209x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
SHP
LQ121S1DG61
SVGA
276x209x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
SHP
LQ121S1LG41
SVGA
276x209x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
SHP
LQ121S1LG61
SVGA
276x209x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
SHP
LQ121S1LW01
SVGA
276x209x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
43
4-Wire Resistive
5-Wire Resistive
7-Wire Resistive
8-Wire Resistive
Capacative
Infrared
SAW
USB
3M SC401U
FUJ N16B-0558-B730
3M SC501U
FUJ N16B-0558-B740
3M SC801U
3M EXII-7710UC
CALL
CALL
SERIAL
3M SC402S
FUJ N16B-0558-B270
3M SC502S
FUJ N16B-0558-B280
3M SC802S
3M EXII-7720SC
CALL
CALL
PART #
PART #
CONTROLLER OPTIONS
SIZE
Inches
44
MFR
PART NUMBER
RES
DIMENSIONS
Inches
PART #
PART #
PART #
PART #
PART #
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTD121C30S
SVGA
278.3x216x13.5
FUJ N010-0554-T805
FUJ N010-0554-T814
12.1
TOS
LTD121C31S
SVGA
278.3x209x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTD121C32S
SVGA
278.3x209x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTD121C33S
SVGA
278.3x209x11
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTD121EA41
XGA
261x199x5.2
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTD121EC5S
XGA
261x199x5
CALL
CALL
CALL
CALL
CALL
CALL
12.1
TOS
LTD121GA0S
XGA
278.3x209x12
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTD121KA0S
XGA
269x199x6.5
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTD121KC5S
XGA
269x199x6.8
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTD12C285
SVGA
278.3x209x13.5
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
TOS
LTM12C505
XGA
261x199x5
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
CALL
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL10276BC24-13
XGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-20
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-27
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-27D
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-28D
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-28E
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-32
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-36
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-40
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
NEC
NL8060BC31-41D
SVGA
280x210x13
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
SVGA
280x210x12
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
SVGA
280x210x12
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
SVGA
280x210x12
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
XGA
280x210x12
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
4-Wire Resistive
5-Wire Resistive
7-Wire Resistive
8-Wire Resistive
Capacative
Infrared
SAW
USB
3M SC401U
FUJ N16B-0558-B730
3M SC501U
FUJ N16B-0558-B740
3M SC801U
3M EXII-7710UC
CALL
CALL
SERIAL
3M SC402S
FUJ N16B-0558-B270
3M SC502S
FUJ N16B-0558-B280
3M SC802S
3M EXII-7720SC
CALL
CALL
PART #
PART #
CONTROLLER OPTIONS
SIZE
Inches
MFR
PART NUMBER
RES
DIMENSIONS
Inches
PART #
PART #
PART #
PART #
PART #
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
T-51756D121J-FW-A-ADN
XGA
280x210x12
FUJ N010-0554-T805
FUJ N010-0554-T814
12.1
OPX
SVGA
280x210x12
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
SVGA
280x210x12
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
T-52017D121J-FW-AAN
SVGA
280x219x17.8
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
T-52017D121J-FW-ABN
SVGA
280x219x17.8
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
T-55105D121J-FW-A-AAN
XGA
280x219x17.8
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
12.1
OPX
XGA
280x219x17.8
FUJ N010-0554-T805
FUJ N010-0554-T814
3M J512.112T
FUJ N010-0551-T742
FUJ N010-0551-T744
FUJ N010-0550-T717
3M PL812.1E2T
3M 17-8581-203
CALL
14.1
TOS
LTD141EA0S
XGA
299x228x5.5
CALL
CALL
CALL
CALL
CALL
CALL
14.1
TOS
LTD141ECJS
XGA
299x228x5.5
CALL
CALL
CALL
CALL
CALL
CALL
14.1
TOS
LTM14C500S
XGA
299x228x6
CALL
CALL
CALL
CALL
CALL
15.0
LGP
LC150X01
XGA
317.3x241.5x6.5
CALL
CALL
CALL
CALL
CALL
CALL
CALL
15.0
LGP
LM150X08
XGA
326.5x253.5x11.2
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
LGP
LP150X10
XGA
317.3x241.5x6.5
CALL
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
3M J515.012T
FUJ N010-0510-T217
FUJ N010-0510-T219
FUJ N010-0510-T236
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
CALL
15.0
SHP
LQ150X1DG11
XGA
331x257.9x15.9
FUJ N010-0554-T902
15.0
SHP
LQ150X1DG16
XGA
355x257.9x15.9
FUJ N010-0554-T902
3M J515.012T
FUJ N010-0510-T217
FUJ N010-0510-T219
FUJ N010-0510-T236
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
SHP
LQ150X1LGB1
XGA
331.6x254.76x12.5
FUJ N010-0554-T902
3M J515.012T
FUJ N010-0510-T217
FUJ N010-0510-T219
FUJ N010-0510-T236
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
SHP
LQ150X1LGN2A
XGA
326x252x11
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
SHP
LQ150X1LGN2E
XGA
326x252x11.5
CALL
CALL
CALL
CALL
CALL
CALL
15.0
SHP
LQ150X1LW71N
XGA
331.6x254.76x12.5
FUJ N010-0554-T902
3M J515.012T
FUJ N010-0510-T217
FUJ N010-0510-T219
FUJ N010-0510-T236
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
TOS
LTM15C458M
XGA
331.6x254.7x13
FUJ N010-0554-T902
3M J515.012T
FUJ N010-0510-T217
FUJ N010-0510-T219
FUJ N010-0510-T236
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
TOS
LTM15C458T
XGA
331.6x254.7x13.5
FUJ N010-0554-T902
3M J515.012T
FUJ N010-0510-T217
FUJ N010-0510-T219
FUJ N010-0510-T236
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
NEC
NL10276AC30-07
XGA
330x255.4x32
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
NEC
NL10276BC30-15
XGA
328x252x11
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
NEC
NL10276BC30-17
XGA
326.5x256.5x17
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
NEC
NL10276BC30-18
XGA
326.5x256.5x17
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
OPX
T-51511D150-FW-A-AC
XGA
326x255x15.5
FUJ N010-0554-T902
15.0
OPX
T-51511D150-FW-A-AD
XGA
326x255x15.5
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
OPX
XGA
326x255x15.5
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
OPX
XGA
326x255x15.9
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
15.0
OPX
XGA
326x255x15.9
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
45
4-Wire Resistive
5-Wire Resistive
7-Wire Resistive
8-Wire Resistive
Capacative
Infrared
SAW
USB
3M SC401U
FUJ N16B-0558-B730
3M SC501U
FUJ N16B-0558-B740
3M SC801U
3M EXII-7710UC
CALL
CALL
SERIAL
3M SC402S
FUJ N16B-0558-B270
3M SC502S
FUJ N16B-0558-B280
3M SC802S
3M EXII-7720SC
CALL
CALL
CONTROLLER OPTIONS
SIZE
Inches
PART NUMBER
T-51863D150J-FW-A-AE
RES
XGA
DIMENSIONS
Inches
PART #
PART #
PART #
PART #
PART #
PART #
PART #
326x255x15.9
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
CALL
CALL
15.0
OPX
15.0
OPX
XGA
326x255x15.9
FUJ N010-0554-T902
3M J515.012T
CALL
3M PL815.0E2T
3M 17-8031-203
CALL
17.0
LGP
LM170E01
SXGA
358.5x296.5x17
CALL
3M J515.012T
FUJ N010-0510-T303
FUJ N010-0510-T304
3M PL815.0E2T
3M 17-8421-203
CALL
18.1
NEC
NL128102AC28-07
SXGA
389x317.2x30.3
CALL
CALL
CALL
3M 17-8441-203
CALL
19.0
LGP
LM190E03
SXGA
404.2x330x20
CALL
3M J519.012
3M PL819.0E2T
3M 17-8051-203
CALL
19.0
LGP
LM190E05
SXGA
404.2x330x20
CALL
3M J519.012
3M PL819.0E2T
3M 17-8051-203
CALL
19.0
NEC
NL128102BC29-01
SXGA
404.2x330x22.3
CALL
3M J519.012
3M PL819.0E2T
3M 17-8051-203
CALL
19.0
NEC
NL128102BC29-01B
SXGA
404.2x330x22.3
CALL
CALL
CALL
CALL
CALL
19.0
NEC
NL128102BM29-05A
SXGA
CALL
CALL
CALL
CALL
CALL
3M PL820.1E2T
3M 17-8441-203
CALL
20.0
SHP
LQ197V30Z89
VGA
462.6x338.5x45.2
CALL
20.0
SHP
LQ201U1LW11Z
UXGA
436x335x27.5
CALL
3M PL820.1E2T
3M 17-8441-203
CALL
20.0
SHP
LQ201U1LW21
UXGA
432x331.5x25
CALL
3M PL820.1E2T
3M 17-8441-203
CALL
20.1
LGP
LC201V02
VGA
432x331.5x25
3M J520.1E2T
3M PL820.1E2T
3M 17-8441-203
CALL
20.1
LGP
LM201U04
UXGA
432x331.5x25
3M J520.1E2T
3M PL820.1E2T
3M 17-8441-203
CALL
20.1
LGP
LM201W01
UXGA
459.4x296.4x23.7
3M J520.1E2T
3M PL820.1E2T
3M 17-8441-203
CALL
470x382x41.6
3M J520.1E2T
3M PL820.1E2T
3M 17-8441-203
CALL
CALL
20.1
NEC
NL128102AC31-02
SXGA
20.1
NEC
NL256204AM15-01/01A
QSXGA
CALL
CALL
CALL
21.3
NEC
NL160120AC27-05
UXGA
CALL
CALL
CALL
21.3
NEC
NL160120AM27-06/06A
UXGA
CALL
CALL
CALL
21.3
NEC
NL160120BC27-02
UXGA
CALL
CALL
CALL
QXGA
CALL
CALL
CALL
QXGA
CALL
CALL
CALL
CALL
CALL
21.3
46
MFR
NEC
NL160120BM27-03/03A
21.3
NEC
NL204153BC21-02
457x350x25
21.3
NEC
NL204153BM21-01/01A
QXGA
23.0
LGP
LC230W01
WXGA
528x326x34.5
CALL
CALL
23.0
LGP
LC230W02
WXGA
559.8x333.8x45.7
CALL
23.0
NEC
NL12876AC39-01
WXGA
528x326x30.1
CALL
26.0
LGP
LC260W01
WXGA
622x389x53
CALL
26.0
LGP
LC260WX2
WXGA
626x373x44
CALL
26.0
SHP
LQ255T3LZ19
646x373x51
CALL
28.0
SHP
LQ281L1LW11
594X594X60
CALL
28.0
SHP
LQ283G1TW11
QSXGA
640x530x60
CALL
32.0
LGP
LC320W01
WXGA
760x450x48
3M 17-8951-205
32.0
SHP
LQ315T3LZ49
780x450x51
3M 17-8951-205
37.0
LGP
LC370W01
WXGA
87.8x516.8x55.5
37.0
LGP
LC370WX1
WXGA
877x516.8x55.5
37.0
SHP
LQ370T3LZ39
WXGA
877x514.6x56
42.0
LGP
LC420W02
WXGA
1006x610x56
45.0
SHP
LQ445D3LZ19
47.0
LGP
LC470WU1
1054.9x626.8x68.8
WUXGA
1096x640x48.1
RTS
LEGEND
READY TO SHIP A limited inventory of these
standard parts will be maintained at 3M Touch
Systems to ensure quick turn-around on samples.
RTS identified part numbers would also be
considered the “preferred” choice parts and best fit
with numerous displays.
RTB
READY TO BUILD The raw materials for these
standard products are commonly inventoried at
3M Touch Systems, ready for manufacturing upon
order receipt. RTB identified part numbers are
recommended as the “second” choice parts if the
RTS part closest in size does not fit a particular
display.
BTO:
BUILD TO ORDER One or more of the components
that make up this part are non-standard and are
not commonly inventoried. These parts will carry
longer lead-times due to the non-standard nature
of the components, which will not be purchase
until an order is placed. BTO part numbers are NOT
considered NCNR, however these parts are subject
to a 300 piece line MOQ.
RESISTIVE TOPSHEET // Surface Finishes
>> All “R4” and “R8” RTS part numbers are provided with 3M’s standard HCG12 light matte antiglare topsheet finish, recommended for
most applications.
>> All “PL4” and “PL8” RTS part numbers are provided with 3M’s “E2” Enhanced Optics with HCG12 light matte antiglare topsheet finish
as a standard product and are not considered NCNR.
>> Different topsheet surface finishes are available on the “R4” and “R8 “part numbers, at an NCNR shipping status, with a 300 piece
MOQ and lead time.
Example: If you would like a topsheet surface finish other than HCG12, choose from the list below and replace the “12” at the end of the
part number with an “01”, “10” or “E2”.
OTHER SURFACE FINISH CHOICES:
>> 01 = HCC01 – Highly reflective, glossy finish for low light where image clarity is more critical than reducing glare.
>> 10 = HCG10 – Heavy matte optimized for antiglare.
>> E2 = Enhanced Optics with HCG12 surface finish – Enhanced Optics increases light transmission up to 3%.
Example: If you were to choose the HCG10 topsheet finish, part number R810.412 would become R810.410.
4-WIRE RESISTIVE PL PART NUMBER KEY
MICROTOUCHTM // 4-Wire Resistive (PL and FG) Touch Screens
PART
NUMBER
SIZE
Inches
DESCRIPTION
STATUS
SPACER
DOT
ACTIVE
AREA X
ACTIVE
AREA Y
ACTIVE
AREA D
MM
MM
MM
OUTER DIMENSIONS
MM
BOX
QTY
FINISH / NOTES
PL45.0E2
5.0
5.0” PL Enhanced Touch Screen, 2.0” Integral tail, 4 pin locking amp
RTS
N/A
3.99 (101)
2.94 (75)
5.0 (126)
4.70 (119) x 3.51 (89)
40
HCG12 Enhanced
PL45.7E2
5.7
RTS
N/A
4.53 (115)
3.40 (86)
5.7 (145)
5.55 (141) x 4.12 (105)
40
HCG12 Enhanced
PL46.4E2
6.4
RTS
N/A
5.14 (131)
3.81 (97)
6.4 (163)
6.02 (153) x 4.98 (127)
40
HCG12 Enhanced
PL46.5E2
6.5
RTS
NA
5.22 (133)
3.91 (99)
6.52 (166)
5.92 (150) x 4.62 (117)
40
HCG12 Enhanced
R48.412
8.4
8.4” Touch Screen, 2.0” Integral tail, 4 pin locking amp
RTS
4 mil
6.71 (170)
5.03 (128)
8.4 (213)
7.37 (187) x 5.58 (142)
20
HCG12
R410.412
10.4
RTS
4 mil
8.31 (211)
6.24 (159)
10.4 (264)
8.87 (225) x 6.76 (172)
20
HCG12
PL410.4E2
10.4
RTS
N/A
8.31 (211)
6.24 (159)
10.4 (270)
8.87 (225) x 6.76 (172)
20
HCG12 Enhanced
R412.112
12.1
RTS
4 mil
9.69 (246)
7.28 (185)
12.1 (307)
10.50 (267) x 8.03 (204)
20
HCG12
R415.012
15.0
RTS
4 mil
11.97 (304)
8.98 (228)
15.0 (381)
12.81 (325) x 9.81 (249)
20
HCG12
47
TOUCHSCREEN TECHNOLOGY // 3M Touch Systems
LINEARIZATION OF 5-WIRE RESISTIVE TOUCH SCREENS
>> To assure factory specified accuracy, all 5-wire touch screens require the loading of linearization data.
>> All screens include a 2D barcode label printed with factory supplied linearization coefficients unique to each touch screen.
TOUCH SCREEN SURFACE FINISH
>> All R4, R5 and R8 part numbers are provided with our HC12 light matte antiglare surface
RFQ and minimum order quantities apply for all non-standard surface finishes
>> An E2 in the part number indicates Enhanced Optics which means an increase in light transmission of up to 3%
RFQ and minimum order quantities apply for all non-standard surface finishes
5-WIRE RESISTIVE PL PART NUMBER KEY
J / R 5 1 0.4 H H N N N X X Y Y
Spacer Dot
J = 7 Mil Spacer Dot
R = 4 mil Spacer Dot
Diagonal Size
5-Wire
HH: Surface Finish
12
HCG12, Light Matte (Std.)
01
HCC01 High Gloss
10
HCG10, Matte
E2
HCG12, Enhanced
Transmission, Light Matte
NNN: Linearization Options
No Suffix No Attachment
EXU
EXII USB Controller Board
EXS
EXII Serial Controller Board
SCU
SC501 USB Controller Board
SCS
SC502 Serial Controller Board
XXYY: Gaskets
00
No Gasket (or no suffix)
XX Front Gasket Number
YY Rear Gasket Number
Gasket information can be found
in the Resistive Design and
Integration Guide.
MICROTOUCHTM // 5-Wire Resistive Touch Screens
PART
NUMBER
48
SIZE
Inches
DESCRIPTION
STATUS
SPACER DOT
ACTIVE AREA X
ACTIVE AREA Y
ACTIVE AREA D
MM
MM
MM
OUTER
DIMENSIONS
MM
BOX
QTY.
FINISH / NOTES
J510.412
10.4
10.4” Touch Screen, 4.27”
Integral tail, 5 pin locking amp
RTS
7 mil
8.30 (210)
6.24 (158)
10.4 (264)
9.80 (248) x 7.35
(187)
20
HCG12
J512.112
12.1
RTS
7 mil
9.69 (246)
7.26 (184)
12.1 (307)
9.80 (248) x 7.35
(187)
20
HCG12
J515.012
15.0
RTS
7 mil
11.97 (304)
8.98 (228)
15.0 (381)
13.0 (330) x 10.0
(254)
20
HCG12
J515.112
15.1
RTS
7 mil
12.13 (308)
9.14 (232)
15.1 (384)
13.07 (332) x
10.21 (259)
20
HCG12
J517.012
17.0
RTS
7 mil
13.30 (337)
10.64 (270)
17.0 (432)
14.33 (364) x
11.84 (301)
15
HCG12
J10993
17.0
RTB
7 mil
13.22 (336)
10.65 (270)
17.0 (432)
14.08 (358) x
11.62 (295)
15
HCG12
J519.012
19.0
RTS
7 mil
14.82 (376)
11.85 (301)
19.0 (483)
15.85 (403) x
12.93 (328)
10
HCG12
RTS
LEGEND
RTB
BTO:
display.
MICROTOUCHTM // 8-Wire Resistive (PL and FG) Touch Screens
PART
NUMBER
SIZE
Inches
DESCRIPTION
STATUS
SPACER
DOT
ACTIVE
AREA X
ACTIVE
AREA Y
ACTIVE
AREA D
MM
MM
MM
OUTER DIMENSIONS
BOX
QTY.
MM
FINISH / NOTES
PL88.4E2
8.4
RTS
N/A
6.71 (170)
5.03 (128)
8.4 (213)
7.40 (188) x 5.73 (146)
20
HCG12 Enhanced
R810.412
10.4
RTS
4 mil
8.31 (211)
6.24 (159)
10.4 (264)
8.90 (226) x 7.00 (177)
20
HCG12
R810.4E2
10.4
10.4” Enhanced Touch Screen, 3.3” Integral tail, 8 pin locking amp
RTB
4 mil
8.31 (211)
6.24 (159)
10.4 (264)
8.90 (226) x 7.00 (177)
20
HCG12 Enhanced
R812.112
12.1
12.1” Touch Screen, 3.8” Integral tail, 8 pin amp
RTS
4 mil
9.69 (246)
7.28 (185)
12.1 (307)
10.50 (267) x 8.03 (204)
20
HCG12
PL812.1E2
12.1
RTS
N/A
9.69 (246)
7.28 (185)
12.1 (307)
10.50 (267) x 8.03 (204)
20
HCG12 Enhanced
R815.012
15.0
RTS
4 mil
11.97 (304)
8.98 (228)
15.0 (381)
12.81 (325) x 9.81 (249)
20
HCG12
PL815.0E2
15.0
RTS
N/A
11.97 (304)
8.98 (228)
15.0 (381)
12.81 (325) x 9.81 (249)
20
HCG12 Enhanced
PL817.0E2
17.0
RTS
N/A
13.31(338)
10.64 (270)
17.04 (433)
14.37 (364) x 11.62 (295)
10
HCG12 Enhanced
PL819.0E2
19.0
RTS
N/A
14.82 (376)
11.85 (301)
19.0 (483)
15.85 (403) x12.93 (328)
10
HCG12 Enhanced
PL820.1E2
20.1
RTS
N/A
16.02 (407)
12.01 (305)
20.02 (509)
17.01(432) x 12.99 (329)
10
HCG12 Enhanced
ACTIVE
AREA X
ACTIVE
AREA Y
ACTIVE
AREA D
OUTER DIMENSIONS
MM
MM
MM
BOX
QTY.
FINISH / NOTES
MM
MICROTOUCHTM // 8-Wire Resistive (PL) Touch Screens
PART
NUMBER
SIZE
Inches
DESCRIPTION
STATUS
SPACER
DOT
PL810.4E2P
10.4
10.4” PL Enhanced Privacy, Touch Screen, 3.25” Integral tail, 8 pin locking amp
BTO
N/A
8.31 (211)
6.24 (158)
10.4 (264)
8.90 (226) x 7.00 (177)
20
HCG12 Enhanced
PL812.1E2P
12.1
BTO
N/A
9.69 (246)
7.28 (185)
12.1 (307)
10.50 (267) x 8.03 (204)
20
HCG12 Enhanced
PL815.0E2P
15.0
BTO
N/A
11.97 (304)
8.98 (228)
15.0 (381)
12.81 (325) x 9.81 (249)
20
HCG12 Enhanced
PL817.0E2P
17.0
BTO
N/A
13.31(338)
10.64 (270)
17.04 (433)
14.37 (364) x11.62 (295)
10
HCG12 Enhanced
3M // Privacy Glass 1000 (Non-Touch)
PART
NUMBER
STATUS
SPACER
DOT
ACTIVE AREA X
ACTIVE AREA Y
ACTIVE AREA D
OUTER DIMENSIONS
MM
MM
MM
MM
BOX
QUANTITY
10.4” Privacy Glass
BTO
N/A
NA
NA
NA
8.90 (22 x 7.00 (177)
20
N/A
BTO
N/A
NA
NA
NA
10.50 (267) x 8.03 (204)
20
N/A
15.9
BTO
N/A
NA
NA
NA
12.81 (325) x 9.81 (249)
20
N/A
17.0
BTO
N/A
NA
NA
NA
14.37 (364) x 11.62 (295)
10
N/A
SIZE
Inches
DESCRIPTION
PG10.41000
10.4
PG12.11000
12.1
PG15.01000
PG17.01000
FINISH / NOTES
GASKET PROGRAM // Overview
PROGRAM
READY-TO-SHIP (RTS) GASKET PROGRAM
COMPREHENSIVE GASKET PROGRAM
Add any of eight standard gaskets to any RTS-status touch screen*
Scope
Add gasket 01 and/or 07 to any RTS PL touch screen*
Number of Gasket Choices
2
8
Touch Screen Choices
RTS PL Touch Screens
Any RTS Touch Screen
Lead Time Impact
3-4 business days
Could add up to 3 weeks to touch screen-only lead time
Minimum Order Quantity
20 pieces per part number (+RTS terms)
50 pieces per part number
Are Orders Considered Non-Cancellable and Non-Returnable?
No
No
Are Gaskets Sold Separately?
No
No
Do I Need a Quote from Customer Service?
No
No
Who to Call with Questions
Customer Service
Customer Service
* Information on recommended touch screen gaskets can be found in the MicroTouch Resistive Design & Integration Guide or on your 3M Touch System Gasket Sample Kit.
READY-TO-SHIP GASKET PROGRAM // PL Touch Screens
3M Touch Systems now offers a Ready-to-Ship gasket option for all standard PL RTS touch screens. Gaskets 01 and 07 are available as an RTS status when mounted to PL touch screens in one of three (3) ways:
1. Gasket Number 07 mounted on the front of the touch screen; no rear gasket. Part Number Example: PL810.4E2-0700; “00” signifies no rear gasket
2. Gasket Number 01 mounted on the rear of the touch screen; no front gasket. Part Number Example: PL810.4E2-0001; “00” signifies no front gasket
2. Both gaskets; number 07 on the front & number 01 on the rear. Part Number Example: PL810.4E2-0701; “0701” signifies both front and gasket–recommended configuration
49
TOUCHSCREEN TECHNOLOGY // 3M Touch Systems
MICROTOUCHTM // ClearTekTM II Capacitive Touch Screens
PART NUMBER
50
SIZE
Inches
DESCRIPTION
STATUS
FINISH / NOTES
VIEW
AREA X
VIEW
AREA Y
VIEW
AREA D
OUTER
AREA X
OUTER
AREA Y
OUTER
AREA D
MM
MM
MM
MM
MM
MM
17-8091-203
6.71
6.71” ClearTek II Profile Touch Screen, 4” Flex tail, 5 pin locking amp
RTB
AG500
5.4 (137)
3.98 (101)
6.71 (170)
6.12 (155)
4.53 (115)
7.61 (193)
17-8091-204
6.71
RTB
AG500
5.4 (137)
3.98 (101)
6.71 (170)
6.01 (153)
4.53 (115)
7.53 (191)
17-8921-203
8.75
8.75” ClearTek II Profile Touch Screen, 4” Flext tail, 5 pin locking amp
RTB
AG500
7.04 [179]
5.20 [132]
8.75 [222]
7.65 [194]
5.75 [146]
9.57 [243]
17-8021-203
10.83
RTB
AG500
8.58 (218)
6.61 (168)
10.83 (275)
9.2 (234)
7.1 (180)
11.62 (295)
17-8581-203
12.31
RTB
AG500
9.74 (247)
7.52 (191)
12.31 (313)
10.35 (263)
8.00 (203)
13.08 (332)
17-8571-203
12.41
RTB
AG500
9.83 (250)
7.57 (192)
12.41 (315)
10.44 (265)
8.05 (204)
13.18 (335)
17-8041-203
13.18
RTS
AG500
10.46 (266)
8.02 (204)
13.18 (335)
11 (279)
8.5 (216)
13.9 (353)
17-8041-204
13.18
RTB
AG500
10.46 (266)
8.02 (204)
13.18 (335)
11 (279)
8.5 (216)
13.9 (353)
17-8771-204
15.41
RTB
AG500
12.16 [309]
9.47 [240]
15.41 [391]
12.64 [321]
10.01 [254]
16.12 [409]
17-8031-203
15.68
RTS
AG500
12.46 [316]
9.52 [242]
15.68 [398]
13 [330]
10 [254]
16.4 [417]
17-8031-204
15.68
RTB
AG500
12.46 [316]
9.52 [242]
15.68 [398]
13 [330]
10 [254]
16.4 [417]
17-8321-203
15.68
RTB
AG500
12.46 (316)
9.52 (242)
15.68 (398)
13 (330)
10 (254)
16.4 (417)
17-8431-203
15.69
RTS
AG500
12.41 (315)
9.59 (244)
15.69 (399)
12.89 (328)
10.13 (257)
16.40 (417)
17-8201-203
15.74
15.74” ClearTek II Profile Touch Screen4” Flex tail, 5 pin locking Amp
RTS
AG500
12.51 [318]
9.55 [243]
15.74 [400]
13.05 [331]
10.03 [255]
16.46 [418]
17-8201-204
15.74
15.74” ClearTek II Profile Touch Screen6” Flex tail,w/ 5-Pin Amp
RTB
AG500
12.51 (318)
9.55 (243)
15.74 (400)
13.05 (331)
10.03 (255)
16.46 (418)
17-8071-203
16.18
RTS
AG500
12.85 (326)
9.83 (250)
16.18 (411)
13.39 (340)
10.31 (262)
16.9 (429)
17-8641-203
16.35
RTB
AG500
12.97 (329)
9.95 (253)
16.35 (415)
13.51 (343)
10.43 (265)
17.07 (434)
17-8901-205
17.34
Fits Samsung E8 displays
RTB
AG500
13.49 [343]
10.89 [277]
17.34 [440]
13.97 [355]
11.43 [290]
18.05 [458]
17-8081-203
17.37
RTS
AG500
13.95 (354)
10.35 (263)
17.37 (441)
14.49 (368)
10.83 (275)
18.09 (459)
17-8421-203
17.54
RTS
AG500
13.60 (345)
11.08 (281)
17.54 (446)
14.08 (358)
11.62 (295)
18.25 (463)
17-8421-204
17.54
RTB
AG500
13.60 (345)
11.08 (281)
17.54 (446)
14.08 (358)
11.62 (295)
18.25 (463)
17-8561-203
17.95
RTB
AG500
13.79 (350)
11.49 (292)
17.95 (456)
14.33 (364)
11.97 (307)
18.67 (474)
17-8211-203
18.39
18.39” ClearTek II Profile Touch Screen, 4” Flex tail, 5-Pin locking Amp
RTS
AG500
14.55 (370)
11.25 (286)
18.39 (467)
15.1 (383)
11.73 (298)
19.12 (486)
17-8211-204
18.39
18.39” ClearTek II Profile Touch Screen, 6” Flex tail, 5-Pin locking Amp
RTB
AG500
14.55 (370)
11.25 (286)
18.39 (467)
15.1 (383)
11.73 (298)
19.12 (486)
17-8351-203
18.8
18.86” ClearTek II Profile Touch Screen, 4” Flex tail, 5 pin locking Amp
RTB
AG500
14.64 (372)
11.90 (302)
18.86 (479
15.18 (385)
12.38 (314)
19.58 (497)
17-8351-204
18.8
RTB
AG500
14.64 (372)
11.90 (302)
18.86 (479
15.18 (385)
12.38 (314)
19.58 (497)
17-8611-203
19.04
RTB
AG500
14.76 (375)
12.02 (305)
19.04 (483)
15.30 (389)
12.50 (318)
19.76 (502)
17-8411-203
19.06
RTS
AG500
14.85 (377)
11.98 (303)
19.06 (484)
15.33 (389)
12.49 (317)
19.77 (502)
17-8891-205
19.42
Fits Samsung E4 displays
RTB
AG500
15.05 [382]
12.28 [312]
19.42 [493]
15.59 [396]
12.76 [324]
20.14 [512]
17-8051-203
19.71
RTS
AG500
15.31 (389)
12.42 (315)
19.71 (501)
15.85 (403)
12.9 (328)
20.44 (519)
17-8551-204
19.73
RTB
AG500
12.45 (316)
15.31 (389)
19.73 (501)
12.93 (328)
15.85 (403)
20.46 (520)
17-8511-203
19.75
RTB
AG500
15.37 (391)
12.39 (315)
19.75 (502)
15.85 (403)
12.93 (329)
20.46 (520)
17-8441-203
20.65
RTS
AG500
16.45 (418)
12.49 (317)
20.65 (525)
16.93 (430)
13.03 (331)
21.36 (543)
17-8441-204
20.65
RTB
AG500
16.45 (418)
12.49 (317)
20.65 (525)
16.93 (430)
13.03 (331)
21.36 (543)
17-8541-203
21.86
RTB
AG500
17.43 [443]
13.2 [335]
21.86 [555]
17.91 [455]
13.74 [349]
22.57 [573]
17-8541-204
21.86
RTB
AG500
17.43 [443]
13.2 [335]
21.86 [555]
17.91 [455]
13.74 [349]
22.57 [573]
17-8061-203
22.52
RTB
AG500
17.57 (446)
14.09 (358)
22.52 (572)
18.11 (460)
14.57 (370)
23.24 (590)
17-8951-205
31.8
Fits Samsung LTA320W2 displays
RTB
AG500
27.67 [703]
15.69 [398]
31.80 [808]
29.27 [744]
17.61 [447]
34.16 [868]
RTS
LEGEND
RTB
display.
BTO:
RESISTIVE SC SERIES // Controllers, Cables and Accessories
PART NUMBER
DESCRIPTION
SC501U
USB OEM controller, no case, no cable. Connects to any 5-wire resistive touch screen.
STATUS
RTS
SC502S
Serial OEM controller, no case, no cable. Connects to any 5-wire resistive touch screen.
RTS
SC401U
USB OEM controller, no case, no cable. Connects to any R4 or PL4 4-wire resistive touch screen.
RTS
SC402S
Serial OEM controller, no case, no cable. Connects to any R4 or PL4 4-wire resistive touch screen.
RTS
SC801U
USB OEM controller, no case, no cable. Connects to any R8 8-wire resistive touch screen.
RTS
SC802S
Serial OEM controller, no case, no cable. Connects to any R8 8-wire resistive touch screen.
RTS
7319630
96” Serial cable; Enables Plug-n-Play compatibility; when used with SCxxx series boards
RTS
7319420
96” USB cable; Enables Plug-n-Play compatibility; when used with SCxxx series boards
RTS
61000
Plastic Stylus Pen
RTS
MICROTOUCHTM // EX II 3000 Touch Pen Controllers and Accessories
PART NUMBER
DESCRIPTION
STATUS
EXII-3010SP
EX II Serial Uncased TouchPen Controller, No cable, Connects to any TouchPen sensor
RTS
69-901
TouchPen accessory kit for Profile, RS232 cable, stylus, accessories
RTS
MICROTOUCHTM // EX II 3000 Serial and USB Controllers
PART NUMBER
DESCRIPTION
STATUS
EXII-7010UC
EX II USB OEM controller, no case, no cable. Connects to any Profile sensor. Uses cable 7312256.
RTS
EXII-7020SC
EX II Serial OEM controller, no case, no cable. Connects to any Profile sensor, Uses cable 7310101
RTS
MICROTOUCHTM // Cables and Accessories
PART NUMBER
DESCRIPTION
STATUS
24736
Mounting Tape, VHB Roll, 3/8” (9.5mm) width, 36 yards (32.9 m) long
RTS
7310101
Cable, Pearl, with Serial RS-232 connector, for uncased serial controllers, 96” (2.4m)
RTS
7312256
USB cable, Pearl, type A to 2mm connector, 96” (2.4m)
RTS
51
Resistive Touch Panels
for most requirements - from stock

52
Over 30 standard products
Standard High Transparency models
USB & Serial Controller Boards / ICs
Ruggedized Custom Plastic Panels
Clear and Anti-Glare Hardcoats
Replaceable Protective Sheets

Sizes from 3.8 to 17 inches
Finger or Pen Input
Drivers for Windows and Linux
Strengthened Glass options
Superior Anti-Smudge
All products are RoHS-compliant
Fujitsu Components America, Inc., 250 E. Caribbean Drive, Sunnyvale, CA 94089
Tel: 408-745-4900 / 800-380-0059 Fax: 408-745-4971
Email: [email protected] Web: http://www.fujitsu.com/us/services/edevices/components/
TOUCHSCREEN TECHNOLOGY // Fujitsu
4-WIRE // Standard Resistive Touch Panels
OUTER
DIM. X
OUTER
DIM. Y
TRANS.
AREA X
TRANS
AREA Y
ACTIVE
AREA X
ACTIVE
AREA Y
mm
mm
mm
mm
mm
Pen/Finger
84.8
70.8
79.7
63.1
Pen/Finger
6.95
87.6
61.6
82.5
3.9
Pen/Finger
72
91.2
63.4
N010-0554-T015
5.7
Pen/Finger
132.5
104.7
N010-0554-T009
5.7
Pen/Finger
132.5
104.7
N010-0554-T043
6.4
Pen/Finger
144
N010-0554-T048
6.4
Pen/Finger
N010-0518-T342
6.4
T010-1301-T350
Inches
INPUT
TYPE
N010-0516-T407
3.7
N010-0554-T703
3.8
N010-0556-T408
GLASS
THICKN.
mm
CABLE
EXIT
CABLE
LOCAT.
CABLE
LENGTH
73.1
59.5
L
Bottom
21
58.6
73.3
L
Top
21
84
60
80
L
Bottom
122
93.85
115.17
86.37
R
122
93.85
115.17
86.37
R
111
133.6
102.7
131.2
100.1
144
111
133.6
102.7
131.2
Finger
144
111
133.6
102.7
6.5W
Pen/Finger
157
90.3
147.7
80.7
T010-1301-T320
7.0W
Pen/Finger
165
104
154.9
93.94
152.4
91.44
L
Top
70
1.1
80%
Yes
1M
N010-0516-T947
8.1
Pen/Finger
176.9
135.2
167.2
127.6
164.6
123.8
L
Middle
75
1.1
80%
Yes
1M
N010-0554-T504
8.4
Pen/Finger
182.7
142.65
173.8
131.8
171.8
129.2
R
Bottom
75
0.7
80%
Yes
1M
N010-0519-T742
8.4
Pen/Finger
182.7
142.65
173.8
131.8
171.8
129.2
R
Bottom
120
1.1
86%
Clear
1M
N010-0554-T511
8.4
Pen/Finger
182.7
142.65
173.8
131.8
171.8
129.2
R
Bottom
120
1.1
80%
Yes
1M
N010-0516-T104
10.4
Pen/Finger
225.3
174
4.3
165
212.2
159.2
L
Bottom
50
1.1
86%
Clear
1M
N010-0554-T347
10.4
Pen/Finger
228.2
175.4
216.2
164.6
212.2
159.4
R
Middle
75
1.1
80%
Yes
1M
N010-0554-T351
10.4
Pen/Finger
228.2
175.4
216.2
164.6
212.2
159.4
R
Middle
120
1.1
86%
Yes
1M
N010-0554-T352
10.4
Pen/Finger
228.2
175.4
216.2
164.6
212.2
159.4
R
Middle
120
1.1
82%
Yes
1M
N010-0554-T805
12.1
Pen/Finger
261.4
198.8
250.9
190.8
246.5
185.3
R
Middle
75
1.1
80%
Yes
1M
N010-0554-T814
12.1
Pen/Finger
261.4
198.8
250.9
190.8
246.5
185.3
R
Middle
120
1.1
80%
Yes
1M
N010-0554-T902
15.0
Pen/Finger
323.5
245.2
309.2
234.23
305.2
229.03
L
Middle
61
1.1
80%
Yes
1M
Typical
AG
INPUT
LIFE
10M
PART NUMBER
SIZE
Typical
AG
INPUT
LIFE
0.7
80%
Yes
1M
0.7
80%
Yes
1M
61
1.1
86%
Clear
1M
Middle
120
1.1
80%
Yes
1M
Middle
50
1.1
80%
Yes
1M
R
Middle
61
1.1
82%
Yes
1M
100.1
R
Middle
120
1.1
86%
Clear
1M
131.2
100.1
R
Middle
120
1.1
78%
CP
1M
143.7
78.7
B
Middle
50
1.1
80%
Yes
1M
mm
TRANS
7-WIRE // Standard Resistive Touch Panels
OUTER
DIM. X
OUTER
DIM. Y
TRANS.
AREA X
TRANS
AREA Y
ACTIVE
AREA X
ACTIVE
AREA Y
mm
mm
mm
mm
mm
Pen/Finger
203.6
158.6
176.9
135.6
Pen
243.8
187.4
217.1
164.4
10.4
Pen/Finger
243.8
187.4
217.1
N010-0550-T627
10.4
Pen/Finger
243.8
187.4
N010-0550-T717
12.1
Pen/Finger
278.4
213.4
N010-0551-T742
12.1
Pen/Finger
278.4
N010-0551-T744
12.1
Pen/Finger
N010-0510-T217
15.0
N010-0510-T219
Inches
INPUT
TYPE
N010-0550-T345
8.4
N010-0550-T603
10.4
N010-0550-T613
GLASS
THICKN.
mm
CABLE
EXIT
CABLE
LOCAT.
CABLE
LENGTH
172.9
131.6
R
Middle
46
1.1
80%
Yes
213.2
160.4
R
Middle
46
1.1
80%
Yes
10M
164.4
213.2
160.4
R
Middle
46
1.1
80%
Yes
10M
217.1
164.4
213.2
160.4
R
Middle
100
1.1
80%
Yes
10M
251.7
190.4
247.8
186.4
R
Middle
46
1.1
80%
Yes
10M
213.4
251.7
190.4
247.8
186.4
R
Middle
220
1.8
90%
Yes
10M
278.4
213.4
251.7
190.4
247.8
186.4
R
Middle
220
1.8
86%
Yes
10M
Pen/Finger
336.9
257.2
310.2
234.2
305
229.00
R
Middle
100
1.1
86%
Clear
10M
15.0
Pen/Finger
336.9
257.2
310.2
234.2
305
229.00
R
Middle
100
1.1
86%
Yes
10M
N010-0510-T236
15.0
Pen/Finger
336.9
257.2
310.2
234.2
305
229.00
R
Middle
100
1.8
80%
Yes
10M
N010-0510-T303
17.0
Pen/Finger
369.3
297
342.6
273.98
338.92
271.34
L
Middle
220
1.8
80%
Yes
10M
N010-0510-T304
17.0
Pen/Finger
369.3
297
342.6
273.98
338.92
271.34
L
Middle
220
1.8
86%
Yes
10M
PART NUMBER
SIZE
mm
TRANS
53
CONTROLLER
KITS
At Avnet, we strive to provide you with the
optimal solution –on-time and on-budget.
With that in mind, we’ve created kits with
all of the necessary components to help you
quickly light-up your TFT modules. All of
our kits include the controller, the inverter,
an OSD board and all of the necessary
cabling to connect your devices. We’ve
made it easy so that you can focus on your
business.
55
DISPLAY PERIPHERALS // Kits
CONTROLLER
KITS
OVERVIEW
Lighting up your TFT Module is easy.
In partnership with Digital View and AIS, Avnet has developed
AIS Flat Panel Controllers
pre-configured controller kits that will help you light-up your TFT
AIS is a global leader in the design and
display quickly, efficiently and cost-effectively.
manufacturing
Simply find the
panel that you want to drive and then select the kit part number.
of
TFT
display
solutions.
Designed and manufactured for Avnet in
Taiwan, AIS has created a full line of high-quality
It’s that easy.
controllers based upon the Genesis chipset.
The Avnet team has kitted the controllers with
corresponding inverters, cabling and OSD boards
What the Avnet Configured Kits includes:
to provide you with the complete, cost-effective,
>> Controller Card
no-hassle solution.
Digital View’s ALR-1400 supports both DVI & VGA inputs
• Standard AVT Kit – the standard AVT kit
AIS’ standard kits include VGA inputs only
provides VGA input only.
AIS’ VAV kits include VGA+Audio+Video
• AVT-VAV Kit – the AVT-VAV kit provides support
AIS’ DVAV Kits include DVI+VGA+Audio+Video
for VGA, Audio & Video.
>> 12 Volt Inverter – matched to specific TFT Module
• AVT-DVAV Kit – the AVT-DVAV kit provides
>> Video Cable – matched to specific TFT Module
>> On Screen Display (OSD) Button Board
Video Cable
support for DVI, VGA, Audio & Video.
includes mating cable
12V Inverter
Digital View Flat Panel Controllers
Digital View is one of the world’s foremost
suppliers of advanced connectivity solutions
for the flat panel digital display market.
To
provide a complete time-to-market solution for
Inverter Cable
our customers, giving you everything you need
to light up one of our TFT modules, Avnet and
Digital View have teamed up to create fully
configured kitted solutions based upon Digital
Controller Card
56
OSD Board
View’s ALR-1400-series controller cards.
• The ALR-1400 (listed in this section of the
Digital View proprietary software. Customization
The
Industrial LCD Solutions Guide) is a highly
includes the ability to locally modify timing for
controllers are high-reliability designs providing
reliable controller card with DVI and VGA
support of new LCD panels, the ability to enable
an MTBF in excess of 100K hours and are
input and also includes integrated TTL and
and disable video input ports and menu items
backed by a 3-year warranty.
LVDS output drivers. Supporting 4:3 and
and the ability to customize menu screen
16:9
panels,
the
1400
controller
kit
provides
support
panel
ALR-
for
resolutions
from VGA through
W
WSXGA.
ALR-1400,
SVH-1920
and
SP-1600
presentations.
• The SVH-1920 supports resolutions up to
1920 x 1080 for a full range of HD panels and
video input formats. The fully page buffered
controller features image inversion capability
and has standard inputs for DVI, VGA, SVideo, Composite, Component and HD-SDI
support via an optional daughter board.
If even greater capabilities are required, Digital
View also offers several series of LCD controllers
(not listed in the Solutions Guide). The SVH-1920
and SP-1600 introductions represent the first of
the DV Professional class of controllers. These
• The SP-1600 supports resolutions up to UXGA
and provides inputs for DVI, VGA, S-Video,
Composite and Component. Advanced OEM
features include RS232 serial input control
and infra-red remote port.
models are capable of extensive customization via
SELECTOR MATRIX // Controller Kits
SIZE
RES
DIGITAL VIEW
AIS
PIXEL
FORMAT
INTERFACE
ALR-1400 KITS
STANDARD KITS
VAV & DVAV KITS
480x272
6-Bit TTL
ALR-LQ043T3DX02
AVT-LQ043T3DX02
AVT-VAV-LQ043T3DX02
AVT-VAV-NL10276BC12-02
Inches
MFR
PART NUMBER
4.3
SHP
LQ043T3DX02
6.3
NEC
NL10276BC12-02
XGA
1024x768
ALR-NL10276BC12-02
AVT-NL10276BC12-02
6.4
LGP
LB064V02
VGA
640x480
6-Bit TTL
ALR-LB064V02
AVT-LB064V02
AVT-VAV-LB064V02
6.4
SHP
LQ64D343
VGA
640x480
6-Bit Digital
ALR-LQ64D343
AVT-LQ64D343
AVT-VAV-LQ64D343
6.4
SHP
LQ064A5CG01
VGA
640x480
Composite NTSC
ALR-LQ064A5CG01
AVT-LQ064A5CG01
AVT-VAV-LQ064A5CG01
6.4
SHP
LQ64V3DG01
VGA
640x480
6-Bit Digital
ALR-LQ64V3DG01
AVT-LQ64V3DG01
AVT-VAV-LQ64V3DG01
6.5
NEC
NL6448BC20-20
VGA
640 x 480
6-Bit Digital
ALR-NL6448BC20-20
AVT-NL6448BC20-20
6.5
NEC
NL6448BC20-08E
VGA
640x480
6-Bit I/F, RF
ALR-NL6448BC20-08E
AVT-NL6448BC20-08E
AVT-VAV-NL6448BC20-08E
6.5
NEC
NL6448BC20-18D
VGA
640x480
6-Bit I/F
ALR-NL6448BC20-18D
AVT-NL6448BC20-18D
AVT-VAV-NL6448BC20-18D
6.5
OPX
T-51750DG065J-FW-AA
VGA
640x480
Digital
ALR-T-51750DG065J-FW-AA
AVT-T-51750DG065J-FW-AA
AVT-VAV-T-51750DG065J-FW-AA
6.5
OPX
T-51750DG065J-FW-AB
VGA
640x480
Digital
ALR-T-51750DG065J-FW-AB
AVT-T-51750DG065J-FW-AB
AVT-VAV-T-51750DG065J-FW-AB
6.5
TOS
LTA065B0E0F
VGA
640x480
TTL
ALR-LTA065B0E0F
AVT-LTA065B0E0F
AVT-VAV-LTA065B0E0F
6.5
TOS
LTA065A041F
VGA
640x480
TTL
ALR-LTA065A041F
AVT-LTA065A041F
AVT-VAV-LTA065A041F
6.5
TOS
LTA065A043F
VGA
640x480
TTL
ALR-LTA065A043F
AVT-LTA065A043F
AVT-VAV-LTA065A043F
6.5
TOS
LTA065B0D0F
VGA
640x480
TTL
ALR-LTA065B0D0F
AVT-LTA065B0D0F
AVT-VAV-LTA065B0D0F
8.0
SHP
LQ080V3DG01
VGA
640x480
6-Bit Digital
ALR-LQ080V3DG01
AVT-LQ080V3DG01
AVT-VAV-LQ080V3DG01
8.4
NEC
NL10276BC16-01
XGA
1024x768
LVDS (6-Bit RGB)
ALR-NL10276BC16-01
AVT-NL10276BC16-01
8.4
NEC
NL6448BC26-08D
VGA
640x480
LVDS
ALR-NL6448BC26-08D
AVT-NL6448BC26-08D
8.4
NEC
NL6448BC26-09
VGA
640x480
LVDS
ALR-NL6448BC26-09
AVT-NL6448BC26-09
8.4
NEC
NL6448BC26-01
VGA
640x480
6-Bit Digital
ALR-NL6448BC26-01
AVT-NL6448BC26-01
8.4
NEC
NL6448BC26-03
VGA
640x480
CMOS RGB (6-Bit)
ALR-NL6448BC26-03
AVT-NL6448BC26-03
8.4
NEC
NL6448BC26-01F
VGA
640x480
6-Bit Digital
ALR-NL6448BC26-01F
AVT-NL6448BC26-01F
AVT-VAV-NL6448BC26-01F
8.4
NEC
NL8060BC21-02
SVGA
800 x 600
LVDS, 6/8 Bit
ALR-NL8060BC21-02
AVT-NL8060BC21-02
57
CONTROLLER KITS // Selector Matrix
SIZE
58
Inches
MFR
8.4
8.4
continued
PIXEL
FORMAT
DIGITAL VIEW
INTERFACE
AIS
PART NUMBER
RES
ALR-1400 KITS
STANDARD KITS
NEC
NL8060BC21-03
SVGA
800x600
LVDS
ALR-NL8060BC21-03
AVT-NL8060BC21-03
OPX
XGA
1024x768
LVDS
ALR-T-51639D084JU-FW-A-AB
AVT-T-51639D084JU-FW-A-AB
AVT-VAV-T-51639D084JU-FW-A-AB
8.4
OPX
VGA
640x480
Digital
ALR-T-51638D084J-FW-A-AB
AVT-T-51638D084J-FW-A-AB
AVT-VAV-T-51638D084J-FW-A-AB
8.4
OPX
VGA
640x480
Digital
ALR-T-51638D084J-FW-A-AC
AVT-T-51638D084J-FW-A-AC
AVT-VAV-T-51638D084J-FW-A-AC
8.4
SHP
LQ084V1DG21
VGA
640x480
6-Bit Digital
ALR-LQ084V1DG21
AVT-LQ084V1DG21
AVT-VAV-LQ084V1DG21
8.4
SHP
LQ084S3DG01
SVGA
800x600
6-Bit Digital
ALR-LQ084S3DG01
AVT-LQ084S3DG01
AVT-VAV-LQ084S3DG01
8.4
TOS
LTM08C355S
SVGA
800x600
TTL
ALR-LTM08C355S
AVT-LTM08C355S
AVT-VAV-LTM08C355S
8.4
TOS
LTM08C351
SVGA
800x600
TTL
ALR-LTM08C351
AVT-LTM08C351
AVT-VAV-LTM08C351
8.4
TOS
LTM08C351S
SVGA
800x600
TTL
ALR-LTM08C351S
AVT-LTM08C351S
AVT-VAV-LTM08C351S
8.9
TOS
LTM09C362Z
WSVGA
1024x600
LVDS
ALR-LTM09C362Z
AVT-LTM09C362Z
AVT-VAV-LTM09C362Z
9.0
NEC
NL8048BC24-01
WVGA
800x480
6/8-Bit LVDS
ALR-NL8048BC24-01
AVT-NL8048BC24-01
10.4
LGP
LB104V03
VGA
640x480
6-Bit TTL
ALR-LB104V03
AVT-LB104V03
AVT-VAV-LB104V03
10.4
LGP
LB104S01
SVGA
800x600
6-Bit LVDS
ALR-LB104S01
AVT-LB104S01
AVT-VAV-LB104S01
10.4
NEC
NL10276BC20-04
XGA
1024x768
6-Bit LVDS
ALR-NL10276BC20-04
AVT-NL10276BC20-04
10.4
NEC
NL6448BC33-54
VGA
640x480
6-Bit Digital
ALR-NL6448BC33-54
AVT-NL6448BC33-54
10.4
NEC
NL6448BC33-50
VGA
640x480
6-Bit Digital
ALR-NL6448BC33-50
AVT-NL6448BC33-50
10.4
NEC
NL6448BC33-46
VGA
640x480
6-Bit Digital
ALR-NL6448BC33-46
AVT-NL6448BC33-46
10.4
NEC
NL6448BC33-53
VGA
640x480
6-Bit Digital
ALR-NL6448BC33-53
AVT-NL6448BC33-53
10.4
NEC
NL6448BC33-59
VGA
640x480
6-Bit Digital
ALR-NL6448BC33-59
AVT-NL6448BC33-59
10.4
NEC
NL6448BC33-63D
VGA
640x480
LVDS
ALR-NL6448BC33-63D
AVT-NL6448BC33-63D
10.4
NEC
NL8060BC26-17
SVGA
800x600
6-Bit Digital
ALR-NL8060BC26-17
AVT-NL8060BC26-17
10.4
NEC
NL8060BC26-27
SVGA
800x600
CMOS RGB (6-Bit)
ALR-NL8060BC26-27
AVT-NL8060BC26-27
10.4
OPX
VGA
640x480
Digital
ALR-T-51513D104J-FW-A-AD
AVT-T-51513D104J-FW-A-AD
AVT-VAV-T-51513D104J-FW-A-AD
10.4
OPX
VGA
640x480
Digital
ALR-T-51513D104JU-FW-A-AC
AVT-T-51513D104JU-FW-A-AC
AVT-VAV-T-51513D104JU-FW-A-AC
10.4
OPX
SVGA
800x600
LVDS
ALR-T-51944D104J-FW-A-AA
AVT-T-51944D104J-FW-A-AA
AVT-VAV-T-51944D104J-FW-A-AA
10.4
SHP
LQ10D368
VGA
640x480
6-Bit Digital
ALR-LQ10D368
AVT-LQ10D368
AVT-VAV-LQ10D368
10.4
SHP
LQ104V1DG21
VGA
640x480
6-Bit Digital
ALR-LQ104V1DG21
AVT-LQ104V1DG21
AVT-VAV-LQ104V1DG21
10.4
SHP
LQ104V1DG51
VGA
640x480
6-Bit Digital
ALR-LQ104V1DG51
AVT-LQ104V1DG51
AVT-VAV-LQ104V1DG51
10.4
SHP
LQ104V1DW02
VGA
640x480
6-Bit Digital
ALR-LQ104V1DW02
AVT-LQ104V1DW02
AVT-VAV-LQ104V1DW02
10.4
SHP
LQ104V1DG61
VGA
640x480
6-Bit Digital
ALR-LQ104V1DG61
AVT-LQ104V1DG61
AVT-VAV-LQ104V1DG61
10.4
SHP
LQ104S1DG21
SVGA
800x600
6-Bit Digital
ALR-LQ104S1DG21
AVT-LQ104S1DG21
AVT-VAV-LQ104S1DG21
10.4
SHP
LQ104S1LG21
SVGA
800x600
LVDS
ALR-LQ104S1LG21
AVT-LQ104S1LG21
AVT-VAV-LQ104S1LG21
10.4
TOS
LTD104KA1S
XGA
1024x768
LVDS
ALR-LTD104KA1S
AVT-LTD104KA1S
AVT-VAV-LTD104KA1S
10.4
TOS
LTD104EA5S
XGA
1024x768
LVDS
ALR-LTD104EA5S
AVT-LTD104EA5S
AVT-VAV-LTD104EA5S
10.4
TOS
LTD104KA3S
XGA
1024x768
LVDS
ALR-LTD104KA3S
AVT-LTD104KA3S
AVT-VAV-LTD104KA3S
10.4
TOS
LTD104C11S
VGA
640x480
TTL
ALR-LTD104C11S
AVT-LTD104C11S
AVT-VAV-LTD104C11S
10.4
TOS
LTM10C348S
SVGA
800x600
LVDS
ALR-LTM10C348S
AVT-LTM10C348S
AVT-VAV-LTM10C348S
12.1
LGP
LP121X04
XGA
1024x768
6-Bit LVDS
ALR-LP121X04
AVT-LP121X04
AVT-VAV-LP121X04
12.1
LGP
LB121S02
SVGA
800x600
6-Bit TTL
ALR-LB121S02
AVT-LB121S02
AVT-VAV-LB121S02
12.1
NEC
NL10276BC24-13
XGA
1024x768
ALR-NL10276BC24-13
AVT-NL10276BC24-13
12.1
NEC
NL8060BC31-32
SVGA
800 x 600
6-Bit Digital
ALR-NL8060BC31-32
AVT-NL8060BC31-32
12.1
NEC
NL8060BC31-20
SVGA
800x600
6-Bit Digital
ALR-NL8060BC31-20
AVT-NL8060BC31-20
12.1
NEC
NL8060BC31-28D
SVGA
800x600
LVDS
ALR-NL8060BC31-28D
AVT-NL8060BC31-28D
12.1
NEC
NL8060BC31-28E
SVGA
800x600
LVDS
ALR-NL8060BC31-28E
AVT-NL8060BC31-28E
AVT-VAV-NL8060BC31-28E
12.1
NEC
NL8060BC31-27
SVGA
800x600
6-Bit Digital
ALR-NL8060BC31-27
AVT-NL8060BC31-27
12.1
NEC
NL8060BC31-27D
SVGA
800x600
6-Bit Digital
ALR-NL8060BC31-27D
AVT-NL8060BC31-27D
12.1
NEC
NL8060BC31-32
SVGA
800x600
6-Bit TTL
ALR-NL8060BC31-32
AVT-NL8060BC31-32
12.1
NEC
NL8060BC31-40
SVGA
800x600
LVDS
ALR-NL8060BC31-40
AVT-NL8060BC31-40
12.1
NEC
NL8060BC31-41D
SVGA
800x600
LVDS
ALR-NL8060BC31-41D
AVT-NL8060BC31-41D
12.1
NEC
NL8060BC31-36
SVGA
800x600
TBD
ALR-NL8060BC31-36
AVT-NL8060BC31-36
12.1
OPX
XGA
1024x768
LVDS
12.1
OPX
SVGA
800X600
LVDS
12.1
OPX
SVGA
800x600
Digital
AVT-VAV-T-51512D121J-FW-A-AB
VAV & DVAV KITS
continued
DIGITAL VIEW
AIS
Inches
MFR
PART NUMBER
RES
PIXEL
FORMAT
INTERFACE
ALR-1400 KITS
STANDARD KITS
VAV & DVAV KITS
12.1
OPX
SVGA
800x600
Digital
ALR-T-51512D121J-FW-A-AC
AVT-T-51512D121J-FW-A-AC
AVT-VAV-T-51512D121J-FW-A-AC
12.1
OPX
T-52017D121J-FW-AAN
SVGA
800x600
LVDS
ALR-T-52017D121J-FW-AAN
AVT-T-52017D121J-FW-AAN
AVT-VAV-T-52017D121J-FW-AAN
12.1
SHP
LQ121S1LW01
SVGA
800x600
LVDS
ALR-LQ121S1LW01
AVT-LQ121S1LW01
AVT-VAV-LQ121S1LW01
12.1
SHP
LQ121S1DG41
SVGA
800x600
6-Bit Digital
ALR-LQ121S1DG41
AVT-LQ121S1DG41
AVT-VAV-LQ121S1DG41
12.1
SHP
LQ121S1LG41
SVGA
800x600
LVDS
ALR-LQ121S1LG41
AVT-LQ121S1LG41
AVT-VAV-LQ121S1LG41
12.1
SHP
LQ121S1LG61
SVGA
800x600
6-Bit Digital
ALR-LQ121S1LG61
AVT-LQ121S1LG61
AVT-VAV-LQ121S1LG61
12.1
SHP
LQ121S1DG61
SVGA
800x600
LVDS
ALR-LQ121S1DG61
AVT-LQ121S1DG61
AVT-VAV-LQ121S1DG61
12.1
TOS
LTM12C505
XGA
1024x768
LVDS
ALR-LTM12C505
AVT-LTM12C505
AVT-VAV-LTM12C505
12.1
TOS
LTD121KA0S
XGA
1024x768
LVDS
ALR-LTD121KA0S
AVT-LTD121KA0S
AVT-VAV-LTD121KA0S
12.1
TOS
LTD121KC5S
XGA
1024x768
LVDS
ALR-LTD121KC5S
AVT-LTD121KC5S
AVT-VAV-LTD121KC5S
12.1
TOS
LTD121EA41
XGA
1024x768
LVDS
ALR-LTD121EA41
AVT-LTD121EA41
AVT-VAV-LTD121EA41
12.1
TOS
LTD121EC5S
XGA
1024x768
LVDS
ALR-LTD121EC5S
AVT-LTD121EC5S
AVT-VAV-LTD121EC5S
12.1
TOS
LTD121GA0S
XGA
1024x768
LVDS
ALR-LTD121GA0S
AVT-LTD121GA0S
AVT-VAV-LTD121GA0S
12.1
TOS
LTD121C31S
SVGA
800x600
TTL
ALR-LTD121C31S
AVT-LTD121C31S
AVT-VAV-LTD121C31S
12.1
TOS
LTD121C30S
SVGA
800x600
TTL
ALR-LTD121C30S
AVT-LTD121C30S
AVT-VAV-LTD121C30S
12.1
TOS
LTD121C32S
SVGA
800x600
LVDS
ALR-LTD121C32S
AVT-LTD121C32S
AVT-VAV-LTD121C32S
12.1
TOS
LTD121C33S
SVGA
800x600
TTL
ALR-LTD121C33S
AVT-LTD121C33S
AVT-VAV-LTD121C33S
12.1
TOS
LTD12C285
SVGA
800x600
TTL
ALR-LTD12C285
AVT-LTD12C285
AVT-VAV-LTD12C285
14.1
TOS
LTD141ECJS
XGA
1024x768
LVDS
ALR-LTD141ECJS
AVT-LTD141ECJS
AVT-VAV-LTD141ECJS
14.1
TOS
LTM14C500S
XGA
1024x768
LVDS
ALR-LTM14C500S
AVT-LTM14C500S
AVT-VAV-LTM14C500S
14.1
TOS
LTD141EA0S
XGA
1024x768
LVDS
ALR-LTD141EA0S
AVT-LTD141EA0S
AVT-VAV-LTD141EA0S
15.0
LGP
LM150X08
XGA
1024x768
6-Bit LVDS w/FRC
ALR-LM150X08
AVT-LM150X08
AVT-DVAV-LM150X08
15.0
LGP
LP150X10
XGA
1024x768
6-Bit LVDS w/FRC
ALR-LP150X10
AVT-LP150X10
AVT-DVAV-LP150X10
15.0
NEC
NL10276BC30-15
XGA
1024x768
LVDS
ALR-NL10276BC30-15
AVT-NL10276BC30-15
AVT-DVAV-NL10276BC30-15
15.0
NEC
NL10276BC30-17
XGA
1024x768
LVDS RGB (8-Bit)
ALR-NL10276BC30-17
AVT-NL10276BC30-17
15.0
NEC
NL10276AC30-07
XGA
1024x768
8-Bit Parallel Dual Port
ALR-NL10276AC30-07
AVT-NL10276AC30-07
AVT-DVAV-NL10276AC30-07
15.0
NEC
NL10276BC30-18
XGA
1024x768
LVDS RGB (8-Bit)
ALR-NL10276BC30-18
AVT-NL10276BC30-18
15.0
OPX
XGA
1024x768
LVDS
AVT-DVAV-T-51863D150J-FW-A-AA
15.0
OPX
T-51511D150-FW-A-AC
XGA
1024x768
Digital
ALR-T-51511D150-FW-A-AC
AVT-T-51511D150-FW-A-AC
AVT-DVAV-T-51511D150-FW-A-AC
15.0
OPX
T-51511D150-FW-A-AD
XGA
1024x768
Digital
ALR-T-51511D150-FW-A-AD
AVT-T-51511D150-FW-A-AD
AVT-DVAV-T-51511D150-FW-A-AD
15.0
OPX
XGA
1024X768
LVDS
AVT-DVAV-T-51863D150J-FW-A-AB
15.0
SHP
LQ150X1LGN2A
XGA
1024x768
LVDS
ALR-LQ150X1LGN2A
AVT-LQ150X1LGN2A
AVT-DVAV-LQ150X1LGN2A
15.0
SHP
LQ150X1LW71N
XGA
1024x768
LVDS
ALR-LQ150X1LW71N
AVT-LQ150X1LW71N
AVT-DVAV-LQ150X1LW71N
15.0
SHP
LQ150X1LGN2E
XGA
1024x768
LVDS
ALR-LQ150X1LGN2E
AVT-LQ150X1LGN2E
AVT-DVAV-LQ150X1LGN2E
15.0
SHP
LQ150X1LGB1
XGA
1024x768
LVDS
ALR-LQ150X1LGB1
AVT-LQ150X1LGB1
AVT-DVAV-LQ150X1LGB1
15.0
TOS
LTM15C458M
XGA
1024x768
LVDS
ALR-LTM15C458M
AVT-LTM15C458M
AVT-DVAV-LTM15C458M
15.0
TOS
LTM15C458T
XGA
1024x768
LVDS
ALR-LTM15C458T
AVT-LTM15C458T
AVT-DVAV-LTM15C458T
17.0
LGP
LM170E01
SXGA
1280x1024
6-Bit LVDS w/FRC
ALR-LM170E01
AVT-LM170E01
AVT-DVAV-LM170E01
18.1
NEC
NL128102AC28-07
SXGA
1280x1024
ALR-NL128102AC28-07
AVT-NL128102AC28-07
19.0
LGP
LM190E03
SXGA
1280x1024
6-Bit LVDS w/FRC
ALR-LM190E03
AVT-LM190E03
AVT-DVAV-LM190E03
19.0
LGP
LM190E05
SXGA
1280x1024
8-Bit LVDS
ALR-LM190E05
AVT-LM190E05
AVT-DVAV-LM190E05
19.0
NEC
NL128102BC29-01B
SXGA
1280x1024
ALR-NL128102BC29-01B
AVT-NL128102BC29-01B
AVT-DVAV-NL128102BC29-01B
19.0
NEC
NL128102BC29-01
SXGA
1280x1024
ALR-NL128102BC29-01
AVT-NL128102BC29-01
19.0
NEC
NL128102BM29-05A
SXGA
1280x1024
Selectable LVDS
ALR-NL128102BM29-05A
AVT-NL128102BM29-05A
AVT-DVAV-NL128102BM29-05A
20.0
SHP
LQ197V30Z89
VGA
640x480
LVDS
ALR-LQ197V30Z89
AVT-LQ197V30Z89
AVT-DVAV-LQ197V30Z89
20.1
LGP
LC201V02
VGA
640x480
8-Bit TTL
ALR-LC201V02
AVT-LC201V02
AVT-DVAV-LC201V02
20.1
NEC
NL128102AC31-02
SXGA
1280x1024
ALR-NL128102AC31-02
AVT-NL128102AC31-02
23.0
LGP
LC230W01
WXGA
1280x768
8-Bit LVDS
ALR-LC230W01
23.0
NEC
NL12876AC39-01
WXGA
1280x768
LVDS (8-Bit)
ALR-NL12876AC39-01
26.0
LGP
LC260W01
WXGA
1280x768
8-Bit LVDS
ALR-LC260W01
26.0
LGP
LC260WX2
WXGA
1280x768
8-Bit LVDS
ALR-LC260WX2
SIZE
59
VALUE-ADD &
ENHANCEMENT
Over 80% of TFT modules sold today are
enhanced in some fashion before being
integrated into their final application. Many
customers require a simple touchscreen
or anti-glare topcoat; however, Avnet also
has the resources and expertise to support
some of the most esoteric enhancements
available. From making a TFT module
sunlight readable to making it night-vision
compatible, Avnet’s value-added services
span the gamut.
61
VALUE-ADD & ENHANCEMENT // Display Enhancement Matrix
Anti-Reflective or Anti-Reflective/Anti-Glare Film Laminations to LCD’s
(Also known as Index Matching).
Anti-Reflective Film Lamination for Contrast Enhancement/Glare Reduction:
The Left side of the panel has no film (and is very reflective) while the right side of
the panel has been enhanced with an Anti-Reflective Film.
Benefit - No Reflection or Glare.
VALUE-ADD & ENHANCEMENTS // Passive Enhancements // Front Surface Film Laminations
ENHANCEMENT
DESCRIPTION
BENEFIT
Anti-Reflective
Anti-Reflective Film laminated to front surface of LCD panel whereby we add
a Broadband Multi-Layer Anti-Reflective Coating on a thin hardcoated plastic
substrate.
Reduces surface reflection on front of LCD panel. Increases the effective
brightness and contrast of the display two to three times without actually
making it brighter.
Anti-Reflective Film & Anti-Glare
(A/R & A/G)
Anti-Reflective Film/Anti-Glare film laminated to front surface of LCD panel
whereby we add a Broadband Multi-Layer Anti-Reflective Coating on a thin
hardcoated Anti-Glare/Matte Finish plastic substrate.
Reduces surface reflection on front of LCD panel. Increases the effective
brightness of the display two to three times without actually making it brighter.
Softens direct light source images in reflection.
Polarizer Replacement
AG or Non-AG Polarizer laminated to the front surface of LCD panel. Replace
damaged front surface polarizer on LCD’s.
Replace scratched/damaged polarizer on the front surface of an LCD to avoid
scrapping a good LCD panel
Easy-Clean Hydrophobic
(Smudge & Fingerprint Resistant)
The hydrophobic coating, commonly referred to as an “easy clean”
enhancement, is water repellant and bonds with the glass to create a barrier
against dirt, dust, grease and liquid, allowing the glass to be cleaned with a
wiping cloth without cleaning solution. Hydrophobic applications are ideal for
touch screens.
The hydrophobic coating will not optically change the LCD panel. The coating
is extremely durable and not only repels water, but most any other undesirable
matter including salt spray. The coating also combats bacterial build-up as
dirt and oils do not stay on the glass. To clean the surface, simply wipe the
surface with a dry clean cloth. The hydrophobic coating can be applied as a
stand-alone solution or in combination with other enhancements (i.e. touch
screens, AG coatings, privacy filters, etc.)
1⁄4 Wave Retarder
Laminate 1⁄4 wave retarder to the front surface of LCD panel. A specially
manufactured transparent film that has the effect of twisting polarized light
waves.
Allows better legibility of LCD’s with sunglasses. Normal LCD polarization is on
a 45 degree axis (under 17"). The retarder “twists” the polarization to vertical
to match the polarization of sunglasses. Usually laminated under one of the
Anti-reflection films above for full benefit outdoors.
VALUE-ADD & ENHANCEMENTS // Passive Enhancements // Optical Bonding
62
ENHANCEMENT
DESCRIPTION
BENEFIT
Optical Bonding
Optical Bonding is a shorthand phrase for use of an adhesive with carefully
selected optical properties to adhere two or more optical components to one
another. Typical overlays include contrast enhancement filters, EMI/RFI filters,
vandal shields, touchscreens, and thermal heaters. Adhesives are carefully
selected to match the index of refraction of the LCD and the chosen overlay.
The two primary reasons for optically bonding a flat panel display to an overlay
are improved optical performance and durability. By selecting an appropriate
adhesive that matches the index of refraction of the flat panel and the overlay,
the process removes all of the air gaps, thus reducing the number of internal
reflecting surfaces that can lead to degradation of optical performance.
Key benefits of Optical Bonding include improved viewing angle, reduced
viewing angle (Privacy Films), improved brightness and contrast, elimination
of condensation and moisture between LCD and overlay, extended operating
temperature range through the use of bonded LCD heaters and improved
ruggedization. Moreover, providing a durable adhesion between the flat panel
and the overlay improves the display’s ability to resist shock, vibration and
moisture.
Passive Enhancement Film Insertions
LCD Passive Brightness Enhancements are available
in diagonals of 3.5” up to 19.0”.
Transflective Polarizer Enhancements makes the
panel sunlight readable.
VALUE-ADD & ENHANCEMENTS // Passive Enhancements // Rear Enhancements–Film Insertions–Inside Panel
ENHANCEMENT
DESCRIPTION
BENEFIT
Brightness Enhancement Film
(BEF II or BEF III Film)
Enhancement Films inserted into rear surface of LCD
panel (between light source and LCD). Designed for the
improvement of backlight efficiency and increased on axis
brightness.
Increases panel brightness by 60% with a single sheet, up to 120% with two crossed sheets. Reduces
viewing angle. BEF III is slightly lower cost and slightly lower performance (59% and 111% respectively)
but also reduces moiré and wet-out (an optical coupling that can mar the appearance of an LCD display).
Dual Brightness Enhancement Film
Embossed Film (DBEF- E Film)
Enhancement Films inserted into rear surface of LCD panel
(between light source and LCD). Captures and recycles
light normally lost through absorption in the rear polarizer
for greater efficiency and performance. The “E” stands for
embossed.
Increases Panel Brightness approximately 63% for a slab type light guide and 97% for a wedge type (used
in smaller displays) light guide. Due to recycling efficiencies, works with the BEF series to provide a total
of 125% increase in panel brightness for a single layer of BEF with the DBEF and 165% with DBEF and
two crossed BEF films. One side has a slightly raised embossed structure that act as spacers to prevent
the film from lying totally flat against other surfaces, reducing wet-out.
Dual Brightness Enhancement Film
(DBEF- M Film)
Enhancement Films inserted into rear surface of LCD
panel (between light source and LCD). Illumination
from the backlight is recycled for greater efficiency and
performance. The “M” stands for matte.
Increases panel brightness approximately 63% for a slab type light guide and 97% for a wedge type (used
in smaller displays) light guide. Due to recycling efficiencies, works with the BEF series to provide a total
of 125% increase in panel brightness for a single layer of BEF with the DBEF and 165% with DBEF and
two crossed BEF films. The front side has a matte finish, acting as an integral diffuser, which reduces the
need for a separate diffuser sheet. The matte finish also improves display uniformity, hides minor cosmetic
imperfections, eliminates wet-out and reduces reflective moiré.
Enhanced Specular Reflector Film
(ESR Film)
Enhancement Films inserted into rear surface of LCD panel
(between rear reflector and light guide within the LCD
panel). 98.5% Reflectivity for use as a back reflector.
Increases panel brightness. Works in conjunction with the other films above by increasing the total amount of
light. Most standard reflectors are approximately 94%; but, by adding the ESR as well, films above can see an
increase from 5-30%.
Daylight Readable
(Transflective Polarizer Film)
Transflective Polarizer Film installed to replace standard
rear polarizer.Special polarizer film has a semi-reflective
coating on the rear surface.
Turns a standard TFT LCD panel into a transflective panel for better direct sunlight legibility. The brighter the
light shining on the display, the better the legibility. However, to maintain low and moderate light condition
capability, enhancement films above should be added since total light output from internal source is dropped
to approximately 18% of original value without enhancement films.
VALUE-ADD & ENHANCEMENTS // Externally Mounted Display Filters and Windows
ENHANCEMENT
DESCRIPTION
BENEFIT
Anti-Reflective Coated Glass
Multi-Layer Vapor Deposition Coating on glass.
Designed to minimize reflectance and maximize transmittance.
Anti-Glare Glass–Matte Finish
Chemically etched glass that has a slightly textured finish,
either on one side or two sides.
Reduces reflection by scattering light directed on its surface. Softens the image of direct light sources
visible in the reflection of the viewing area.
ITO Glass with bus bars
(EMI/RFI Shielding)
ITO Conductive Coated Glass – Conductivity levels ranging
from 5 Ohms/sq to 350 Ohms/sq.
EMI/RFI Shielding – a typical value for LCD displays is approximately 9-15 Ohms per square @ 89%
visible light transmission. Transmission is reduced as the Ohms per square level drops.
Anti-Reflective Coated Glass/
Conductive Film
(EMI/RFI Shielding)
Transparent conductive films designed for EMI/RFI
shielding. Can be laminated to glass and acrylic. Contact
to conductive film is made with highly-conductive copper
tape.
EMI/RFI Shielding.
63
VALUE-ADD & ENHANCEMENT // Display Enhancement Matrix
Lamination Process
Heat Reflector
Designed to reduce heat loading issues
Example of Shielded Filter
VALUE-ADD & ENHANCEMENTS // Display Enhancements // Glass & Film Laminations
ENHANCEMENT
DESCRIPTION
BENEFIT
Blur Privacy Film
Anti-Reflective Coated Glass/Blur Privacy Film. A view control film designed to keep
sensitive information private. Blur Film is laminated to the rear surface of either glass
or acrylic. When mounted in front of the display, only the user can clearly see the
screen. The image is blurred when viewed 30 degrees from left or right.
Privacy – Designed to control viewing angle to provide data privacy.
Louver Privacy Film
Anti-Reflective Coated Glass//Louver Film//Anti-Reflective Coated Glass. A view
control film designed to keep sensitive information private. Louver film is laminated in
between glass or directly to a display. When mounted in front of the display, only the
user can clearly see the screen. The image goes black when viewed 30 degrees from
left or right
Privacy – Designed to control viewing angle, redirect the light and also provide data
privacy. Reduces light directed in non-viewing angles to reduce reflections and
lighting of surrounding areas, such as cockpit or darkened rooms.
IR/Heat Reduction – IR Film
Anti-Reflective Coated Glass//IR Film//Anti-Reflective Coated Glass. Conductive Film
designed to eliminate heat loading issues. Film is laminated in between two pieces of
glass or to the rear of a glass or plastic filter.
Designed to reduce heat loading on the display surface for outdoor display
applications. Several films are available depending upon the amount of IR rejection
required.
IR/Heat Reduction – VKool
Anti-Reflective Coated Glass/IR Film. Architectural Solar Blocking Film designed to
eliminate heat loading issues. Film is laminated to rear surface of glass or acrylic.
Designed to reduce heat loading on the display surface for outdoor display
applications. V-Kool has an integrated anti-reflection film to simplify lamination to the
rear of the filter.
Polarizer – Linear
Anti-Reflective Coated Glass//Linear Polarizer//Anti-Reflective Coated Glass. A film
designed to allow light to pass in a single planar direction.
Improves contrast of the display and helps to visibly hide any internal supports or
mounting details.
Polarizer – Circular
Anti-Reflective Coated Glass//Circular Polarizer//Anti-Reflective Coated Glass. A linear
polarizer with a 1⁄4 wave retarder laminated to the rear surface.
Improves contrast of the display and helps to visibly hide any internal supports
or mounting details. Any light entering the filter from the front has the reflection
internally “twisted” so there is no returned light. Eliminates back surface reflections.
VALUE-ADD & ENHANCEMENTS // Display Filters // Acrylic
ENHANCEMENT
DESCRIPTION
BENEFIT
Anti-Reflective Coated Acrylic
Hardcoat and Anti-Smudge
Anti-Reflective Coated Acrylic. Multi-Layer Vapor Deposition Coating on acrylic. Single
or double sided coated acrylic. Thickness: 2mm. Sheet size up to 41" x 71".
Designed to minimize reflectance and maximize transmittance. Also protects front
surface of displays.
Anti-Glare Acrylic
Anti-Glare/Matte Finish Coated Acrylic. Various Matte Finish or Gloss Levels available.
Reduces reflection by scattering light directed on its surface. Softens the image of
direct light sources visible in the reflection of the viewing area.
(Viewmax) – Option II-AntiReflective/
Anti-Glare Coated Acrylic
Anti-Reflective/Anti-Glare Coated Acrylic. Multi-Layer Vapor Deposition AR Coating
on a Matte Finish Hardcoated Substrate. Anti-Fingerprint Coating 1 side. Thickness:
2mm. Size: 14.96" x 12.20".
Designed for high-end display applications that require superior performance. Also
available with super hydrophobic treatment on view side for salt water and marine
applications.
VALUE-ADD & ENHANCEMENTS // Colored Optical Filters
ENHANCEMENT
DESCRIPTION
BENEFIT
Colored Filters
Colored filters are made with optical substrates and standard colors are as follows:
Contrast Enhancement:
Band Rejection:
Colored optical filters enhance the contrast ratio (signal to noise ratio) of an electronic
display by suppressing internal reflection (i.e. improving readability). They can also
be used as band rejection filters by eliminating various portions of the transmitted
spectrum.
•
Neutral Density Optical Filters
Grays & Bronzes
•
Custom Colored Optical Filters
Triple Notch Filters
•
Visual Rejection Near
IR Pass Filters
•
Long Pass Optical Filters
Yellow, Ambers, Reds
•
Polarizers
Linear & Circular
•
Heat Reflectors
Night Vision
Compatibility Filters
•
64
Band Pass Optical Filters
Blues & Greens
•
Night Vision Compatibility Filter
An NVC enhancement enables the user to see the dark
display with night-vision goggles.
Transparent Heater
Improves the operating temperature of TFT displays, allowing
them to operatie in extremely cold environments.
VALUE-ADD & ENHANCEMENTS // Special Application Products
ENHANCEMENT
DESCRIPTION
BENEFIT
Transparent Heaters
Transparent Heaters are visually transparent substrates with electrically conductive
coatings. When current flows across the coating, it generates heat. Heaters are
available in different types of glass, acrylic and polycarbonate substrates.
Transparent Heaters provide the warmth necessary to extend the operating
temperature of LCDs in cold environments (e.g., from 0 degrees to below -40C
degrees) and for the anti-fog, anti-icing, and de-icing of optics and optical
displays.
Enhanced Touch Panels
Typical enhancements include the addition of antireflective coatings, polarizers,
transparent heaters, and EMI/RFI shielding conductive ground planes.
Touch Panel enhancements improve their performance in standard
environments and to allow for proper functioning in extreme environments.
Low Diffuse Reflection (LDR) Mesh
For higher shielding applications, Avnet offers shielding solutions with optical fine wire
meshes (i.e., stainless steel). The mesh is typically a plain weave with either square or
rectangular apertures. Standard Mesh is available from 50 through 255 openings per
inch, allowing for a broad range of both shielding and optical solutions.
Avnet offers LDR mesh for EMI/RFI shielding applications where optimum
optical performance is required. LDR mesh is an enhanced version of our
standard product where the diffuse reflections are lowered to less than half
of the standard level. This is especially important in high ambient light
requirements where the diffuse reflection off fine wire meshes will greatly
reduce an enhanced display’s contrast. LDR mesh provides superior EMI/RFI
shielding and optical properties.
Laser Application Filters
Laser blocking filters and optical assemblies for military, medical, and commercial
applications.
Military periscopes and viewing systems used on land or amphibious
vehicles require laser blocking filters to prevent eye injury to operators from
enemy laser fire. Avnet’s laser blocking filters utilize proprietary multi-layer,
dielectric coatings to separate infrared radiation from the visible part of
the spectrum and are designed to meet the stringent optical performance,
environmental, and coating durability requirements of MIL-DTL-62422C
required by the US Army. For medical and commercial lasers, Avnet provides
narrow band pass and long pass filters for transmission of laser radiation
such as bar code scanners, surgical lasers, and laser sensors.
Night Vision Compatibility Filters
Night vision filters are primarily used in military electronic display and lighting
applications. Night vision goggles (NVG) or night vision imaging systems (NVIS)
must be used in an environment that will not have near infrared (NIR) noise, which
would interfere with the nighttime sensitivity of the NVGs. Furthermore, night vision
compatibility (NVC) is only achieved when the design of the lighting equipment allows
for proper use with and without the NVIS, at night or during the day.
By significantly reducing NIR radiation, night vision goggles (NVG) can be
used along with electronic display and lighting systems without affecting
the nighttime sensitivity of the NVIS. Secondary filtering operations such as
EMI/RFI shielding, antiglare/antireflective coatings or contrast enhancement
can be added to the night vision filters.
Night vision filters can be incorporated in front of any display or light source, or into the
backlight assembly or light guides of an LCD. Full color NIR reflecting filters can only
be used in the backlighting system due to photopic and off-angle reflections.
IR Blocking Filters
IR Blocking filters are designed to reduce the thermal loading on liquid crystal display’s
(LCD’s) used in direct sunlight (e.g., marine, military, outdoor signage applications).
By significantly reducing the transmission of near-infrared and infrared radiation,
IR filters reduce electronic display temperatures when exposed to direct sunlight and
elevated thermal loading and minimizes display “brown out”.
IR Filters reduce thermal loading of LCD’s used in direct sunlight applications,
reducing heat transfer from backlight assemblies, reducing or preventing LCD
“brown out” or failure due to thermal stress, providing greater than 80% IR
blocking efficiency compared to non-shielded filters are providing effective
EMI/RFI shielding when constructed with conductive buss.
Vandal Shield
Can either be a film applied to the LCD glass or touch screen or a sheet of protective
polycarbonate taped to the surface of the LCD.
Vandal Shield applications help to protect LCD panels in environments where
the display is unprotected or unsupervised.
65
INDUSTRIAL
DISPLAY
SOLUTIONS
Speed to market is imperative for success
and Avnet’s comprehensive offering of
finished industrial products provide you with
display solutions that meet your time-critical
needs. Avnet offers an extensive array of
standard, off-the-shelf solutions including
open frame, chassis mount, panel mount
and rackmount enclosures; however, we can
also customize any one of these to meet your
unique specifications.
67
INDUSTRIAL DISPLAY SOLUTIONS // Open Frame
Avnet offers the broadest array of Open Frame LCD Monitors, ranging from 6.4” diagonals up to 46”, ready to bolt into your unique
enclosure. Although ideal for retail, ticketing and hospitality kiosk applications, our open frame displays are perfect for anyone looking for
a cost-effective, time-to-market solution.
6.5”
12.1”
15.0”
17.0”
OF06T200-M1
OF12T600-L1
OF15V600-A1
OF17V500-OFA1
INDUSTRIAL DISPLAY SOLUTIONS // Open Frame LCD Displays for Video Applications
SIZE
Inches
MFR
PART #
ACTIVE
DISPLAY AREA
GLASS
MFR
MM
PIXEL
FORMAT
CONTR.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
VIDEO INPUT
PWR
POWER
MGMT.
PLUG
& PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
OPT
TOUCH?
5.6
AIS
OF05X000
•
113.3(H) x 87.4(V)
960(H) x 234(V)
150:1
300
-45~45(H); -30~10(V)
S-Video,
Composite
5W
VESA DPMS
Compliant
Yes
NTSC/PAL
No
NA
7.0
[16:9]
AIS
OFW07X000
•
154.08(H) x 86.58(V)
480*3(H) x 234(V)
300:1
420
-60~60(H); -60~40(V)
S-Video,
Composite
10W
VESA DPMS
Compliant
Yes
NTSC/PAL
No
4 Wire
Resistive
7.0
[16:9]
AIS
OFW07T740
•
152.4(H) x 91.44(V)
800*3(H) x 480(V)
300:1
400
-60~60(H); -60~40(V)
S-Video,
Composite, VGA
25W
VESA DPMS
Compliant
Yes
NTSC/PAL
No
NA
10.2
[16:9]
AIS
OFW10A200
•
222.0(H) x 133.2(V)
800*3(H) x 480(V)
300:1
400
-60~60(H); -60~50(V)
S-Video,
Composite
22W
VESA DPMS
Compliant
Yes
NTSC/PAL
No
NA
INDUSTRIAL DISPLAY SOLUTIONS // Open Frame LCD Displays for PC Applications
GLASS
MFR
PIXEL
FORMAT
CONT.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
PWR
PLUG & PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
OPT TOUCH?
OF06T200-P1
•
640 x 480
120:1
300
-55~55(H); -35~15(V)
15W
VESA DDC 1/2B
NA
No
Resistive
OF06T200 = VGA Input Only
OF06T230 = VGA+Video Input
Avnet
OF06T200-O1
Optrex
640 x 480
300:1
300
-55~55(H); -35~15(V)
15W
VESA DDC 1/2B
NA
No
Resistive
OF06T200 = VGA Input Only
6.5
AIS
OF06T200-M1
•
640x480
600:1
400
-70~70 (H); -60~50 (V)
15 W
VESA DDC 1/2B
S-Video, Composite
NO
Resistive
OF06T200 = VGA input only
8.4
AIS
OF08L200-T1
•
800 x 600
300:1
400
-50~50(H); -60~30(V)
18W
VESA DDC 1/2B
NA
No
Resistive,
Capacitive, SAW
*OF08L200 = VGA Input Only
OF08L230 = VGA+Video Input
8.4
AIS
OF08L200-U1
•
800 x 600
200:1
220
-40~40(H); -10~30(V)
15W
VESA DDC 1/2B
NA
No
Resistive
8.4
Avnet
OF08L600-O2
Optrex
1024 x 768
400:1
300
-65~65(H); -60~50(V)
15W
VESA DDC 1/2B
NA
No
Resistive
8.4
Avnet
OF08T200-O1
Optrex
640 x 480
450:1
450
-65~65(H); -60~50(V)
15W
VESA DDC 1/2B
NA
No
Resistive
8.4
AIS
OF08T230-M1
•
640 x 480
450:1
400
-65~65(H); -60~50(V)
15W
VESA DDC 1/2B
NA
No
Resistive,
Capacitive, SAW
*OF08T200 = VGA Input Only
10.4
AIS
OF10L100-H1
•
1024 x 768
500:1
170
-80~80(H); -80~80(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW
10.4
AIS
OF10T200-U1
•
800 x 600
250:1
220
-45~45(H); -35~15(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
10.4
AIS
OF10T600-P1
•
800 x 600
350:1
350
-60~60(H); -60~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW
10.4
AIS
OF10T600-P3
•
640 x 480
500:1
380
-60~60(H); -50~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
10.4
Avnet
OF10T600-M1
Optrex
640 x 480
500:1
430
-45~65(H); -65~65(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
SIZE
Inches
MFR
6.4
AIS
6.4
PART NUMBER
* Avnet can integrate any of the TFT modules located on Pages 10-29 into your choice of industrial enclosures. Please ask your Account Manager for more information.
68
COMMENTS
GLASS
MFR
PIXEL
FORMAT
CONT.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
OF12T600-L1
•
800 x 600
200:1
300
Avnet
OF12L600-O1
Optrex
800 x 600
500:1
12.1
Avnet
OF12L600-O2
Optrex
1024 x 768
12.1
AIS
OF12T600-M1
•
12.1
AIS
OF12T600-M2
•
15.0
AIS
OF15V600-A1
15.0
AIS
OF15L100-H1
15.0
AIS
15.0
continued
PWR
PLUG & PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
-60~60(H); 55~40(V)(typ.)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
PF12T630 = VGA+Video Input
350
-65~45(H); 65~65(V)(typ.)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
550:1
320
-65~45(H); 65~65(V)(typ.)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
800 x 600
350:1
350
-60~60(H); -50~40(V)
40W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
1024 x 768
300:1
300
-60~60(H); -50~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
•
1024x768
400:1
200
-70~70 (H); -70~70 (V)
30 W
VESA DDC 1/2B
NA
YES
Resistive, Capacitive
OF15L600 = VGA input only
•
1024 x 768
400:1
250
-89~89(H); -89~89(V)
30W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
OF15T600-A1
•
1024 x 768
400:1
500
-70~70(H); -60~60(V)
35W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
Avnet
OF15L600-O1
Optrex
1024 x 768
450:1
450
-70~70(H); -60~60(V)
35W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
15.0
AIS
OF15T600-C3
•
1024 x 768
400:1
250
-60~60(H); -60~45(V)
25W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
15.0
AIS
OF15T600-C5
•
1024 x 768
500:1
400
-75~75(H); 60~50(V)(typ.)
25W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
17.0
AIS
OF17V500-OFA1
•
1280x1024
450:1
250
-70~70 (H); -60~70 (V)
35W
VESA DDC 1/2B
NA
YES
17.0
AIS
OF17L500-OFA2
•
1280x1024
500:1
300
-70~70 (H); -60~70 (V)
35 W
VESA DDC 1/2B
S-Video, Composite
YES
SAW,IR
17.0
AIS
OFS17L500-M1
•
1280 x
1024
400:1
280
-70~70(H); -60~60(V)
32W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
*OFS17L500 = VGA Input Only
OFS17L540 = VGA+Video Input
17.0
AIS
OFS17L500-M2
•
1280 x
1024
500:1
250
-85~85(H); -85~85(V)
32W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
17.0
[16:9]
AIS
OFW17L300-A1
•
1280 x
768(WXGA)
800:1
450
-85~85(H); -85~85(V)
38W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
*OFW17L300 = VGA Input Only
OFW17L340 = VGA+Video Input
17.0
[16:9]
AIS
OFW17L300-L1
•
1280 x
768(WXGA)
350:1
400
-60~60(H); 45~45(V)(typ.)
38W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
18.0
AIS
OF18T400-C1
•
1024 x 768
350:1
350
-75~75(H); -60~50(V)
41W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
19.0
AIS
OF19L300-M1
•
1280 x
1024
500:1
250
-85~85(H); -85~85(V)
30W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
SIZE
Inches
MFR
12.1
AIS
12.1
PART NUMBER
OPT TOUCH?
COMMENTS
19.0
AIS
OF19V300-OFA1
•
1280x1024
500:1
250
-70~70 (H); -70~70 (V)
35W
VESA DDC 1/2B
NA
YES
19.0
[16:9]
AIS
OFW19L300-A1
•
1440x900
500:1
300
-70~70 (H); -60~70 (V)
35W
VESA DDC 1/2B
S-Video, Composite
YES
NO
OFW19L300 = VGA input only
20.0
16:9)
AIS
CHW20L100-A3
•
1366x768
800:1
450
-85~85(H);-85~85(V)
60W
VESA DDC 1/2B
S-Video, Composite
YES
NO
CHW20L100 = VGA input only
CHW20L110 = VGA + Video input
Chassis Not Design For Touch
20.0
(16:9)
AIS
CHW20L100-A4
•
1680x1050
800:1
300
-88~ 88 (H); -88 ~ 88 (V)
60W
VESA DDC 1/2B
S-Video, Composite
YES
NO
CHW20L100 = VGA input only
CHW20L110 = VGA + Video input
Chassis Not Design For Touch
20.1
AIS
OF20T600-A1
•
800 x 600
500:1
500
-80~80(H); -80~80(V)
43W
VESA DDC 1/2B
S-Video, Composite
No
Resistive, SAW
20.1
AIS
OF20L100-A2
•
1600 x
1200(UXGA)
700:1
250
-85~85(H); -85~85(V)
60W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
23.0
[16:9]
AIS
OFW23L100-L1
•
1280 x
768(WXGA)
400:1
450
-88~88(H); -88~88(V)
85W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
23.0
AIS
OF23V100-A1
•
1280 x768/
SXGA
600:1
450
-80~ 80 (H); -80 ~
80 (V)
100W
VESA DDC 1/2B
S-Video, Composite
YES
OFW20L110 = VGA + Video input
24.0
[16:9]
AIS
OFW24L100-S1
•
1920 x
1200
1000:1
500
-89~89(H); -89~89(V)
90W
VESA DDC 1/2B
S-Video, Composite
Yes
SAW
26.0
[16:9]
AIS
OFW26L100-A1
•
1280 x 768
600:1
500
-85~85(H); -85~85(V)
145W
VESA DDC 1/2B
S-Video, Composite
Yes
SAW
32.0
[16:9]
AIS
OFW32L300-A1
•
1366 x 768
800:1
500
-85~85(H); -85~85(V)
150W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
37.0
[16:9]
AIS
OF37L100-A1
•
1920 x
1080
800:1
550
-85~85(H); -85~85(V)
165W
VESA DDC 1/2B
S-Video, Composite
Yes
SAW
69
INDUSTRIAL DISPLAY SOLUTIONS // Open Frame
19.0”
20.0”
20.0”
23.0”
OF19L300-M1
CHW20L100-A3
CHW20L100-A4
OF23V100-A1
MFR
PART NUMBER
GLASS
MFR
PIXEL
FORMAT
CONT.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
37.0
[16:9]
AIS
OFW37L100-A2
•
1366x768
1000:1
500
42.0
[16:9]
AIS
OFW42L100-L1
•
1366x768
550:1
46.0
[16:9]
AIS
OFW46L100-OFA1
•
1920 x
1080
800:1
SIZE
Inches
continued
PWR
PLUG & PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
OPT TOUCH?
-88~ 88 (H); -88 ~ 88 (V)
165W
VESA DDC 1/2B
S-Video, Composite
YES
NO
OFW37L110 = VGA + Video
500
-89~ 89 (H); -89 ~ 89 (V)
220W
VESA DDC 1/2B
S-Video, Composite
YES
NO
OFW42L110 = VGA + Video Input
600
-85~85(H); -85~85(V)
320W
VESA DDC 1/2B
S-Video, Composite
Yes
SAW
COMMENTS
INDUSTRIAL DISPLAY SOLUTIONS // Transflective/Sunlight Readable Open Frame
SIZE
Inches
MFR
PART
NUMBER
GLASS
MFR
ACTIVE
DISPLAY
AREA
RES
CONTR.
RATIO
MM
NITS
NITS
cd/m2
cd/m2
cd/m2
10,000
ambient
30,000
ambient
80,000
ambient
NITS
VIEWING
ANGLE
(CR>=10)
POWER
MGMT.
PWR
VIDEO
INPUT
SUPP.
VIDEO
SIGNAL
OPT
OPT
COMMENTS
DVI? TOUCH?
6.4
AIS
TROF06T200-P1
•
129.6
(H)x
97.44(V)
640x480
120:1
375
565
1000
-55~55 (H);
-35~15 (V)
VESA
DPMS
Compliant
15W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
No
Res,
SAW
06T200 = VGA input only
06T230 = VGA + Video
input
8.4
AIS
TROF08L200-T1
•
170.4(H)x
127.8(V)
800x600
300:1
437.5
620
1180
-50~50(H);30~60(V)
VESA
DPMS
Compliant
15W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
No
Res,
SAW
08L200 = VGA input only
08L230 = VGA + Video
input
10.4
AIS
TROF10T600-P1
•
211.2 (H)x
158.4 (V)
800x600
350;1
437.5
670
1150
-60~60 (H);
-60~40 (V)
VESA
DPMS
Compliant
18W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
No
Res,
IR,
SAW
input
10.4
AIS
TROF10T600-P3
•
211.2
(H)x
158.4 (V)
640x480
500:1
475
650
1000
-60~60 (H);
-50~40 (V)
VESA
DPMS
Compliant
18W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
No
Res,
IR,
SAW
input
12.1
AIS
TROF12T600-M1
•
246.0 (H)x
184.5(V)
800x600
500:1
437.5
600
1000
-60~60 (H);
-50~40 (V)
VESA
DPMS
Compliant
38W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
Yes
Res,
IR,
SAW
input
12.1
AIS
TROF12T600-M2
•
246.0 (H)x
184.5(V)
1024x768
550:1
375
580
950
-60~60 (H);
-50~40 (V)
VESA
DPMS
Compliant
18W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
Yes
Res,
IR,
SAW
input
12.1
AIS
TROF12T600-H1
•
246.0 (H)x
184.5(V)
1024x768
550:1
225
420
530
-80~80 (H);
-80~80 (V)
VESA
DPMS
Compliant
38W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
Yes
Res,
IR,
SAW
input
15
AIS
TROF15T600-A1
•
304.1
(H)x
228.1 (V)
1024x768
400:1
625
780
1150
-70~70 (H);
-60~60 (V)
VESA
DPMS
Compliant
35W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
Yes
Res,
IR,
SAW
input
17
AIS
TROFS17L500-A2
•
337.92
(H)x
270.34 (V)
1280x1024
500:1
450
580
750
-70~70 (H);
-60~70 (V)
VESA
DPMS
Compliant
32W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
Yes
Res,
IR,
SAW
S17L500 = VGA input only
S17L540 = VGA + Video
input
17
AIS
TROFS17L500-M2
•
337.92
(H)x
270.34 (V)
1280x1024
500:1
312.5
480
780
-85~85 (H);
-85~85 (V)
VESA
DPMS
Compliant
32W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
Yes
Res,
IR,
SAW
S17L500 = VGA input only
S17L540 = VGA + Video
input
19
AIS
TROF19L300-M1
•
376.32(H)x
301.056(V)
1280x1024
600:1
312.5
430
630
-85~85(H);85~85(V)
VESA
DPMS
Compliant
35W
15 pin
D-sub
VESA
DDC
1/2B
S-Video,
Composite
Yes
SAW
19L300 = VGA input only
19L340 = VGA + Video
input
70
PLUG
&
PLAY
"
+
"
!
"
! #$%"
&
*"
!
"
#
'
'
'
$
#
$%!&'(
!
!
!
!
''(
)*
''(
)
71
INDUSTRIAL DISPLAY SOLUTIONS // Panel Mount
A Panel Mounted LCD is used where there is a space consideration and a Rear Mount cannot be used. The panel is secured from the front,
with the sides of the panel shown on the outside.
Designed for custom mounting, the Panel Mounted LCD may be applied to areas such as:
>> Kiosks
>> Computer Based Training
>> Industrial Solutions
>> Multimedia Presentations
>> Point-of-Sale
>> Control Rooms
>> Medical
>> Arcade Games
>> Industrial Test Equipment
>> Hospitality Displays
>> Industrial Control Systems
>> ATMs
6.4”
PM06T200-P1
INDUSTRIAL DISPLAY SOLUTIONS // Panel Mounted LCD DIsplays
GLASS
MFR
PIXEL
FORMAT
CONT.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
PWR
PLUG & PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
PM06T200-P1
•
640 x 480
120:1
300
OPT TOUCH?
-55~55(H); -35~15(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
*PM06T200 = VGA Input Only
PM06T230 = VGA+Video Input
AIS
PM08T200-T1
•
800 x 600
300:1
350
-50~50(H); -30~60(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW
*PM08L200 = VGA Input Only
PM08L230 = VGA+Video Input
10.4
AIS
PM10T600-P1
•
800 x 600
350:1
350
-60~60(H); -60~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive, SAW, IR
10.4
AIS
PM10T600-P3
•
640 x 480
300:1
380
-60~60(H); -50~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive, SAW, IR
12.1
AIS
PM12T600-L1
•
800 x 600
200:1
300
-60~60(H);
-55~40(V)(typ.)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
12.1
AIS
PM12T600-M1
•
800 x 600
350:1
350
-60~60(H); -50~40(V)
40W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
12.1
AIS
PM12T600-M2
•
1024 x 768
300:1
300
-60~60(H); -50~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
15.0
AIS
PM15T600-A1
•
1024 x 768
400:1
500
-70~70(H); -60~60(V)
35W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
15.0
AIS
PM15L600-C3
•
1024 x 768
400:1
250
-60~60(H);
-60~45(V)(typ.)
25W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
*PMT15T600 = VGA Input Only
PMT15T630 = VGA+Video Input
15.0
AIS
PM15L600-C5
•
1024 x 768
500:1
400
-75~75(H); -60~50(V)
25W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
*PMT15T600 = VGA Input Only
PMT15T630 = VGA+Video Input
17.0
AIS
PMS17L500-M1
•
1280 x 1024
400:1
280
-70~70(H); -60~60(V)
32W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
*PMS17L500 = VGA Input Only
PMS17L540 = VGA+Video Input
17.0
AIS
PMS17L500-M2
•
1280 x 1024
500:1
250
-85~85(H); -85~85(V)
32W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
*PMS17L500 = VGA Input Only
PMS17L540 = VGA+Video Input
19.0
AIS
PM19L300-M1
•
1280 x 1024
600:1
250
-85~85(H); -85~85(V)
30W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
20.1
AIS
PM20L100-A2
•
1600 x
1200(UXGA)
700:1
250
-85~85(H);
-85~85(V)(typ.)
60W
VESA DDC 1/2B
S-Video, Composite
Yes
SIZE
Inches
MFR
6.4
AIS
8.4
PART NUMBER
72
COMMENTS
INDUSTRIAL DISPLAY SOLUTIONS // Rear Mount
A Rear Mounted LCD may be used where there are safety considerations, such as ATMs. It is secured from the back, without the sides of the
panel showing. Rear Mounted LCDs are used within applications, such as kiosks, retail solutions, ATMs, industrial solutions, and gaming
solutions.
6.4”
15.0”
RM06T200-P1
RM15T600-C3
INDUSTRIAL DISPLAY SOLUTIONS // Rear Mounted LCD DIsplays
MFR
PART NUMBER
GLASS
MFR
PIXEL
FORMAT
CONT.
RATIO
NITS
VIEWING ANGLE
Inches
cd/m2
(CR>=10)
PWR
PLUG & PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
OPT TOUCH?
6.4
AIS
RM06T200-P1
•
640 x 480
120:1
300
-55~55(H);
-35~15(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
*RM06T200 = VGA Input Only RM06T230 =
VGA+Video Input
7.0
[16:9]
AIS
RM07T740-A1
•
800 x
480(WVGA)
300:1
400
-60~60(H);
-60~40(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
VGA+Video Input
8.4
AIS
RM08L200-T1
•
800 x 600
300:1
350
-50~50(H);
-30~60(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW
*RM08L200 = VGA Input Only RM08L230 =
VGA+Video Input
8.4
AIS
RM08L200-U1
•
800 x 600
200:1
220
-40~40(H);
-10~30(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
VGA+Video Input
8.4
AIS
RM08T230-M1
•
640 x 480
500:1
400
-65~65(H);
-60~50(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW
VGA+Video Input
10.4
AIS
RM10T200-U1
•
800 x 600
250:1
220
-45~45(H);
-35~15(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
VGA+Video Input
10.4
AIS
RM10T600-P1
•
800 x 600
350:1
350
-60~60(H);
-60~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive, SAW, IR
VGA+Video Input
12.1
AIS
RM12T600-M2
•
1024 x 768
550:1
300
-60~60(H);
-55~40(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive, SAW, IR
VGA+Video Input
12.1
AIS
RM12T600-M1
•
800 x 600
500:1
350
-60~60(H);
-50~40(V)
40W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
*RM12T600 = VGA Input Only R12T630 =
VGA+Video Input
12.1
AIS
RM12T600-L1
•
1024 x 768
300:1
200
-60~60(H);
-50~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
VGA+Video Input
15.0
AIS
RM15T600-C3
•
1024 x 768
400:1
250
-89~89(H);
-89~89(V)
30W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
VGA+Video Input
15.0
AIS
RM15T600-C5
•
1024 x 768
400:1
500
-70~70(H);
-60~60(V)
35W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
VGA+Video Input
15.0
AIS
RM15T600-A1
•
1024 x 768
400:1
500
-60~60(H);
-60~45(V)
25W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
*RM15T600 = VGA Input Only RM15T630=
VGA+Video Input
15.0
AIS
RM15L100-H1
•
1024 x 768
400:1
250
-75~75(H);
-60~50(V)(typ.)
25W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
VGA+Video Input
17.0
AIS
RM17L500-M1
•
1280 x 1024
500:1
280
-70~70(H);
-60~60(V)
32W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
VGA+Video Input
17.0
AIS
RM17L500-M2
•
1280 x 1024
500:1
250
-85~85(H);
-85~85(V)
32W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
VGA+Video Input
17.0
[16:9]
AIS
RMW17L300-L1
•
1280 x
768(WXGA)
350:1
400
-60~60(H);
-45~45(V)(typ.)
85W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
*RMW17L300 = VGA Input Only RMW17L340
= VGA+Video Input
19.0
AIS
RM19L300-M1
•
1280 x 1024
600:1
250
-85~85(H);
-85~85(V)
30W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
VGA+Video Input
20.1
AIS
RM20L100-A2
•
1600 x
1200(UXGA)
700:1
250
-85~85(H);
-85~85(V)(typ.)
60W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
SIZE
COMMENTS
•RM20L100 = VGA Input Only RM20L110
= VGA+Video Input
73
INDUSTRIAL DISPLAY SOLUTIONS // Chassis Mount
A Chassis Mounted LCD is integrated into it giving the monitor a custom designed look. sleek metal housing, giving it a custom designed look.
Chassis mount displaysa are excellent for any space-constricted applications within a variety of different environments.
6.4”
8.4”
10.4”
15.0”
CH06T200-P1
CH08L200-T1
CH10T600-P3
CH15L100-H1
INDUSTRIAL DISPLAY SOLUTIONS // Chassis Mounted LCD Displays
SIZE
Inches
MFR
PART NUMBER
GLASS
MFR
VIEWING
ANGLE
PWR
PLUG & PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
OPT TOUCH?
-45~45(H);30~10(V)
5W
VESA DDC 1/2B
NTSC/PAL
No
No
300
-55~55(H);
-35~15(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
*CH06T200 = VGA Input Only
CH06T230 = VGA+Video Input
600:1
400
31.5~37.9 KHz
/ 60~75Hz
15W
VESA DDC 1/2B
S-Video, Composite
NO
Resistive
CH06T200 series= VGA input only
CH06T230 series = VGA + Video input
800 x 480
(WVGA)
300:1
400
-60~60(H);
-60~40(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
480*3x234
300:1
390
-60~60 (H);
-60~40 (V)
15W
VESA DDC 1/2B
S-Video, Composite
NO
4 Wire Resistive
PIXEL
FORMAT
CONT.
RATIO
NITS
960x234
150:1
300
640 x 480
120:1
640x480
cd/m2
(CR>=10)
5.6
AIS
CH05X000-A1
6.4
AIS
CH06T200-P1
6.5
AIS
CH06T200-M1
7.0
[16:9]
AIS
CH07T740-A1
7.0
AIS
CHW07X000
8.4
AIS
CH08L200-T1
•
800 x 600
500:1
350
-50~50(H);
-30~60(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW
*CH08L200 = VGA Input Only
CH08L230 = VGA+Video Input
8.4
AIS
CH08L200-U1
•
800 x 600
200:1
220
-40~40(H);
-10~30(V)
15W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive
8.4
AIS
CH08T230-M1
•
640 x 480
500:1
400
-65~65(H);
-60~50(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW
R15T630 = VGA+Video Input
10.0
AIS
CH10T600-P3
•
640x480
500:1
380
-60~60 (H);
0~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive,SAW,IR
CH10T600 = VGA input only
10.4
AIS
CH10L100-H1
•
1024 x 768
500:1
170
-80~80(H);
-80~80(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive, SAW, IR
10.4
AIS
CH10T200-U1
•
800 x 600
250:1
220
-45~45(H);
-35~15(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive
10.4
AIS
CH10T600-P1
•
800 x 600
350:1
350
-60~60(H);
-60~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive, SAW, IR
12.1
AIS
CH12T600-L1
•
800 x 600
200:1
300
-60~60(H);
-55~40(V)
15W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
12.1
AIS
CH12T600-M1
•
800 x 600
350:1
500
-60~60(H);
-50~40(V)
18W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
12.1
AIS
CH15L600-M2
•
1024 x 768
300:1
550
-60~60(H);
-50~40(V)
40W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
15.0
AIS
CH15L100-H1
•
1024 x 768
400:1
250
-89~89(H);
-89~89(V)
30W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
15.0
AIS
CH15T600-A1
•
1024 x 768
400:1
500
-70~70(H);
-60~60(V)
35W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
15.0
AIS
CH15L600-C3
•
1024 x 768
500:1
250
-60~60(H);
-60~45(V)
25W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW, IR
15.0
AIS
CH15L600-C5
•
1024 x 768
500:1
400
-70~70(H);
-60~65(V)
25W
VESA DDC 1/2B
S-Video, Composite
No
Resistive,
Capacitive, SAW, IR
•
•
74
COMMENTS
20.1”
26.0”
37.0”
CH20L600-A1
CHW26L100-A1
CH37L100-A1
INDUSTRIAL DISPLAY SOLUTIONS // Chassis Mounted LCD Displays
SIZE
Inches
MFR
PART NUMBER
GLASS
MFR
PIXEL
FORMAT
CONT.
RATIO
NITS
cd/m2
VIEWING
ANGLE
PWR
PLUG & PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
(CR>=10)
OPT TOUCH?
COMMENTS
17.0
AIS
CH17L500-M1
•
1280 x
1024
500:1
300
-70~70(H);
-60~60(V)
32W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
17.0
AIS
CH17L500-M2
•
1280 x
1024
500:1
250
-85~85(H);
-85~85(V)
32W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive,
Capacitive, SAW
19.0
AIS
CH19L300-M1-1
•
600:1
250
-85~85(H);85~85(V)
35W
VESA DDC 1/2B
S-Video, Composite
YES
No
CH19L300 series= VGA input only
CH19L340 series= VGA+Video Input
600:1
250
-85~85(H);85~85(V)
35W
VESA DDC 1/2B
S-Video, Composite
YES
Resistsive,
Capacitive,SAW
CH19L300 series= VGA input only
CH19L340 series= VGA+Video Input
1280x1024
19.0
AIS
CH19L300-M1-2
•
1280x1024
20.0
(16:9)
AIS
CHW20L100-A3
•
1366x768
800:1
450
-85~85(H);85~85(V)
60W
VESA DDC 1/2B
S-Video, Composite
YES
NO
CHW20L100series = VGA input only
CHW20L110 series = VGA + Video input
20.0
(16:9)
AIS
CHW20L100-A4
•
1680x1050
800:1
300
-88~ 88 (H);
-88 ~ 88 (V)
60W
VESA DDC 1/2B
S-Video, Composite
YES
NO
20.1
AIS
CH20L600-A1
•
800 x 600
500:1
500
-80~80(H);
-80~80(V)
43W
VESA DDC 1/2B
S-Video, Composite
No
Resistive, SAW
*CH20T600 = VGA Input Only C
H20T630 = VGA+Video Input
20.1
AIS
CH20L600-A2
•
1600 x
1200(UXGA)
700:1
250
-85~85(H);
-85~85(V)
60W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
23.0
[16:9]
AIS
CHW23L100-L1-2
•
1280x768
400:1
450
-88~ 88 (H);
-88 ~ 88 (V)
43W
VESA DDC 1/2B
S-Video, Composite
YES
NO
23.0
[16:9]
AIS
CHW23L100-L1
•
1280 x 768
400:1
450
-88~88(H);
-88~88(V)
85W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
*CHW23L100 = VGA Input Only
CHW23L110 = VGA+Video Input
24.0
[16:9]
AIS
CHW24L100-S1
•
1920 x
1200
1000:1
500
-89~89(H);
-89~89(V)
90W
VESA DDC 1/2B
S-Video, Composite
Yes
SAW
26.0
[16:9]
AIS
CHW26L100-A1
•
1366 x 768
1000:1
500
-85~85(H);
-85~85(V)
145W
VESA DDC 1/2B
S-Video, Composite
Yes
SAW
31.5
(16:9)
AIS
CHW32L300-A1-2
•
1366x768
800:1
500
-85~85(H);85~85(V)
150W
VESA DDC 1/2B
S-Video, Composite
YES
Resistive, SAW
31.5
[16:9]
AIS
CHW32L300-A1-1
•
1366 x 768
800:1
500
-85~85(H);
-85~85(V)
150W
VESA DDC 1/2B
S-Video, Composite
Yes
Resistive, SAW
37.0
[16:9]
AIS
CH37L100-A1
•
1920 x
1080
800:1
550
-85~85(H);
-85~85(V)
165W
VESA DDC 1/2B
S-Video, Composite
Yes
SAW
37.0
(16:9)
AIS
CHW37L100-A2
•
1366x769
1000:1
500
-88~ 88 (H);
-88 ~ 88 (V)
165W
VESA DDC 1/2B
S-Video, Composite
YES
NO
42.0
[16:9]
AIS
CHW42L100-L1
•
1366x768
550:1
500
-89~ 89 (H);
-89 ~ 89 (V)
220W
VESA DDC 1/2B
S-Video, Composite
YES
NO
46.0
[16:9]
AIS
CHW46L100-L1
•
1366x768
800:1
600
-85~85(H);85~85(V)
320W
VESA DDC 1/2B
S-Video, Composite
YES
NO
75
INDUSTRIAL DISPLAY SOLUTIONS // Rack Mount
The Rack Mounted LCD is a great option for server racks, cabinets, and security monitoring. The panel is secured firmly on a rack, and
handles are added to make it easier to pull the panel out. The Rack Mounted LCD is applicable in areas such as industrial solutions, ASPs,
ISPs, telecommunication companies and testing rooms.
15.0”
RKK15T600-A1
17.0”
RK17L500-M1
INDUSTRIAL DISPLAY SOLUTIONS // Rack Mounted LCD Displays
GLASS
MFR
PIXEL
FORMAT
CONT.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
RK12T600-M1
•
800x600
500:1
350
AIS
RK12T600-M1
•
800 x 600
500:1
15.0
(7U)
AIS
RK15L100-H1
•
1024x768
15.0
[7U]
AIS
RKK15T600-A1
•
15.0
[7U]
AIS
RK15T600-C3
17.0
[9U]
AIS
17.0
[9U]
19.0
[9U]
SIZE
PWR
PLUG & PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
-60~60(H);50~40(V)
40W
VESA DDC 1/2B
S-Video, Composite
NO
Resistive,Capacitive
,SAW,IR
RK12L10 = VGA input only
RK12L110 = VGA + Video input
350
-60~60(H);
-50~40(V)(typ.)
40W
15-pin D-Sub
S-Video,
Composite
No
Resistive, Capacitive,
SAW, IR
*RK12T600 = VGA Input Only
RK12T630 = VGA+Video Input
400:1
250
-89~89(H);89~89(V)
30W
VESA DDC 1/2B
S-Video, Composite
YES
Resistive,Capacitive
,SAW,IR
RK15L100= VGA input only
RK15L110 = VGA + Video input
1024 x 768
400:1
500
-70~70(H);
-60~60(V)
35W
15-pin D-Sub
S-Video,
Composite
No
SAW
*RKK15T600 = VGA Input Only
RKK15T600 = VGA+Video Input
•
1024 x 768
400:1
250
-60~60(H);
-60~45(V)(typ.)
25W
15-pin D-Sub
S-Video,
Composite
Yes
SAW, IR
*RK15T600 = VGA Input Only
RK15T630 = VGA+Video Input
RK17L500-M1
•
1280 x
1024
500:1
300
-70~70(H);
-60~60(V)
32W
15-pin D-Sub
S-Video,
Composite
Yes
SAW, IR
*RK17L500 = VGA Input Only
RK17L540 = VGA+Video Input
AIS
RK17L500-M2
•
1280 x
1024
500:1
250
-85~85(H);
-85~85(V)
32W
15-pin D-Sub
S-Video, Composite
Yes
SAW
AIS
RK19L300-M1
•
1280 x
1024
600:1
250
-85~85(H);
-85~85(V)
30W
15-pin D-Sub
S-Video, Composite
Yes
SAW
Inches
MFR
12.0
AIS
12.1
[6U]
PART NUMBER
76
OPT TOUCH?
COMMENTS
INDUSTRIAL DISPLAY SOLUTIONS // KVM Solution
KVM is the acronym for keyboard, video, and mouse. More specifically, multiple computers are connected to the KVM and controlled from a single
keyboard, monitor and mouse. Although there are multiple computers connected to the KVM, only one can be controlled at a time. Control of
each computer is done separately via the use of switches on the KVM.
Since the KVM incorporates only a single keyboard, monitor and mouse, it saves space, cuts cost and increases the efficiency of work done. Along
with the ease of control, it saves time and adds valuable flexibility to the whole system. Some example applications are:
>> Corporate Computer Control Center
There is a constant need for MIS staff within a large corporation to switch and control between 4-16 servers, for example mail servers, web
servers, databases and ERP servers. The KVM provides the control of multiple servers with simplicity and ease.
>> Data Center
Within a Data Center, the KVM provides the flexibility and freedom that is necessary to control and manage up to hundreds of servers within
ISPs, ASPs, IDCs, test labs, financial institutions, telecommunications and military applications.
>> The KVM, in fact may be used in a whole host of industries, such as gaming and security, as well as control for a production line.
INDUSTRIAL DISPLAY SOLUTIONS // KVM Solutions
SIZE
Inches
MFR
PART #
ACTIVE DISPLAY
AREA (MM)
PIXEL
FORMAT
CONTR.
RATIO
NITS
cd/m2
VIEWING
ANGLE
PWR
KEYBOARD / MOUSE
VIDEO INPUT
PLUG
&
PLAY
OSD
Keyboard: PS/2
Mouse: PS/2
yes
yes
20.27” x 1.75” x
19.7”
Keyboard: PS/2 * 8
Mouse: PS/2 * 8
yes
yes
20.27” x 1.75” x
19.7”
Keyboard: PS/2
Mouse: PS/2
yes
yes
20.27” x 1.75” x
19.7”
Keyboard: PS/2 * 8
Mouse: PS/2 * 8
yes
yes
20.27” x 1.75” x
19.7”
Keyboard: PS/2
Mouse: PS/2
yes
yes
20.27” x 1.75” x
19.7”
Keyboard: PS/2 * 8
Mouse: PS/2 * 8
yes
yes
20.27 x 1.75 x 19.7
I/O
(CR>=10)
15.0
AIS
LDS210D
304.13(H)x228.10(V)
1024x768
350:1
250
-70°~70° (H),60°~60°(V)
33W
105 key / Touch Pad
15pin D-sub
15.0
AIS
LDS210D-8P
304.13(H)x228.10(V)
1024x768
350:1
250
-70°~70° (H),60°~60°(V)
33W
105 key / Touch Pad
15pin D-sub * 8
17.0
AIS
LDS310D
337.92(H)*270.34(V)
1280*1024
400:1
280
-70°~70° (H),60°~60°(V)
38W
105 key / Touch Pad
15pin D-sub
17.0
AIS
LDS310D-8P
337.92(H)*270.34(V)
1280*1024
400:1
280
-70°~70° (H),60°~60°(V)
38W
105 key / Touch Pad
15pin D-sub * 8
19.0
AIS
LDS410D
376.32(H)×301.06(V)
1280*1024
600:1
250
-85°~85°(H),85°~85°(V)
44W
105 key / Touch Pad
15pin D-sub
19.0
AIS
LDS410D-8P
376.32(H)×301.06(V)
1280*1024
600:1
250
-85°~85°(H),85°~85°(V)
44W
105 key / Touch Pad
15pin D-sub * 8
RACKMOUNT SIZE
D x H x W
77
INDUSTRIAL PC SOLUTIONS // Panel PCs
8.4” VGA
10.4” SVGA
PM08B89T-T1
PM10B89T-P1
•
•
•
•
•
•
•
•
Mini-ITX Form Factor
INTEL 855GME Chip Set
400 MHZ Front Side Bus
Available with Resistive Touch Enancement
Mini-ITX Form Factor
INTEL 855GME Chip Set
400 MHZ Front Side Bus
Available with Resistive or SAW Touch Enhancemet
INDUSTRIAL DISPLAY SOLUTIONS // Industrial Panel PC Solutions
SIZE
Inches
MFR
PART#
PIXEL FORMAT
FORM FACTOR
CPU SOCKET
CHIPSET/FSB
BIOS
CPU
8.4
AIS
PM08B89T-T1
640X480
MINI-ITX
SOCKET 479
INTEL 855GME/ 400 MHZ FSB
AWARD 4MBIT
INTEL PENTIUM/CELERON M
10.4
AIS
PM10B89T-P1
800X600
MINI-ITX
SOCKET 479
AWARD 4MBIT
12.1
AIS
PM12B89T-M1
800X600
MINI-ITX
SOCKET 479
AWARD 4MBIT
15
AIS
PM15B89T-C5
1024X768
MINI-ITX
SOCKET 479
AWARD 4MBIT
17
AIS
PM17B89T-M1
1280X1024
MINI-ITX
SOCKET 479
AWARD 4MBIT
19
AIS
PM19B89T-M1
1280X1024
MINI-ITX
SOCKET 479
AWARD 4MBIT
INDUSTRIAL DISPLAY SOLUTIONS // Rugged Notebook Solutions
SIZE
Inches
MFR
13.3
AIS
15
AIS
PART #
CPU
RAM MEMORY
STORAGE
TOUCH
AUDIO
KEY BOARD
RN786EX-I
INTEL PENTIUM M
DDR RAM
2.5” IDE
RESISTIVE
AC97/BUILT-IN SPEAKER
89-KEY/TOUCH PAD
RN786EX
INTEL PENTIUM M
DDR RAM
2.5 IDE
RESISTIVE
89-KEY/TOUCH PAD
INDUSTRIAL DISPLAY SOLUTIONS // Rugged Tablet Solutions
SIZE
78
Inches
MFR
8.4
AIS
PART #
RCMT786EX
CPU
RAM MEMORY
STORAGE
TOUCH
AUDIO
POWER SYSTEM
INTEL PENTIUM M
DDR RAM
2.5” IDE
RESISTIVE W/STYLUS
4000mAH L-ION, 110/240V
INDUSTRIAL PC SOLUTIONS // Ruggedized Notebooks & Tablets
13.3” Notebook with LCD Display
8.4” Tablet with LCD Display
RN786EX-I
RCMT786EX
• Ruggedized Notebook PC with 13.3” LCD Display
• Highly Ruggedized with MIL 810F/IP54 Certifications
• Resistive Touchscreen Option
•
•
•
•
TOUCH
Ruggedized Tablet PC with 8.4” LCD Display
Resistive Touchscreen
Highly Ruggedized with MIL 810F/IP54 Certifications
Available with Resistive or SAW Touch Enhancement
RAM MEMORY
STORAGE
AUDIO
I/O PORTS
EXPANSIOtN SLOTS
DIMENSIONS
1 X184 PIN DDR
1 X 2.5” IDE/DVD ROM
RESISTIVE
AC 97 CODEC
2 X NIC/RS232/1394/USB
1 X MINI PCI
270mm(H)x194mm(V)x69mm(D)
1 X184 PIN DDR
RESISTIVE OR SAW
AC 97 CODEC
1 X MINI PCI
1 X184 PIN DDR
RESISTIVE OR SAW
AC 97 CODEC
1 X MINI PCI
1 X184 PIN DDR
1 X 2.5” IDE/DVD ROM/FDD
RESISTIVE OR SAW
AC 97 CODEC
1 X MINI PCI
400mm(H)x320mm(V)x79.8mm(D)
1 X184 PIN DDR
1 X 2.5” IDE/DVD ROM/FDD
RESISTIVE OR SAW
AC 97 CODEC
1 X MINI PCI
440mm(H)x360mm(V)x87mm(D
1 X184 PIN DDR
1 X 2.5 IDE/DVD ROM/FDD
RESISTIVE OR SAW
AC 97 CODEC
1 X MINI PCI
POWER SYSTEM
EXPANSION SLOTS
I/O PORTS
INTERACTED OPTIONS
SPECIAL FEATURES
DIMENSIONS
WEIGHT
6000mAH L-ION, 110/240V
4 SLOTS
DC/LAN/USB/SERIES/DOCKING
GPRS/WIRELESS/MODEM
MIL 810F/IP54
(12.3”) W x (9.7”) D x (2.5”) H
11 LBS
6000mAH L-ION, 110/240V
4 SLOTS
GPRS/WIRELESS/MODEM
MIL 810F/IP54
(12.3) W x (9.7) D x (2.5) H
11 LBS
EXPANSION SLOTS
I/O PORTS
INTERACTED OPTIONS
SPECIAL FEATURES
DIMENSIONS
WEIGHT
3 SLOTS
GPRS/WIRELESS/MODEM
MIL 810F/IP54
(10.5”) W x (12.3”) D x (5.9”) H
3.7 LBS
79
DESKTOP MONITOR SOLUTIONS // Standard LCD Monitors
17.0” SXGA
15.0” XGA
MultiSync LCD1570NX
MultiSync® LCD1770NX
•
•
•
•
•
•
•
•
®
250 NITs
16ms Response Time
0.297mm Pixel Pitch
250 NITs
8ms Response Time
0.264mm Pixel Pitch
17.0” SXGA
MultiSync® LCD175VXM
19.0” SXGA
•
•
•
•
MultiSync® LCD195VX
270 NITs
8ms Response Time
0.264mm Pixel Pitch
•
•
•
•
270 NITs
8ms Response Time
0.264mm Pixel Pitch
INDUSTRIAL DISPLAY SOLUTIONS // Standard LCD Monitors
SIZE
Inches
80
MFR
MODEL
PART NUMBER
RES
PIXEL
PITCH
NITS
cd/m2
CONT.
RATIO
RESP.
TIME
INPUT
CONNECTOR
POWER
LIMITED
WARRANTY
EXTENDED
WARRANTY
15.0
NEC
Display
AccuSync™ LCD52V
AS LCD52V
AS LCD52V-BK (Black)
AS LCD52V-BK-TC (Black)
AS LCD52V-BK-TR (Black)
1024 x 768
0.297mm
250
400:1
25ms
15 Pin D-Sub
21W
3YR
1YR - EW1-LCD15
2YR - EW2-LCD15
15.0
NEC
Display
AccuSync™ LCD52VM 3
AS LCD52VM (White)
AS LCD52VM-BK (Black)
1024 x 768
0.297mm
250
400:1
25ms
15 Pin D-Sub
23W
3YR
1YR - EW1-LCD15
2YR - EW2-LCD15
15.0
NEC
Display
LCD1570NX (White)
LCD1570NX-BK (Black)
1024 x 768
0.297mm
250
450:1
16ms
15 Pin D-Sub and
DVI-D
20W
3YR
1YR - EW1-LCD15
2YR - EW2-LCD15
17.0
NEC
Display
AccuSync™ Touch
AS LCD72V-BK-TC (Black)
AS LCD72V-BK-TR (Black)
1280 x 1024
0.264mm
250
450:1
16ms
15 Pin D-Sub
30W
3YR
1YR - EW1-LCD17
2YR - EW2-LCD17
17.0
NEC
Display
AccuSync™ LCD72VX
AS LCD72VX (White)
AS LCD72VM-BK (Black)
1280 x 1024
0.264mm
250
450:1
12ms
15 Pin D-Sub
30W
3YR
1YR - EW1-LCD17
2YR - EW2-LCD17
17.0
NEC
Display
AccuSync™ LCD72VXM 3
AS LCD72VXM-BK (Black)
1280 x 1024
0.294mm
250
450:1
12ms
15 Pin D-Sub and
DVI-D
34W
3YR
1YR - EW1-LCD17
2YR - EW2-LCD17
17.0
NEC
Display
LCD175VX (White)
LCD175VX-BK (Black)
1280 x 1024
0.264mm
270
500:1
8ms
15 Pin D-Sub and
DVI-D
30W
3YR
1YR - EW1-LCD17
2YR - EW2-LCD17
17.0
NEC
Display
MultiSync® LCD175VXM 3
LCD175VXM (White)
LCD175VXM-BK (Black)
1280 x 1024
0.264mm
270
500:1
8ms
15 Pin D-Sub and
DVI-D
30W
3YR
1YR - EW1-LCD17
2YR - EW2-LCD17
17.0
NEC
Display
LCD1770VX (White)
LCD1770VX-BK (Black)
1280 x 1024
0.264mm
250
600:1
8ms
15 Pin D-Sub and
DVI-D
36W
3YR
1YR - EW1-LCD17
2YR - EW2-LCD17
17.0
NEC
Display
MultiSync® LCD1770NX 1, 4
LCD1770NX (White)
1280 x 1024
0.264mm
250
600:1
8ms
15 Pin D-Sub and
DVI-D
47W
3YR
1YR - EW1-LCD17
2YR - EW2-LCD17
17.0
NEC
Display
MultiSync® LCD1770NXM 1, 3
LCD1770NXM (White)
LCD1770NXM-BK (Black)
1280 x 1024
0.264mm
250
600:1
8ms
15 Pin D-Sub and
DVI-D
55W
3YR
1YR - EW1-LCD17
2YR - EW2-LCD17
19
NEC
Display
MultiSync® LCD1990FX
LCD1990FX-BK (black)
1280 x 1024
0.294mm
270
800:1
18ms
2-15 Pin D-Subs,
DVI-I
40W
3-year
1YR - EW1-LCD19
2YR - EW2-LCD19
19
NEC
Display
MultiSync® LCD1990SXp
LCD1990SXp (black)
LCD1990SXp (white)
1280 x 1024
0.294mm
250
1000:1
20ms
15 Pin D-Sub, DVI-I
, DVI-D
TBD
3-year
1YR - EW1-LCD19
2YR - EW2-LCD19
19.0
NEC
Display
LCD195VX (White)
LCD195VX-BK (Black)
1280 x 1024
0.264mm
270
550:1
8ms
15 Pin D-Sub and
DVI-D
37W
3YR
1YR - EW1-LCD19
2YR - EW2-LCD19
19.0
NEC
Display
AccuSync™ LCD92VX
AS LCD92VX (White)
AS LCD92VX-BK (Black)
1280 x 1024
0.294mm
250
500:1
12ms
15 Pin D-Sub and
DVI-D
37W
3YR
1YR - EW1-LCD19
2YR - EW2-LCD19
19.0
NEC
Display
LCD1970VX (White)
LCD1970VX-BK (Black)
1280 x 1024
0.294mm
270
550:1
8ms
15 Pin D-Sub and
DVI-D
36W
3YR
1YR - EW1-LCD19
2YR - EW2-LCD19
19.0” SXGA
20.0” UXGA
MultiSync® LCD1990SXi
•
•
•
•
MultiSync® LCD2180WG-LED
270 NITs
25ms Response Time
0.29mm Pixel Pitch
•
•
•
•
21.3” UXGA
21.0” UXGA
MultiSync® LCD2190UXi
®
MultiSync LCD2170NX
•
•
•
•
200 NITs
25ms Response Time
0.27mm Pixel Pitch
•
•
•
•
300 NITs
1,000:1 Contrast Ratio
20ms Response Time
0.27mm Pixel Pitch
250 NITs
20ms Response Time
0.27mm Pixel Pitch
INDUSTRIAL DISPLAY SOLUTIONS // Standard LCD Monitors
SIZE
Inches
MFR
MODEL
PART NUMBER
RES
PIXEL
PITCH
NITS
cd/m2
CONT.
RATIO
RESP.
TIME
INPUT
CONNECTOR
POWER
LIMITED
WARRANTY
EXTENDED
WARRANTY
19.0
NEC
Display
LCD1970NX (White)
1280 x 1024
0.294mm
250
600:1
18ms
15 Pin D-Sub and
DVI-D
52W
3YR
1YR - EW1-LCD19
2YR - EW2-LCD19
19.0
NEC
Display
MultiSync® LCD1980FXi 5
LCD1980FXi-BK (Black)
1280 x 1024
0.294mm
270
600:01:00
18ms
15 Pin D-Sub, DVI-I,
DVI-D
48W
3YR
1YR - EW1-LCD19
2YR - EW2-LCD19
19.0
NEC
Display
MultiSync® LCD1990SXi 6
LCD1990SXi (White)
LCD1990SXi-BK (Black)
LCD1990SXi-BK-SV (Black)
1280 x 1024
0.29mm
270
600:01:00
25ms
DVI-D
TBD
4YR
TBD
20.0
(Wide)
NEC
Display
MultiSync® LCD2070WNX
LCD2070WNX-BK (White)
LCD2070WNX-BK (Black)
1680 x 1050
0.258mm
300
600:1
18ms
15 Pin D-Sub and
DVI-D
74W
4-year
1YR - EW1-LCD20
2YR - EW2-LCD20
20.0
NEC
Display
LCD2070NX (White)
1600 x 1200
0.255mm
250
400:1
16ms
15 Pin D-Sub and
DVI-D
74W
3YR
1YR - EW1-LCD20
2YR - EW2-LCD20
21.0
NEC
Display
1600 x 1200
0.27mm
300
1000:01:00
8ms
15 Pin D-Sub and
DVI-D
66W
3YR
1YR - EW1-LCD21
2YR - EW2-LCD21
20.1
NEC
Display
MultiSync® LCD2090UXi 6
LCD2090UXi (White)
LCD2090UXi-BK (Black)
LCD2090UXi-BK-SV (Black)
1600 x 1200
0.27mm
270
700:01:00
16ms
DVI-D
TBD
4YR
TBD
21.0
NEC
Display
1600 x 1200
0.27mm
300
1000:1
8ms
15 Pin D-Sub and
DVI-D
58W
3-year
1YR - EW1-LCD21
2YR - EW2-LCD21
21.0
NEC
Display
MultiSync® LCD2180UX 5
LCD2180UX (White)
LCD2180UX-BK (Black)
LCD2180UX-BK-SV (Black)
1600 x 1200
0.27mm
250
500:01:00
20ms
DVI-D
52W
3YR
1YR - EW1-LCD21
2YR - EW2-LCD21
21.0
NEC
Display
MultiSync® LCD2180WG-LED
LCD2180WG-LED-BK (Black)
LCD2180WG-LED-BK-SV (Black)
1600 x 1200
0.27mm
200
500:01:00
25ms
DVI-D
105W
3YR
N/A
21.3
NEC
Display
LCD2190UXi-BK-SV (Black)
LCD2190UXi (White)
1600 x 1200
0.270mm
250
500:1
20ms
DVI-D
52W
4-year
1YR - EW1-LCD214
2YR - N/A
21.3
NEC
Display
MultiSync® LCD2190UXp
LCD2190UXp (Black)
LCD2190UXp (White)
1600 x 1200
0.270mm
300
1000:1
16ms
DVI-D
TBD
4-year
1YR - EW1-LCD214
2YR - N/A
23.0
NEC
Display
MultiSync™ LCD2335WXM
LCD2335WXM (Silver)
1280 x 768
0.13mm
500
500:1
25ms
15 Pin D-Sub, DVI-D,
RCA, Composite,
S-video
120W
1-Year
1YR - EW1-LCD23
2YR - EW2-LCD23
37.0
NEC
Display
MultiSync™ LCD3735WXM
LCD3735WXM (Black)
1366 X768
0.2 x 0.6 mm
500
1600:1
16ms
15 pin D-Sub,DVI-D,
Composite,(2)
component, S-Video,
(2) Coaxial F-type
220W
1-Year
1YR - EW1-LCD37
2YR - EW2-LCD37
1 USB Hub 3 Integrated Speakers & Headphone Jack 4 Optional SoundBar 70 Speakers & Headphone Jack 5 Optional SoundBar 80 Speakers & Headphone Jack 6 Optional SoundBar 90 Speakers & Headphone Jack
81
DESKTOP MONITOR SOLUTIONS // Medical LCD Displays
20.0” UXGA
•
•
•
•
250 NITs
16ms Response Time
0.27mm Pixel Pitch
21.3” UXGA (2 Megapixel)
MultiSync® MD21GS-2MP
•
•
•
•
900 NITs (max)
Super Advanced Superfine Grayscale (Monochrome)
0.27mm Pixel Pitch
21.3” QXGA (3 Megapixel)
MultiSync® MD21GS-3MP
•
•
•
•
700 NITs
Super Advanced Superfine Grayscale (Monochrome)
0.21mm Pixel Pitch
INDUSTRIAL DISPLAY SOLUTIONS // Medical LCD Displays
SIZE
Inches
MFR
MODEL
PART NUMBER
LCD MODULE
TECHNOLOGY
NATIVE
RESOLUTION
PIXEL
PITCH
NITS
cd/m2
CONT.
RATIO
RESP.
TIME
INPUT
CONNECTORS
SELECTABLE
GAMMA
LIMT’D
WARR.
EXTN’D
WARR.
21.3
NEC
Display
MultiSync™
MD21GS-2MP 1
MD21GS-2MP-BK-CB
MD21GS-2MP-BK-BB
SA-Superfine
Grayscale
1200 x 1600 (L)
1600 x 1200 (P)
.27mm
900 Max,
400
Native
700:1
35ms
DVI-D and VGA
DICOM, loglinear, 2.2, 1.8
& prog.
65W
3YR 2
1YR - W1-D2MP21
2YR - W2-D2MP21
21.3
NEC
Display
MultiSync™
MD21GS-3MP 1
MD21GS-3MP-BK-CB
MD21GS-3MP-BK-BB
SA-Superfine
Grayscale
2048 x 1536 (L)
1536 x 2048 (P)
.21mm
700 Max,
400
Native
700:1
35ms
DVI-D
DICOM, loglinear, 2.2, 1.8
& prog.
65W
3YR 2
1YR - W1-MD3MP21
2YR - W2-D3MP21
19.0
NEC
Display
MultiSync®
LCD1990SXi
LCD1990SXi (White)**
LCD1990SXi-BK (Black)**
AMLCD Color &
programmable
1280 x 1024
0.294mm
270
500:1
25ms
Ambix+ (15 Pin
D-Sub, DVI-I,
DVI-D)
DICOM SIM, 2.2,
custom
48W
3YR
1YR - W1-LCD19
2YR - EW1-LCD19
20.0
NEC
Display
MultiSync®
LCD2090UXi
LCD2090UXi (White)**
LCD2090UXi-BK (Black)**
AMLCD Color
1600 x 1200
0.255mm
250
700:1
16ms
Ambix+ (15 Pin
D-Sub, DVI-I,
DVI-D)
N/A
54W
3YR
1YR - EW1-LCD20
2YR - EW2-LCD20
21.0
NEC
Display
MultiSync®
LCD2190UXi
LCD2190UXi (White)**
LCD2190UX-BKi (Black)**
SA-Superfine
AMLCD Color
1600 x 1200
0.27mm
250
500:1
20ms
Ambix+ (15 Pin
D-Sub, DVI-I,
DVI-D)
DICOM SIM, 2.2,
custom & prog.
52W
3YR
1YR - EW1-LCD21
2YR - EW2-LCD21
1 USB Input available for external colorimeter (calibration mode)
2 Part and Labor
**
Touch Capacative Technology
82
PWR
DESKTOP MONITOR SOLUTIONS // POS & Long-Life OEM LCDs
The POS Touch Monitor Solution is designed to withstand harsh conditions from high transaction volumes, continuous operation, and
contaminants such as food, grease, and dirt that are typical in Point Of Sale applications.
The POS 2200WM Touch Monitor / Terminal is specifically designed for
harsh food service and retail conditions. It features a unique space
saving footprint design, saving valuable counter space. An integrated
touch screen enables employees to use a variety of interaction tools,
from a finger to a pen or even a credit card, while maintaining high
levels of transaction accuracy and speed. Standard features include
Powered RS232/USB communication ports, resulting into substantial
cost savings and design flexibility for POS solutions.
>> Supermarkets
>> Hospitality (hotels, restaurants, drive-thrus, etc.)
>> Entertainment (cinema, etc.)
>> Petroleum and Convenience Stores
>> Retail
The POS2200 may be applied to almost all general retail categories including
electronics, furniture, appliance, cellular/wireless, gifts, pharmacy front
store, music store and much more.
INDUSTRIAL DISPLAY SOLUTIONS // POS Touch Monitor Solution
SIZE
Inches
15.0
MFR
AIS
PART #
POS2200
GLASS
MFR
•
ACTIVE
DISPLAY AREA
(MM)
304.1(H) x 228.1(V)
PIXEL
FORMAT
CONTR.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
1024 x 768
350:1
250
-60~60(H);
-55~45(V)
PWR
PLUG
& PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
OPT
TOUCH?
33W
VESA DDC 1/2B
Yes
Resistive,
Capacitive, SAW, IR
Yes
COMMENTS
ELO 5 WIRE RT
INDUSTRIAL DISPLAY SOLUTIONS // Long-Life OEM LCD Monitors
SIZE
84
PIXEL
FORMAT
CONTR.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
VT 1F7X
800x600
250:1
250
VT2F7X
1024x768
300:1
150
AIS
BLU761
1280x1024
500:1
AIS
BLU971
1280x1024
600:1
Inches
MFR
PART #
10.4
AIS
12.1
AIS
17.0
19.0
PWR
PLUG
& PLAY
SUPPORTED
VIDEO SIGNAL
OPT
DVI?
OPT
TOUCH?
-45~45 (H); -30~10 (V)
20W
VESA DDC 1/2B
S-Video, Composite
No
-45~45 (H); -30~10 (V)
15W
VESA DDC 1/2B
S-Video, Composite
No
250
140° / 130°
48W
VESA DDC 1/2B
n/a
No
N/A
250
140° / 130°
40W
VESA DDC 1/2B
n/a
Yes
N/A
DESKTOP MONITOR SOLUTIONS // Standard CRT Monitors
21.0” UXGA
17.0” SXGA
AccuSync™ 120
AccuSync™ 700
• 1600 x 1200 @ 76 Hz
• 20.0” Viewable Image
• 0.25mm Dot Pitch
• 1280 x 1024 @ 66 Hz
19.0” UXGA
19.0” UXGA
AccuSync™ 900
MultiSync® FE992
• 1600 x 1200 @ 76 Hz
• 1600 x 1200 @ 75 Hz
INDUSTRIAL DISPLAY SOLUTIONS // Standard CRT Monitors
VIEWABLE
IMAGE
MAXIMUM
RESOLUTION
DOT/GRILLE PITCH
mm horizontal
MAXIMUM
INPUT
INPUT
SIGNAL
POWER
LIMITED
WARRANTY
AS500 (White)
14.0”
1280 x 1024 @ 66 Hz
0.27/0.23mm
110 MHz
Analog
63W
3YR
1YR - EW1-CRT15
2YR - EW2-CRT15
AccuSync™ 700
AS700 (White)
AS700-BK (Black)
16.0”
1280 x 1024 @ 66 Hz
0.27/0.23mm
110 MHz
Analog
73W
3YR
1YR - EW1-CRT17
2YR - EW2-CRT17
NEC Display
AccuSync™ 700M 1
AS700M-BK (Black)
16.0”
1280 x 1024 @ 66 Hz
0.27/0.23mm
110 MHz
Analog
73W
3YR
1YR - EW1-CRT17
2YR - EW2-CRT17
19.0
NEC Display
AccuSync™ 900
AS900-BK (Black)
18.0”
1600 x 1200 @ 76 Hz
0.25/0.21mm
203 MHz
Analog
83W
3YR
1YR - EW1-CRT19
2YR - EW2-CRT19
21.0
NEC Display
AccuSync™ 120
AS120-BK (Black)
20.0”
1600 x 1200 @ 76 Hz
0.25/0.22mm
208 MHz
Analog
140W
3YR
1YR - EW1-CRT21
2YR - EW2-CRT21
17.0
NEC Display
MultiSync® FE772
FE772 (White)
FE772-BK (Black)
16.0”
1280 x 1024 @ 66 Hz
0.25mm
110 MHz
Analog
68W
3YR
1YR - EW1-CRT17
2YR - EW2-CRT17
19.0
NEC Display
MultiSync® FE992
FE992 (White)
FE992-BK (Black)
18.0
1600 x 1200 @ 75 Hz
0.25mm
203 MHz
Analog
103W
3YR
1YR - EW1-CRT19
2YR - EW2-CRT19
SIZE
Inches
MFR
MODEL
PART NUMBER
15.0
NEC Display
AccuSync™ 500
17.0
NEC Display
17.0
EXTENDED
WARRANTY
1 Integrated speaker and headphone jack
85
DIGITAL SIGNAGE SOLUTIONS // AIS Digital Signage
IntelliView
MediaView
SmartView
INDUSTRIAL DISPLAY SOLUTIONS // IntelliView Digital Signage Solutions
VESA WALL
MOUNTING
OPT
TOUCH?
RJ-45 Ethernet or miniPCI
WLAN 802.11b/g(optional)
Yes
Resistive
MPEG1,MPEG2,
JPEG, TXT
Yes
Resistive
MPEG1,MPEG2,
JPEG, TXT
Yes
Resistive
CONTENT UPDATE
VESA WALL
MOUNTING
OPT
TOUCH?
SUPPORTED
MEDIA FORMAT
MFR
PART #
PIXEL
FORMAT
CONTR.
RATIO
NITS
VIEWING ANGLE
Inches
cd/m2
(CR>=10)
PWR
CONS.
VIDEO &
AUDIO OUTPUT
STORAGE MEDIA
8.4
AIS
IVCHB008
800x600
200:1
200
-40~40(H);-10~30(V)
.35V
S-Video Stereo
RCA 1Wx2
CF/Micro Drive,
Memory card
MPEG1,MPEG2,
JPEG, TXT
10.4
AIS
IVCHB010
800x600
350:1
350
-60~60 (H); -60~40 (V)
.45V
S-Video Stereo
RCA 1Wx2
CF/Micro Drive,
Memory card
15.0
AIS
IVCHB015
1024x768
400:1
250
-70~70 (H);-60~65 (V)
.45V
S-Video Stereo
RCA 1Wx2
CF/Micro Drive,
Memory card
SIZE
CONTENT UPDATE
INDUSTRIAL DISPLAY SOLUTIONS // MediaView Digital Signage Solutions
SIZE
Inches
MFR
PART #
PIXEL
FORMAT
CONTR.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
SUPPORTED
MEDIA FORMAT
PWR
CONS.
VIDEO &
AUDIO OUTPUT
20W
Stereo Ouput 2Wx2
Speaker
CF/ IBM
Microdrive/ SM/
MMC/ SD/ MS card
MPEG1/2/4, JPEG,
MP3
6-in-1 Media Slot
Yes
no
Stereo Ouput 2Wx2
Speaker
CF/ IBM
Microdrive/ SM/
MMC/ SD/ MS card
MPEG1/2/4, JPEG,
MP3
6-in-1 Media Slot
Yes
no
STORAGE MEDIA
7.0
[16:9]
AIS
MVCHB007
480*3x234
300:1
420
-60~60 (H);
-60~40 (V)
15.0
AIS
MVCHB015
1024x768
400:1
250
-60~60 (H);
-60~60 (V)
17.0
[16:9]
AIS
MVCHBW017
1280x768
(WXGA)
350:1
450
-60~60 (H);
-60~60 (V)
43W
Stereo Ouput 2Wx2
Speaker
CF/ IBM
Microdrive/ SM/
MMC/ SD/ MS card
MPEG1/2/4, JPEG,
MP3
6-in-1 Media Slot
Yes
no
19.0
AIS
MVCHB019
1280x1024
600:1
250
-85~85(H);85~85(V)
46W
Stereo Ouput 2Wx2
Speaker
CF/ IBM
Microdrive/ SM/
MMC/ SD/ MS card
MPEG1/2/4, JPEG,
MP4
6-in-1 Media Slot
Yes
no
SUPPORTED
MEDIA FORMAT
CONTENT UPDATE
VESA WALL
MOUNTING
OPT
TOUCH?
38W
1 Speaker optional
INDUSTRIAL DISPLAY SOLUTIONS // SmartView Digital Signage Solutions
SIZE
PART #
PIXEL
FORMAT
AIS
SVCHB019
1280x1024
AIS
SVCHB020
Inches
MFR
19.0
20 .0
1600x1200
CONTR.
RATIO
NITS
VIEWING ANGLE
cd/m2
(CR>=10)
600:1
250
-85~85(H);85~85(V)
700:1
250
PWR
CONS.
VID & AUD
OUTPUT
STORAGE MEDIA
49W
Stereo
Ouput 2Wx2
Speaker
CF(256MB) or Optional
2.5” HDD(Linux ext2
Format), USB, Flash Drive
MPEG1/2/4, JPEG,
BMP, TXT
Yes
no
61W
Stereo
Ouput 2Wx2
Speaker
Format), USB Flash Drive
MPEG1/2/4, JPEG,
BMP, TXT
Yes
no
61W
Stereo
Ouput 2Wx2
Speaker
MPEG1/2/4, JPEG,
BMP, TXT
Yes
no
133W
Stereo
Ouput 2Wx2
Speaker
MPEG1/2/4, JPEG,
BMP, TXT
Yes
no
158W
Stereo
Ouput 2Wx2
Speaker
2.5 HDD(Linux ext2
MPEG1/2/4, JPEG,
BMP, TXT
Yes
no
-85~85(H);85~85(V)
23.0
[16:9]
AIS
SVCHB023
1280x768
400:1
450
26.0
AIS
SVCHB026
1366x768
1000:1
500
-88~ 88 (H); -88
~ 88 (V)
-85~85(H);85~85(V)
31.5
86
AIS
SVCHB032
1366x768
800:1
500
-85~85(H);85~85(V)
DIGITAL SIGNAGE SOLUTIONS // NEC Information Displays
31.5” WXGA
40.0” WXGA
LCD3210-BK
LCD4010-BK
• 500 NITs
• 18ms Response Time
• 450 NITs
• 1,000:1 Contrast Ratio
46.0” WXGA
LCD4610-BK
• 450 NITs
• 1,000:1 Contrast Ratio
INDUSTRIAL DISPLAY SOLUTIONS // NEC Information Displays
SIZE
Inches
MFR
PART
NUMBER
PIXEL
FORMAT
PIXEL
PITCH
NITS
cd/m2
CONT.
RATIO
RESPONSE
TIME
POWER
INPUT SIGNALS
INPUT
CONNECTORS
LIMITED
WARRANTY
EXTENDED
WARRANTY
31.5
NEC
Display
LCD3210-BK 1
(Black)
1366 x 768
0.511mm
500
800:1
18ms
150W
Analog, Digital, S-video, Composite, Component, Audio
15 Pin D-Sub, BNC, DVI-D,
RCA, Composite, S-video
3YR
1YR - EW1-LCD32
2YR - EW2-LCD32
31.5
NEC
Display
LCD3210-BK-IT
(Black)
1366 x 768
0.511mm
500
800:1
18ms
150W
Analog, Digital
15 Pin D-Sub, BNC, DVI-D
3YR
1YR - EW1-LCD32
2YR - EW2-LCD32
40.0
NEC
Display
LCD4010-BK 1
(Black)
1366 x 768
0.641mm
450
1000:1
16ms
230W
3YR
1YR - EW1-LCD40
2YR - EW2-LCD40
40.0
NEC
Display
LCD4010-BK-IT
(Black)
1366 x 768
0.641mm
450
1000:1
16ms
230W
Analog, Digital
3YR
1YR - EW1-LCD40
2YR - EW2-LCD40
46.0
NEC
Display
LCD4610-BK 1
(Black)
1366 x 768
0.746mm
450
1000:1
8ms
260W
3YR
1YR - EW1-LCD46
2YR - EW2-LCD46
46.0
NEC
Display
LCD4610-BK-IT
(Black)
1366 x 768
0.746mm
450
1000:1
8ms
260W
Analog, Digital
3YR
1YR - EW1-LCD46
2YR - EW2-LCD46
87
TFT DISPLAYS // LG.Philips
A/R
Antireflection
Abrasion Resistance
The resistance of a material to wearing away by contact with a moving abrasive
or grinding surface. The ability of an optical substrate to resist damage commonly
caused by grinding or rubbing to the surface. Abrasion resistance is a compilation
of properties: resilience, stiffness, thermal stability, resistance to cutting and
tearing. Commonly referred to as an abuse resistant coating.
Absolute White
In theory, a material that perfectly reflects all light energy at every visible
wavelength. In practice, a solid white (with known spectral data) that is used
as the “reference white” for all measurements of absolute reflectance.
Absorption
Dissipation or loss of electromagnetic energy in the medium through which the
energy passes. Measured in decibels (dB).
Achromatic
A neutral color (white, gray, or black) that has no hue. See hue.
ACR/NEMA
American College of Radiology/National Electrical Manufacturers
Association.
Active Area/Effective Viewing Area
Active Area is the area within the metal bezel of the display. The Effective
Viewing Area is the area within that Active Area that is the actual pixel matrix.
Active Display (TFT)
Widely used for all LCD applications today (laptop and desktop computers,
home theater, etc.). Known as “active matrix” displays, transistors are built into
each pixel within the screen. For example, a 640 x 480 color VGA screen requires
921,600 transistors; one for each red, green and blue dot. Provides a sharp, clear
image with good contrast and eliminates submarining. Fabrication costs were
originally higher than passive matrix, which caused both types to be used in the
early days of laptop flat panels. Active matrix displays use a 90° (TN) twist. Also
called “thin film transistor LCD” (TFT LCD).
Active Matrix
Active matrix LCD flat-panel displays are created by laying diodes over
a superfine grid of wires. The diodes are activated by applying current
to various points around the grid. Connect enough of these dots and
you get an image. Active-matrix displays use transistors to keep their
diodes in an on or off state, unlike their passive-matrix cousins, which
rely on the diodes’ persistence. As a result, active-matrix displays are brighter
and produce better color than passive-matrix displays. However, the additional
technology required to build active displays also makes them far more expensive.
Active matrix technology uses a thin film transistor at each pixel and is often
designated as a “TFT screen.”
Additive Primaries
In color reproduction, red, green, and blue. When lights in these colors are combined
in equal amounts, they produce the visual sensation of white light. When these are
combined at varying intensities, a range of different colors is produced. Combining
two primaries at 100% produces a subtractive primary, either cyan, magenta, or
yellow. See subtractive primaries.
Advanced TFT
Advanced TFT display technology combines the advantages of a reflective display
with a conventional transmissive display. The Advanced TFT has an internal
reflective structure plus a small aperture in each sub-pixel to allow back lighting.
Unlike transflective technology, it maintains color gamut independent of ambient
light. It is more efficient and more effective than transflective displays.
Ag PI
Silver plating that fuses the wire crossovers with a multilayer silver with
preparation plating inclusive.
Alignment Layer
A thin film layer that is applied by spin coating. This thin film is then treated
to impart a desired direction at which the liquid crystal molecules will attach
and align. See Buffing.
AMLCD (Active Matrix LCD) See Active Matrix.
Amorphous Silicon
Silicon that does not have a crystalline structure and which is not
conductive. Contrast with polysilicon.
APPENDIX
88
ANSI
American National Standards Institute.
APPENDIX // Glossary
Aperture Ratio
Broadband
Color Temperature
Aperture ratio is the ratio of area between the actual size area of a sub-pixel
and the area of that sub-pixel that can transmit light. As much as 20% of the
sub-pixel can be taken up by the transistor and other circuitry, which are opaque
and will not transmit light.
A wide range or spectrum of electromagnetic radiation. For example, a
broadband of visible light would be white light.
A measurement of the color of light radiated by an object while it is being
heated. This measurement is express in terms of absolute scale, or degrees
Kelvin. Lower Kelvin temperatures such as 2400° K are red; higher temperatures
such as 9300° K are blue. Neutral temperature is white, at 6504° K.
Aspect Ratio
The ratio of width to height of an object. It states the relationship of
one side to the other. For example, the aspect ratio of the screen of a standard
computer monitor and TV set is 4:3, which is a rectangle that is somewhat
square. The 4 means 4 units wide, and the 3 means 3 units high. Another way
of expressing this ratio is 1.33:1. The high-definition TV (HDTV) format is 16:9
(or 1.78:1), which is a wide rectangle that is closer to panoramic wide screen
movies. Note that the common measurement of a computer or TV screen
(17", 21", 35", etc.), which is the screen’s diagonal measurement, does
not disclose whether its layout is 4:3 (more square) or 16:9 (wide screen).
Buffing
A technique where the alignment layer on the LCD substrate is rubbed in one or
more directions. This process aligns the liquid crystal molecules parallel to the
buffing direction. See Alignment Layer.
Buss
A metallic (typically silver or nickel) electrical conductor loaded into an adhesive
medium (typically acrylic, epoxy, or polyester) used to make a common electrical
connection).
The extended area of the LCD glass containing the conductors that connect to
the driver chip. Connection to elastomer, heat seal, pin and TAB are made on the
contact edge.
CCFL (Cold Cathode Fluorescent Lamp)
The level of variation between light and dark areas in an image.
Chromate Conversion Coating
American Society for Testing and Materials.
A corrosion protection treatment frequently used in shielding applications. Although
non-conductive itself, the chromate conversion coating is easily penetrated by
abrasive EMI gasket materials when pressure is applied. This low cost finish is
usually applied in accordance with MIL-C-5541.
Chromaticity
That part of color specification which does not involve luminance. Chromaticity
is two-dimensional and specified by pairs of numbers such as dominant
wavelength and purity.
CIE
Commission Internationale de L’Eclairage (The International Commission on
Illumination).
CIE Coordinates See Tristimulus Values.
Spectral power distribution representing a real or imaginary source of light (i.e.
Illuminant D which has a color temperature of 6500 degrees K).
Bezel
CIE Standard Observer
A frame of plastic or metal fitting over the LCD glass to protect the edges of the
glass and/or to secure an optical overlay over the front of an electronic display. In
some cases it acts as a pressure device, compressing the elastomer connector
between the PCB and LCD glass.
A hypothetical observer having the tristimulus color-mixture data recommended
in 1931 by the CIE for a 2° viewing angle. A supplementary observer for a larger
angle of 10° was adopted in 1964. If not specified, the 2° standard observer
should be assumed. If the field of view is larger than 4°, the 10° standard observer
should be used.
Brightness
Color
Brightness is purely a psycho-physiological attribute; the subjective response
to electromagnetic energy that occurs when the human eye has adapted
to a particular radiation level. The dimension of color that is referred to an
achromatic scale, ranging from black to white, also called lightness or luminous
reflectance. Because of confusion with saturation, the use of this term should
be discouraged.
A dimensionless unit for expressing the ration of two values of power (10 log
P1/p2) or voltage (20 log E1/E2).
DICOM
(Digital Imaging and Communications in Medicine). The DICOM standard
contains a display function standard.
Digital Driving Level
A digital value which given as input to a display system produces a luminance.
The set of DDLs of a display system is all the possible discrete values that
can produce luminance values on the display system. The mapping of DDLs
to luminance values for a display system produces the characteristic curve of
that display system. The actual output for a given DDL is specific to the display
system and is not corrected for the grayscale standard display function.
DIL Pins
CIE Illuminant
Full width of the bandpass at half power of the peak transmittance points,
specified in either wavelength units or in percent of center wavelength.
Clamp Marks
Decibel (dB)
A Digital Display uses a digital data input to enable graphics information display. In comparison, analog displays utilize an NTSC or PAL video input or other
type of analog data format to display pictorial information.
Perceived as having a hue; not white, gray, or black.
Ideally, the complete absorption of incident light; the absence of any
reflection. In the practical sense, any color which is close to this ideal
in a relative viewing situation, i.e., a color of very low saturation and
of low luminance.
CSTN is a Color Super Twisted Nematic LCD. It is an LCD technology that
overcomes the inherent problems that occur when trying to highly multiplex
“Twisted Nematic” LCDs. Using a highly twisted LC configuration, the display
functions by using a switchable phase retardation, when combined with linear
polarizers acts as a light valve.
Digital Display
Chromatic
Bandwidth (BW)
Black
COTS (Commercial Off-The-Shelf)
CSTN
ASTM
A filter that will pass a range of frequencies while simultaneously attenuating
radiation of greater and lesser wavelengths.
Alignment of the vertical and horizontal lines in an image.
Refers to ready-made merchandise that is available for sale.
A technology that mounts the LCD driver to the contact edge of the LCD glass.
Bandpass
Convergence
The spacing between the two pieces of glass containing the liquid crystal
fluid.
Chip-on-Glass
Backlighting is a source of light placed behind the LCD display. This backlight is
generally a cold cathode fluorescent tube, electroluminescent, or most recently,
LEDs.
Contrast ratio (CR) is the brightness of white level of the display divided by
the brightness level of the black level.
Cell Gap
The LCD driver is incorporated into a flex circuit/connector which is heat sealed
to the edge of the LCD glass.
Backlighting
Contrast
Contrast Ratio
Chip-on-Flex
A gold thin film deposition commonly applied to glass, acrylic, ADC and
polycarbonate as a conductive shielding ground plane. Series VC2
conductive transparent coating.
Communications Security.
Contact Edge
Widely used LCD backlights, the CCFT bulb contains an inert gas (neon typically)
mixed with mercury. At a sufficient voltage the mercury gas is ionized and glows
ultraviolet light. The inside wall of the bulb is coated with a phosphor that emits
white light when bombarded by the UV radiation. CCFT is one of the most
efficient (lumens per watt) lighting technologies.
Au Coating
COMSEC
A unit of measurement of the intensity of light. Part of the SI system of
measurement, one candela (cd) is the monochromatic radiation of 540THz with
a radiant intensity of 1/683 watt per steradian in the same direction. Another way
of putting it is that an ordinary wax candle generates approximately one candela.
CCFT (Cold Cathode Fluorescent Tube)
A loss of energy. Generally expressed in decibels (dB).
Small electronic circuits that provide voltages to the individual sub-pixel
through the source lines. These are generally 8-bit driver circuits that provide
256 unique values per sub-pixel.
Candela
Same as CCFT.
Attenuation
Column Driver
Individual metal pins, bonded with epoxy to each conductive lead/trace on the
contact edge.
Dithering
Dithering is a method of producing a gray scale by using multiple pixels in an area.
This spatial relationship between the pixels produces an illusion of gray scale even
though the pixels are either on or off. A checkerboard of black and white pixels
will appear to be a halftone gray to the human eye. This is similar to the way a
newspaper produces halftones with ink and paper.
DMTN
Marks caused by clamping during the lamination of a window. These can go
as deep as 1⁄2" into window area. Another name for clamp marks is edge
marks.
Double Metal or Diode Matrix LCD. This is an active matrix technology that has
lower production costs since the diode structure is less complicated than the
transistor structure of TFTs. Though they are as fast as a transistor, DMTNs lack
the ability for grayscale and are generally offered only on monochrome displays.
They do offer better contrast, response time and lower power than STN LCDs.
Color consists of three characteristics: luminance, hue, and saturation.
Dot Matrix
Color LCD
This is a matrix of pixels that can be individually addressed to form text or
graphics.
A Color Liquid Crystal Display utilizes color filters together with what would
otherwise be a monochrome LCD design to enable the display of full color
information.
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Dot Pitch
EL Display (Electroluminescent Display)
Flat Panel Display
The distance between a red (or green or blue) dot and the closest red
(or green or blue) dot on a color monitor. Also known as “pixel pitch.”
The smaller the dot pitch, measured in fractions of millimeters, the
crisper the image. For example, a .28 dot pitch means dots are 28/100ths of a
millimeter apart. A dot pitch of .31 or less provides a sharp image, especially
on text.
A flat panel display technology that provides a sharp, clear image
and wide viewing angle. It contains a powdered or thin film phosphor
layer sandwiched between an x-axis and a y-axis panel. When an x-y
coordinate is charged, the phosphor in that vicinity emits visible light. The
phosphors are more like semiconductor materials than those used in a CRT.
Most EL displays are monochrome, typically yellow orange. Although some of
the first portable computers used EL displays, they are mostly used today on
instrumentation in demanding industrial and medical applications that require
long life and crisp images. EL screens range from 3/4" to 10" and larger, but
are more cost effective in the smaller sizes. Planar Systems is the leader in this
field. Active matrix EL is an advanced EL technology that uses a transistor at
each pixel. It is used to make small head mounted displays (HMDs) that require
very sharp images. EL displays contain a powdered or thin film phosphor layer
sandwiched between x and y axis panels. When an x-y coordinate is charged, the
phosphor in that vicinity emits visible light.
A silicone rubber strip made up of sequentially spaced conductive and nonconductive (insulating) material.
A thin display screen that uses any of a number of technologies, such as LCD,
plasma, EL and FED. LCD is the standard for computer use and is gaining
significant ground on the plasma technology used for home theater TVs. First
used in laptops, LCD flat panels have become very popular for the desktop, and in
2003, exceeded sales of CRTs for the first time. With their low power consumption,
low radiation and space-saving footprint, flat panels are expected to replace CRTs
entirely. They are also flicker-free and glare-free. Unlike CRTs, flat panel displays
are entirely digital. In order to work with the millions of existing PCs, most desktop
flat panels accept the standard analog VGA signal from the PC’s display adapter.
This means that the display adapter in the computer converts the digital data to
analog, and the flat panel converts the analog signals back to digital. Going direct
from digital to digital produces a sharper image, and the Digital Visual Interface
(DVI) has become the digital flat panel standard. Many desktop flat panels include
both DVI and VGA inputs, and there are many display adapters with DVI outputs.
Flat panel screens have a precise matrix of rows and columns based on the
highest resolution supported, and this “native” resolution displays the sharpest.
If you send an 800 x 600 image to a flat panel rated at 1280 x 1024, the 800 x
600 will be scaled up to 1280 x 1024. The quality of scaling algorithms between
brands can differ substantially; therefore, you are better off purchasing a flat
panel display with the native resolution you plan on using all the time. Otherwise,
be sure to test it at the lower resolution before you buy.
Electroplating
Flat Panel Monitor
The process of electrically depositing a layer of metal on a conductive material
to alter the material’s surface properties.
A Flat Panel Monitor is any type of display that is comprised of two sheets
of glass in close proximity to one another, where addressing is by rows and
columns. Also referred to as a Flat Panel Display.
Double-Domain
A technique used to improve the viewing angle where multiple alignment
directions are produced on the same sub-pixel.
Dpi (Dots Per Inch)
The measurement of the resolution of display and printing systems. A typical
CRT screen provides 96 dpi, which provides 9,216 dots per square inch (96 x 96).
Flat panel displays from 110 to 200 dpi have also been developed. As the dpi rate
doubles, the number of dots within a square inch is quadrupled, because dpi deals
with two dimensions. Thus, while 100 dpi produces 10,000 actual dots per square
inch, 200 dpi produces 40,000 (see below). We have a long way to go to make the
resolution on a screen as dense as a printer. A 1200 dpi printer produces 157 times
as many dots of resolution as a typical 96 dpi screen.
Dpi (Dots Per Inch) continued
Dots Per
DPI Square Inch
96 9,216
100 10,000
200 40,000
300 90,000
600 360,000
1200 1,440,000
Drain
This is the output terminal of a thin film transistor (TFT). See also Source and
Gate.
DSTN
Abbreviation of Dual-scan STN, an enhanced STN passive matrix LCD display.
The screen is divided into halves, and each half is scanned simultaneously,
thereby doubling the number of lines refreshed per second and providing a
sharper appearance. DSTN is widely used on laptops.
DTV (Digital Television)
Transmitting TV using digital signals. The major DTV standards are ATSC
(North America), DVB (Europe) and ISDB (Japan). All three use MPEG-2 video
compression and Dolby Digital audio compression. DVB and ISDB also include
MPEG audio compression. In the U.S., the FCC approved the ATSC standard in
late 1996 (see ACATS). In late 1998, DTV debuted in major U.S. cities, and the
FCC mandated that broadcasters switch to digital by 2006 and turn off analog
transmission. Other countries have adopted the ATSC format, including
Canada, South Korea, Taiwan and Argentina. To receive a DTV program
requires a digital TV set or a digital set-top box for an analog TV. However, digital
TV sets may continue to have analog inputs for many years, because people have
huge collections of VHS movies and recordings. DTV offers 18 digital formats
starting with Standard Definition (SD), the digital counterpart of the NTSC analog
standard, except without snow and ghosts. Enhanced Definition (ED) offers the
most formats (see table below). High Definition (HD) provides 5.1 Dolby Digital
Surround Sound and requires a wide screen TV set (16:9) in order to eliminate
the letterbox effect. Increasingly, programs are being transmitted in HDTV. As you
can see from the table below, the numerous options provide the broadcaster with a
tradeoff between how many channels can be sent versus channel quality. The more
HD channels, the fewer ED and SD channels, and vice versa.
Duty Ratio
This refers to the multiplex ratio of the column driver. The ratio is between the
single column drive line and the number of rows with which it will interface.
DVI (Digital Visual Interface)
A digital interface to a digital display system from the Digital Display
Working Group (www.ddwg.org). Introduced in 1999, DVI uses TMDS
signaling. The DDWG was formed to create a universal standard for
attaching a flat panel monitor. The DVI interface is also used on data projectors,
plasma displays, digital TVs (DTVs) and set-top boxes. DVI devices may include
HDCP (High-bandwidth Digital Content Protection) which is an encryption method
for safeguarding copyrighted material. Because so many computers exist with
analog display adapters, flat panel monitors are often built with both analog
(VGA) and digital inputs. To accommodate this, DVI connectors are made to
support both types of signals from the computer to the monitor using one socket.
The DVI-I (Integrated) socket can accept an analog signal from a VGA display
adapter (the DVD-A plug) or a DVI signal from a DVI-based adapter (the DVD-D)
plug.
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Elastomer
A polymer having elastic properties.
Elastomer Connector (ZEBRA)
EMI (Electromagnetic Interference)
Any electromagnetic interference, periodic or random, which may have a disturbing
influence on devices when exposed.
Etch
A texturing process commonly performed on glass to provide a diffusive or
non-glare surface (common process for the picture framing industry). Etching
is commonly performed by exposing the substrate to a strong acid such as
hydrofluoric acid.
FED (Field Emission Display)
A flat panel display that provides an image quality equal to or better than a CRT.
Like a CRT, it uses a vacuum-filled chamber and phosphor-coated glass. However,
instead of illuminating phosphors with three “guns” that scan the entire screen,
FEDs use hundreds of millions of stationary emitters, with some 1600 of them
per pixel. Some designs use low voltage emission and high current while others
use high voltage and low current, which is more like a standard CRT. Although the
field emission display was invented in the 1970s, it took more than two decades
to produce working models. With hundreds of patents on the technology, PixTech
was the pioneer in this field with small displays in production in the late 1990s
and early 2000s. Other companies including Futaba, Ratheon, Motorola, TI,
Candescent and Sony were also involved in FED development. However, during
that same period, advances in active matrix LCDs were extraordinary, and
although FEDs were considered more rugged and useful in harsher environments
than LCD panels, the technology has yet to see any mass market.
Fiber Optic Backlight
Fiber optics are woven and placed between a reflector and a diffuser. The ends of
the fibers are tied to a coupler with a light source consisting of an LED or halogen
bulb.
Fill Hole
The space in the seal at one end of the LCD glass used to fill the glass with
liquid crystal fluid. A mound of epoxy seals the fill hole.
Flicker Fusion Rate
This is the rate above which the human eye can no longer recognize discontinuous
changes in brightness as a flicker. Provided the frame frequency is above this
rate, the eye integrates the signal into a consistent image. The flicker fusion
rate is 31.25 Hz. The appearance of flicker can occur if the frame frequency is
close to the frequency of fluorescent lights. That value can vary slightly between
different individuals.
Fluorescent Lamp
A glass tube filled with mercury gas and coated on its inner surface
with phosphors. When the gas is charged with an electrical current,
radiation is produced which in turn energizes the phosphors, causing
the phosphors to glow.
foot Lamberts (fL)
A unit of luminance. One foot Lambert is equal to 10.76/- (approximately 3.426)
Candelas per square meter.
Form Factor
The ratio of viewable display area divided by overall module area.
Format
Format is the term defining the pixel matrix on a display; i.e. 640 x 480, 1024 x
768, etc. Though the term “resolution” is often confused with “format”, resolution
involves a more complex measurement dealing with format, as well as pixels
per inch.
FRM (Frame Rate Modulation)
This is a method of achieving gray-shading or color level on passive displays,
either monochrome or color. Pixels are written, or not written to on various
frames to produce a change in color.
Frame
Filter See Window.
A metal fixturing device for holding a window into an electronic enclosure.
See Bezel.
Flat Panel Connections
Fused Wires
Desktop flat panel displays typically have the same analog input (VGA
connector) that CRTs have in order to accommodate the huge number of
computers in use that generate analog output to the monitor. However, for the
sharpest screen images, use a flat panel display that has a digital input and a
display adapter with digital output. The computer’s traditional display adapter
or built-in display system on the motherboard converts digital images to analog
signals for output. The flat panel monitor with analog input converts the analog
signals back to digital images. This double conversion adds some distortion,
which is readily apparent when an all-digital display system is side by side
with the digital-analog-digital system. In time, display components will be all
digital. In the meantime, if your flat panel monitor includes digital input (a DVI
socket), then only the computer’s display adapter needs to be replaced for the
best image. When comparing flat panel displays, the one with both analog and
digital inputs offers future flexibility.
Wires conductively plated so that they are bonded together at each joint. The
conductivity at each joint is consistent resulting in a uniform level of shielding.
Gamma
Screen luminance as a function of video voltage approximately follows a
mathematical power function of the input video signal, the exponent of which
is called gamma.
Gasket, EMI
A material that conducts electricity and has properties achieving a continued
low impedance contact between two conductive surfaces.
Gate
This is the control terminal of a TFT. See also Drain and Source.
Ghosting
On passive LCD displays this is a visual anomaly that causes streaking or
shadowing across the display. This phenomenon occurs when voltage from an
energized element leaks to an adjacent OFF element and turns the adjacent
element partially ON.
Gloss
Inverter DC to AC
Liquid Crystal Fluid
The level at which a surface will show reflected highlights or images of objects
superimposed on the surface due to directional reflection.
Used to power EL and CCFL backlights by converting DC to AC voltage at a high
frequency in the range of 300 Hz to 1 kHz.
Gray Scale
ISA
Gray scale describes the ability of a display to be in a state between full ON
and full OFF. Each of these distinctive states is a “gray level.” The gray scale is
composed of the number of gray levels.
Industry Standard Architecture, is the bus design that has been used in most PCs
since IBM released the PC/AT more than a decade ago. It’s a limited 8-bit and 16bit bus, but it’s so widely compatible that it has outlasted technologically superior
and much faster bus standards like PCI.
LC fluid has properties of a both a fluid and a crystalline material. Liquid
crystal molecules are rod shaped, bi-polar molecules, which have both optical
and dielectric anisotropy. As a result of the dielectric anisotropy they can be
oriented in a electric field. As a result of their optical anisotropy they act as a
birefringent crystalline material that can affect the polarization of light as it
passes through a thin layer.
Hardness
Resistance of material to indentation, scratching, abrasion, or cutting.
HDMI (High-Definition Multimedia Interface)
A digital point-to-point interface for audio and video signals from
HDMI Licensing, LLC, trademarked both as an acronym logo and full
text name. Like DVI, HDMI is mostly based on Silicon Image’s TMDS
technology and is backward compatible with DVI. Introduced in 2002
by the HDMI consortium (Hitachi, Philips, Matsushita, Silicon Image,
Sony, Thomson and Toshiba), HDMI was designed as a common interface
for devices from set-top boxes to digital TVs (DTVs). It supports 165
megapixels per second, which is nearly 5 Gbps and more than sufficient
for high-definition DTV at its highest resolution (see DTV). HDMI is
expected to provide a single-cable solution that replaces a variety of
different cable types used in home theater systems, including stereo and
multi-channel audio, component video and S-video. HDMI is electrically identical
with DVI (single link), but uses a smaller 19-pin connector and dedicates an
additional pin to the Consumer Electronics Control (CEC) channel for device
control. Although HDMI has its own enhanced protocols that also support audio
and auxiliary data packets, an HDMI source can detect a DVI device on the other
end and switch to the DVI protocol. HDMI-to-DVI cables are available for DVIbased equipment. For more information, visit www.hdmi.org. See DVI.
HDTV (High Definition TV)
A set of digital television (DTV) standards that offer the highest resolution and
sharpest picture. Although a few HDTV sets are available in standard screen
sizes, the overwhelming majority are wide screen, which eliminates the letterbox
effect when watching HD programs and movies in their original format.
Isotropic State
Isotropic state is the point at which the molecular structure of the LC
material shifts from an organized “crystalline” state to a random state. The
point occurs at high temperature. When the LC material goes “isotropic”, the
functionality of the LCD stops and the display goes black. It will return to a
natural organized state once the LC material is lowered below its isotropic or
clearing point.
ITO (Indium Tim Oxide)
A thin film deposition commonly applied to glass as a conductive shielding
ground plane. Series VC1 conductive transparent coating.
LCD (Liquid Crystal Display)
Luminance
A type of display used in a variety of electronic devices. LCDs utilize two sheets of
polarizing material with a liquid crystal solution between them. An electric current
passed through the liquid, causes the crystals to align so that light cannot pass
through them. Each crystal, therefore, is like a shutter, either allowing light to pass
through or blocking the light.
A measure of the brightness or luminous intensity of light, usually expressed
in units of Candelas per square meter (cd/m2) or foot Lamberts. 1 fL = 3.426
cd/m2.
The luminance difference of a given target under given viewing conditions
that the average human observer can just perceive.
Landscape
Moiré Pattern
High Altitude Electromagnetic Pulse.
A pattern developed from interference or light blocking, when grating,
screens, or regularly spaced patterns are superimposed on one another. When
converging lines on the picture are almost parallel to the scanning lines, a moiré
pattern will naturally form.
HERF
Hazards of Electromagnetic Radiation to Flight.
HR TFT (Highly Reflective TFT)
Impedance (Z)
The total opposition offered by a component or circuit to the flow of an
alternating or varying current.
In Plane Switching (IPS)
In Plane Switching is a proprietary LCD cell structure. IPS displays have
an excellent off axis viewing characteristics, but have poor aperture ratios,
tranmissivity , contrast ratio and speed.
Interlaced
Illuminating a screen by displaying all odd lines in the frame first and then all
even lines. Interlacing uses half frames per second (fields per second) rather than
full frames per second. Interlacing was developed for TV broadcasting because
the allotted bandwidth for each channel (for example, 6MHz for NTSC) was not
sufficient to transmit 60 full frames per second. Interlacing with 60 half frames
is visually better than 30 non-interlaced full frames. It fools the eye, especially
with moving images.
Interlaced Vs. Progressive Scan
Although TVs are still interlaced for all analog broadcasts as well as some
digital formats (see DTV), computer monitors are “progressive scan” (noninterlaced) displays and support up to 100 or more frames per second (see
vertical scan frequency). However, early computer CRTs were often interlaced
at the highest resolution. For example, if the maximum resolution were 1024 x
768, the 1024 x 768 might have been interlaced, but the 800 x 600 and 640 x
480 resolutions were progressive scan.
LVDS (Low Voltage Differential Signaling)
A transmission method for sending digital information. LVDS sends data
over data high and data low lines rather than data and ground. The receiver
detects the voltage difference between the two signals instead of relative to
ground. LVDS is used in SCSI bus signaling to increase cable lengths to 40 feet
compared to 20 feet for single-ended signals (data and ground). It is also used
to send signals from the motherboard to a laptop LCD screen. In some desktop
flat panels, LVDS is used between the image scaler and the panel.
HEMP
Hue is the dominant wavelength of color as subjectively perceived by the
human eye.
Lumen
A page or screen orientation that is wider than it is tall.
JND (Just Noticeable Difference)
A flat, flexible, adhesive connector which is bonded to the contact edge. A heat bar
bonds the heat seal with a specific temperature, pressure and time duration.
Hue
An active matrix (TFT) LCD screen that is more durable and less complex than
screens made with amorphous silicon substrates. It allows for densities of 300
dpi and greater, and it is expected to enable all the computing electronics to be
built within the screen itself. The larger and uniform silicon grains of polysilicon
(poly-Si) allow electrons to flow more freely than through amorphous silicon (a-Si),
which is made up of smaller and randomly sized grains. It allows the normally
external driver chips to be fabricated on the glass substrate which dramatically
reduces row and column connections.
A unit of measurement of the amount of brightness that comes from a light
source. The standard lumen rating of a data projector is the average of
photometer readings at several points on a full white image on the screen.
Technically, lumens measure “luminous flux.” A wax candle generates 13 lumens;
a 100 watt bulb generates 1,200. The lumen rating is a critical specification
when choosing a data projector. In a darkened room, 500 lumens may be
ample; however, in a conference room with normal lighting, 1,000 lumens
would be better. In a room with bright daylight, 2,000 lumens is preferred.
Heat Seal
HR TFTs have a reflective structure added to the internal LCD cell. This allows
for a very high degree of reflectivity without the normal parallax problems
associated with a reflective display.
LTPS TFT LCD (Low Temperature Polysilicon TFT LCD)
MOTS (Military Off-The-Shelf)
LCD Module
An LCD Module is a sub-system consisting of the LCD glass, backlight, controller,
driver and temperature compensation circuitry which is mounted on a rigid
or flexible PCB.
LCD Monitors
An LCD Monitor is an LCD module combined with a power supply and an
enclosure. Sometimes a graphics controller is also integrated within an LCD
monitor to directly interpret input data.
Refers to ready-made merchandise that is made for the military.
Multilayer Coating
A coating made up of many layers of material having alternating high and
low refractive index. This way, it is possible to produce coatings with a great
variety of properties, which may be spectrally high-pass, low-pass, band-pass,
antireflection or neutral density, depending on the precise arrangement of the
layers as well as degree of conductivity.
Nanometer (nm)
LCD Screen
LCD Screen is another name for an LCD display.
A unit of length equal to 10-9 meter. In light measurement, the wavelength of
light is measured in nanometers. The portion of the spectrum that we perceive
as visible light includes wavelengths from about 380 nm to 770 nm.
LCD TV
Nit
An LCD TV is an LCD monitor designed to display TV images. LCD TVs are
configured to accept input from a tuner or alternative video sources, such as a
DVD player or VCR.
LCD Video Monitor
An LCD Video Monitor is an LCD monitor designed to display TV images.
A unit of luminance equal to 1 cd/m2 or 0.292 ftL.
Normally Black
A twisted nematic LCD design where the backlight is blocked when pixels are
in the unselected state. Therefore, when no voltage is applied, the screen is
black.
Normally White
LED Backlight
A backlight option for small to medium size LCDs that uses an LED light source.
The light from the LED is either diffused from direct illumination or directed
through a light pipe from side illumination.
Liquid Crystal
The compound found in liquid crystal displays. Liquid crystal reacts predictably
when electrically stimulated. This makes it the ideal compound to turn LCD pixels
“on” or “off.” Liquid crystal is sometimes abbreviated as LC.
A twisted nematic LCD design where light is transmitted when pixels are in the
unselected state. Therefore, when no voltage is applied, the screen is white.
NTSC
NTSC stands for National Television System Committee. For purposes
of driving a display, NTSC (or composite) video is the signal fed from
a video source using an RCA connector. The NTSC standard has a
fixed vertical resolution of 525 horizontal lines stacked on top of each other,
with varying amounts of “lines” making up the horizontal resolution, depending
on the electronics and formats involved. There are 59.94 fields displayed per
second. A field is a set of even lines, or odd lines. The odd and even fields are
91
displayed sequentially, thus interlacing the full frame. One full frame, therefore,
is made of two interlaced fields, and is displayed about every 1/30 of a second.
(information source: hardforums.com)
NVG
Night Vision Goggles.
NVIS
Night Vision Imaging System.
OLED
(Organic Light Emitting Device, Organic Light Emitting Diode)
Also known as an Organic Electroluminescent Device (OEL), it is a
thin-film, light-emitting device that typically consists of a series of
organic layers between two electrical contacts (electrodes). OLEDs can
be made using small-molecular weight organic materials (SM-OLEDs) or polymerbased materials (PLEDs, LEPs). Unlike LCDs and FEDs, which are constructed of
layered materials, OLEDs are monolithic devices, because each layer is deposited
on the other, creating a single unit. Initially developed for display applications,
OLEDs offer bright, colorful images with a wide viewing angle and low power.
They do not need backlights as do LCD screens. OLEDs are commonly constructed
on glass, but can also be fabricated on plastic and other flexible substrate films,
such as Universal Display’s Flexible OLED (FOLED). Display screens of this type are
expected to have a dramatic impact on handheld devices in the future.
causes the gas in the cell to emit ultraviolet light, which causes the phosphor to
emit color. The amount of charge determines the intensity, and the combination
of the different intensities of red, green and blue produce all the colors required.
Plasma displays were initially monochrome, typically orange, but color displays
have become very popular and are used for home theater and computer monitors
as well as digital signs. The plasma technology is similar to the way neon signs
work combined with the red, green and blue phosphor technology of a CRT. Plasma
monitors consume significantly more current than LCD-based monitors. Each pixel
is made up of three cells full of ionized gas that are lined with red, green and
blue phosphors. When charged, the gas emits ultraviolet light that causes the
phosphors to emit their colors. Plasma and LCD use entirely different means to
create colors. Plasma uses gas and phosphors while LCD uses liquid crystals and
color filters.
Resolution
A monitor’s resolution refers to the number of pixels in the whole image,
because the number of dots per inch varies depending on the screen’s
dimensions. For example, a resolution of 1280 by 1024 means that 1,024 lines are
drawn from the top to the bottom of the screen, and each of these lines is made
up of 1,280 separate pixels – and in turn, each dot may have any number of
combinations of red, green, and blue intensities.
Open LDI (OPEN LVDS Digital Interface)
A digital interface for a flat panel display based on LVDS and endorsed by SGI,
Number Nine, National Semiconductor and others. The first flat panel monitor to
use this interface was SGI’s award-winning 1600SW with a 1600 x 1024 x 16M
resolution. OpenLDI was superseded by DVI.
Optical Overlay See Window.
Passive Display (TN, STN)
Called “passive matrix” when used for computer screens and “passive display”
when used for small readouts, all the active electronics (transistors) are
outside of the display screen. Passive displays have improved immensely, but
do not provide a wide viewing angle, and submarining is generally noticeable.
Following are the types of passive displays.
>> TN (Twisted Nematic: 90° twist) – Low-cost displays for consumer
products and instruments. Black on gray/silver background.
>> STN (Supertwisted Nematic: 180-270° twist) – Used extensively
on earlier laptops for mono and color displays. DSTN and FSTN
provide improvements over straight STN (180°-green/blue on
yellow background; 270° - blue on white/blue background).
>> Dual Scan STN – Improves STN display by dividing the screen
into two halves and scanning each half simultaneously, doubling
the number of lines refreshed. Not as sharp as active matrix.
Passive Matrix Display
“Passive Matrix” refers to the type of LCDs that have no active or controlling
element inside the display cell. The display is controlled by row and column drive
lines from the outside of the display. The nonlinear optical transfer curve when
acted upon by an electric field gives rise to the ability to multiplex a large
number of rows in a graphics display.
Persistence
The amount of time a phosphor or diode pixel stays lit after current has been
applied to it. A pixel’s persistence is what allows an image to remain on the
screen between screen refreshes. Screens with short-persistence pixels may
show flicker, while those with long-persistence pixels may show ghosting.
Phosphor
The coating on the inside of CRTs. Phosphor glows when struck with electrons.
Images appear on a CRT by controlled scanning of an electron beam.
Pitch
Pitch is the measurement from the center of a pixel to the center of the adjoining
pixel. It adds together both the width or height of a pixel plus the gap between
pixels.
Pixel
The lowest point of information content, generally a simple dot on a display. When
arranged in a matrix, individual pixels can be addressed or turned on to form the
image of characters and graphics. For a color display a collection of a red, green,
and blue subpixels comprise a pixel.
Plasma Display
Also called “gas discharge display,” a flat-screen technology that uses tiny
cells lined with phosphor that are full of inert ionized gas (typically a mix of
xenon and neon). Three cells make up one pixel (one cell has red phosphor, one
green, one blue). The cells are sandwiched between x- and y-axis panels, and
a cell is selected by charging the appropriate x and y electrodes. The charge
92
Polarizer
Polarizers are made of polymer acetate with iodide molecules incorporated in
the material. The molecules are arranged to allow light of one vibrational direction to pass through.
Poly Silicon LCD
Poly Silicon (Si) LCD is a type of TFT (thin film transistor) display. The Poly Si
transistor is a very small, one-transistor structure relative to the Amorphous
Silicon transistor used in most TFT displays. The much reduced size can reduce
the physical size of the display without reducing the aperture ratio. Additionally,
the Poly Si transistor is so small that more complex circuitry can be deposited on
the glass such as driver and interface circuitry. Unlike aSi TFTs the domain size
of the crystalline Si for pSi is much larger, increasing the carrier mobility of the
material relative to aSi, enabling more complex devices to fabricated on the LCD
drive array such as drivers and shift registers.
Portrait
A page or screen orientation that is taller than it is wide.
QSXGA (Quantum Super XGA)
A screen resolution of 2560 x 2048 pixels.
QVGA (Quarter VGA)
A screen resolution of 320 x 240 pixels, which is used on handheld devices.
Although 320 x 240 seems half the 640 x 480 VGA resolution, the “quarter”
comes from the total number of pixels, which is one fourth the number (320 times
240 = 76800; 640 times 480 = 307200).
QXGA (Quantum XGA)
Retardation Film
The retardation film compensates the birefringence effect on the display. “Normal”
STN appears yellow/green and blue. When compensated with a retardation film, the
display is compensated to appear black and white.
RGB
RGB refers to the so-called scientific hues – the additive primary colors red,
green, and blue – that, when mixed together in equal amounts, create white light.
Television sets and computer monitors display their pixels based on values of red,
green, and blue.
ROTS (Ruggedized Off-The-Shelf)
Reflective LCD
Refers to ready-made merchandise that is made for ruggedized applications.
Reflective LCDs have an internal smooth silver/gray piece of polished aluminum
foil bonded to the rear polarizer to reflect incoming ambient light. Backlighting
is not required with a reflective LCD.
Saturation
Reflective Vs. Backlit Screen
Saturation Voltage
Reflective screens used in many consumer appliances and some lightweight
laptops require external light and only work well in a bright room or with a desk
lamp. Backlit and sidelit screens have their own light source and work well in
dim lighting.
Refresh Rate
The image on your computer monitor doesn’t just appear fully formed on the
screen’s phosphors: it’s drawn line by line with beams fired from three electron
guns at the back of the CRT. (The three guns are for different colors – red, green,
and blue. The colors blend to build all the colors you see.) The frequency at which
they redraw the image is called the refresh rate, and it’s an important measure
of how steady the image will appear. A refresh rate of 60 Hz (in which the screen
is redrawn 60 times per second) will almost always look flickery – especially
under fluorescent lights, which refresh at about the same rate. This causes
eye fatigue. Refresh rates of 70 Hz and higher are preferable. Since refresh
rates can vary depending on the screen resolution you pick, check that both
the monitor and display adapter you run can manage a 70-Hz or higher refresh
rate.
Saturation is the degree to which the hue of the color is undiluted by its
complimentary color to form white.
RMS Voltage required to turn fluid to 90% on.
SAW Filter (Surface Acoustic Wave Filter)
A semiconductor device that is used to filter out desired frequencies. Widely
used in mobile phones to filter both RF and IF frequencies, a SAW filter uses
the piezoelectric effect to turn the input signal into vibrations that are turned
back into electrical signals in the desired frequency range. Two sets of metal
electrodes like teeth on a comb are adhered to a quartz crystal and spaced apart
(in microns) based on the required frequencies.
As few as five and as many as 5,000 electrodes are used. An intriguing analogy
from Bruce Thomas at Sawtek is that the first set of electrodes is like throwing a
large log into a pond, which makes huge waves that cause little sticks to bounce
out at the other side (second set).
SBC (Single Board Computer)
A printed circuit board that contains a complete computer, including processor,
memory, I/O and clock.
SED (Surface-Conduction Electron-Emitter Display)
A large flat panel display technology from Canon and Toshiba. Announced
in 2002 and based on field emission technology (FED), SED is expected to yield
TV screens 40" in size and greater that are only a few centimeters thick. Using
low voltage surface-conduction electron-emitters for each pixel on the cathode
plate and regular CRT-like phosphors on the glass anode plate, the SED display
is expected to require one third the power of a plasma display.
by Silicon Image, Sunnyvale, CA (www.siliconimage.com), it is used in the VESA
Plug and Display, DFP, DVI and HDMI interfaces. TMDS is based on low-voltage
differential signaling and converts an 8-bit signal into a 10-bit transitionminimized and DC-balanced signal (equal number of 0s and 1s) in order to
reduce EMI generation and improve reliability.
Segment
Touch Screen
An element of a character, usually 7 segments for numeric and 14 segments
for alpha/numeric digits.
A display screen that is sensitive to the touch of a finger or stylus. Touch screens
are very resistant to harsh environments where keyboards might eventually fail.
They are used with custom applications and on-screen buttons large enough to be
pressed with the finger. Applications are typically very specialized and greatly
simplified so they can be used by anyone. However, touch screens are also very
popular on PDAs and full-size computers with standard applications, where a
stylus is required for interaction with tiny screen objects.
Source
This is the input terminal of a TFT. This is used interchangeably with
column electrode of a TFT array. See also Drain and Gate.
SMPTE
Society of Motion Picture and Television Engineers.
Sputtering
A vacuum deposition method in which the coating material (target) is removed
from the surface of the coating source (cathode) by ion bombardment and
deposited upon the substrates.
SPWG (The Standard Panels Working Group)
Formed in May of 1999 by procurement and engineering executives at Compaq,
Dell Computer, Hewlett-Packard, IBM, and Toshiba for the purpose of establishing
mechanical and interface specifications for the displays used in notebook PCs.
Encompassing specifications for 13.3”, 14.1” and 15.0” displays, the SPWGdefined panels currently comprise close to 60% of all displays used in notebook
PCs. The widespread adoption of SPWG-compliant panels in the notebook PC
industry has served to simplify design-in cycle times, to reduce component and
manufacturing costs, and to better assure a steady source of supply in a volatile
market. Conservative estimates suggest that the SPWG currently “saves” the
notebook PC industry more than $100 million annually–costs that otherwise
served little purpose in improving the end-user experience.
Sub-Pixel
Each pixel is made up of three independently controlled sub-pixels. In a color
display these sub-pixels have red, green, or blue color filters. Or, in the case of
a grayscale display, each sub-pixel will have a clear transparent filter, allowing
the full grayscale range to be displayed. Each sub-pixel is capable of generating
different intensities, creating a range of colors or grayscale values, which is
perceived as a mixture of each sub-pixel value.
Subtractive Primaries
The process colors cyan, magenta, and yellow. Each absorbs or subtracts its
complementary color-red, green, or blue-from the light reflecting off the paper.
Super Twist Nematic (STN)
An improved twisted nematic fluid with a twist of 200° or greater. It can be used
in larger matrix displays up to 1/240 duty cycle and has better contrast and
viewing range than TN.
SVGA (Super VGA)
A screen resolution of 800 x 600 pixels. Third-party vendors extended IBM’s VGA
display standard and were the first to use the term. SVGA has also referred to
1024 x 768 resolutions.
SXGA (Super XGA)
A screen resolution of 1280 x 1024 pixels. SXGA is commonly used on standard
monitors, but provides a 1.25:1 aspect ratio, compared to the more common 1.33:1
(4:3) ratio. SXGA+ has a 1400 x 1050 resolution, which is an exact 1.33:1 ratio.
>> Capacitive – The capacitive method uses a metallic coated glass
panel, but without the plastic overlay. It senses the change in
current from the electricity in your finger or from a stylus wired to
the computer that emits a charge.
>> Resistive – There are two primary technologies used for touch
screens, and both use a clear glass panel overlaid onto the CRT or
LCD screen. The resistive method is completely pressure sensitive.
It uses a plastic layer on top of a metallic-coated glass layer,
separated by spacers. When pressed, it shunts the current in the
glass panel, and the X-Y coordinates pick up the location on
the screen.
Transflective
A type of backing which is bonded to the rear polarizer. Enables light to pass
through the back, as well as reflecting light from the front.
Transparent
Adjective to describe a material that transmits light without diffusion or
scattering.
Transmissive
A type of LCD which does not have a reflector or transflector laminated to the
rear polarizer. This is an LCD that uses a built-in light source that is transmitted
from the rear of the display. Transmissive displays must have their backlight on
in order to be functional.
Twisted Nematic
A type of liquid crystal where the liquid crystal alignment in the layer nearest
one glass surface is 90 degrees from the angle of alignment of the layer of
liquid crystal nearest the opposing surface. In this type of display polarization is
rotated by degrees in the off state and by 0 degrees in the driven state.
Twisted-Nematic Seven-Segment Display
Seven separate segments are used to make up the digits 0 through 9. In
this illustration, the center segment is used as an example. The unenergized
segment (left) causes the crystals to line up with the front and rear polarizers.
The segment appears light gray, which is actually the light traveling down and
reflected back up the crystals.
Vacuum deposited coating which lowers reflection (i.e. antireflection coating)
resulting in a linear increase in transmittance of the optical substrate. VAR
coatings are tuned to incident angle and spectrum.
VAS
Vapor Antistatic Coating.
VC
Vapor Conductive Coating.
VGA (Video Graphics Array)
The display standard for the PC. VGA uses an analog monitor, and PC display
adapters output analog signals. All CRTs and most flat panel monitors accept
VGA signals, although flat panels may also have a DVI interface for display
adapters that output digital signals. Although VGA may refer to the PC’s display
system in general, “VGA resolution” typically refers to the original resolution of
640 x 480 pixels and 16 colors. This base resolution is not widely used except for
tiny monitors or booting up the computer in Safe Mode.
VGA was introduced on IBM’s PS/2 line in 1987 and quickly obsoleted the earlier
CGA and EGA display interfaces, which were actually digital, but with lower resolution. In a short time, non-IBM vendors boosted resolution and colors to so-called
“Super VGA.” Over the years, resolution has been extended way beyond the original
specification.
Video Adaptor
A board that plugs into a personal computer to give it display capabilities. The
display capabilities of a computer, however, depend on both the logical circuitry
(provided in the video adapter) and the display monitor. A monochrome monitor,
for example, cannot display colors no matter how powerful the video adapter.
Video Monitors
Video Monitors are any of a variety of display monitors principally configured
to display video data.
Viewing Angle
A cone perpendicular to the LCD in which minimum allowable contrast can be
seen. Consequently, for color displays it is the range of angles where color purity
is maintained.
Wide Screen HDTV
Most HDTVs come with wide screens (16:9 aspect ratio) so that HD programs
and movies can be shown in their original format. Otherwise, when a wide screen
movie is displayed on a standard 4:3 TV screen, the black lines at the top and
bottom take up the unused space and create the “letterbox” effect.
Window
A piece of visually transparent substrate with parallel plane surfaces used to
admit light into an optical system and to exclude dirt and moisture.
WSXGA (Wide Super XGA)
WUXGA (Wide Ultra XGA)
A wide screen resolution of 1900 x 1200 pixels.
X
XGA (EXtended Graphics Array)
A screen resolution of 1024 x 768 pixels. The term stems from IBM’s
XGA display standard introduced in 1990, which extended VGA to
132-column text and interlaced 1024 x 768 x 256 resolution. XGA-2 later added
non-interlaced 1024 x 768 x 64K.
TEMPEST
U.S. government’s radiated emissions security program.
TFT (Thin Film Transistor)
Y
A technology for building the LCD screens that are commonly found on laptop
computers. TFT screens are brighter and more readable than dual-scan LCD
screens, but consume more power and are generally more expensive.
(1) One of the three CIE tristimulus values, equal to the luminous reflectance
or transmittance; the green primary. (2) Spectral color matching function of the
CIE standard observer used for calculating Y tristimulus value. (3) One of the
CIE chromaticity coordinates calculated as the fraction of the sum of the three
tristimulus values, attributable to the Y value.
TFT Monitor
A TFT Monitor is a monitor that is fabricated from an active matrix LCD. ‘TFT’ refers
to a Thin Film Transistor array that allows a high level of data to be multiplexed
for driving the LCD material.
Z
(1) One of the three CIE tristimulus values; the blue primary. (2) Spectral color
matching function of the CIE standard observer used for calculating the Z
tristimulus value. (3) One of the CIE chromaticity coordinates calculated as the
fraction of the sum of the three tristimulus values attributable to the Z value.
Threshold Voltage
A transmission method for sending digital information from a personal
computer, set-top box or other video source to a flat panel display. Developed
VAR (Vapor Antireflection)
(1) One of the three CIE tristimulus values; the red primary. (2) Spectral color
matching functions of the CIE standard observer used for calculating the X
tristimulus value. (3) One of the CIE chromaticity coordinates calculated as the
fraction of the sum of the three tristimulus values attributable to the X value.
A bond is made between a flexible PWB and the ITO conductive lines on the
glass at the edge of the display with a multitude of conductive paths enabled by
compressing conductively coated plastic microspheres in an epoxy matix.
TMDS (Transition Minimized Differential Signaling)
A wide screen resolution of 1680 x 1050 pixels.
The energized segment (right) causes the crystals to become perpendicular to
the polarizers. The segment appears dark, which is the effect of crossed polarizers. Most LCDs use a translucent reflector with light behind it, which makes
the background brighter and the characters sharper.
Tape Automated Bonding (TAB)
Electric field required to reorient the liquid crystal molecules to the point where
the optical transmissivity of the transfer curve is 10% of the fully on state.
UXGA (Ultra XGA)
Uniformity
Uniformity or the lack thereof is the gradual change of luminance and/or
chrominance (color) across the display.
93
APPENDIX // Display Opportunity Worksheet
CONTACT INFORMATION
AVNET ACCOUNT MANAGER:
CITY:
CUSTOMER NAME:
PHONE NUMBER:
CONTACT NAME:
CUSTOMER WEB SITE:
STATE:
LCD PANEL DISCOVERY TOOL
1
What is the display application? (What is this going into?)
2
What type of LCD module?
3 Don’t know? What type of information do you need to display?
Active TFT module (full color, video)
Passive graphics module (full pictures)
Character module (dot matrix, alpha-numeric)
>> Go to TFT LCD Display
>> Go to Passive Display
>> Go to Character Display
>> Go to Character Display
Video
High-end graphics
Waveform
Text
Basic Graphics
Alphanumeric or Character
TFT LCD DISPLAY
1
What size? (measured diagonally)
2
What’s the resolution? (i.e. 1/4 VGA, VGA, SVGA or XGA)
3
What type of interface? (i.e. LVDS, Digital or Analog)
4
What’s the brightness requirement? (How many NITS?)
5
Polarizer Type:
6
Environmental Requirements
(op temp, waterproof, etc.)
7
Will this also be used as an input device?
If Yes >> Go to Touch Screen
8
What type of System Controller/Motherboard will be driving the Panel?
Transmissive
9
What is the target cost?
11
What is the estimated production date?
Transflective
Yes
No
Analog-to-Digital (A/D) Controller Card
If Yes >> What Interface Signals
Embedded Motherboard
ATX Format (12” x 8”)
Micro ATX (9.6” x 9.6”)
BTX Format (13.3” x 10.5”)
Mini ITX (6.7” x 6.7”)
Compact Motherboard (8” x 5.75”)
10
Sub-Compact Motherboard (5.75” x 4”)
What is the EAU?
Biscuit/EBC SBC (5.7” x 4”)
12
Do you have any competitive
part numbers to reference?
13
Anti-Reflective
Anti-Glare
Anti-Fog
Privacy Filter
Impact/Shatter Resistance
Safety Hardcoat
UV Protection
Hi-Bright (Films)
14
94
Need selection assistance
EMI/RFI
IR Solar Block
Diffusers
Circular Polarizer
Glass Substrates
Transflective (Sunlight Readable)
Glass Bonding
Active Enhancements
Hi-Bright (Bulb Enhancement)
LED Backlighting
Transparent Heater
What’s your ideal TFT panel solution? We’ll work with you to design the perfect solution. (additional comments)
Miscellaneous Services
Touchscreen Application
Custom Gasket
Custom Taping
Test
Custom Enclosure
Integration
Ruggedization
TOUCH SCREEN
1
Is there a specific preference for touch technology?
Resistive (4-Wire)
Capacitive
Resistive (5-Wire)
Near Field Imaging (NFI)
Resistive (7-Wire)
Surface Acoustic Wave (SAW)
Resistive (8-Wire)
Infrared (IR)
4
What’s your target cost for the touch screen?
5
What’s your target cost for touch
screen integration?
2
What Environment will your product be operating in?
Indoor Only
Outdoor Only (exposed to weather, direct sunlight, etc)
Indoor/Outdoor
3
Who will be touching the screen?
Employee
Customer/Public Access
>> How will they touch it?
Finger
Pen
Tool
Glove
PASSIVE DISPLAY
1
Do you need Color or Monochrome?
3
Operating Temperature?
5
Fluid Type
Only Super Twisted Nematic (STN)
Film Compensated (FSTN) on graphics module
7
Viewing Direction?
9
What is the target price?
Color
Monochrome
H – High (-20 degrees C to +70 degrees C)
S – Standard (0 degrees C to +50 degrees C)
6 O’clock
12 O’clock
2
What size? (i.e. 3.8", 5.7", 6.4", etc. – measured diagonally)
4
What is the pixel arrangement (resolution)? (i.e 122 x 32, 128 x 64, etc.)
6
Polarizer Type
Will a backlight be used?
Columns by Rows
8
Backlight Type
Yes Offer >> TRANSFLECTIVE
No Offer >> REFLECTIVE
LED
CCFL
10 What is the EAU?
11 What is the estimated production date?
12 Do you have any competitive
13 What’s your ideal Passive Graphics Display panel solution? We’ll work with you to design the perfect solution. (additional comments)
LCD CHARACTER DISPLAY
1
Operating Temperature?
3
Fluid Type?
Twisted Nematic (TN) (lower cost but not sharp viewing angle)
Super Twisted Nematic (STN) (higher cost but better viewing angle/contrast)
5
H – High (-20 degrees C to +70 degrees C)
S – Standard (0 degrees C to +50 degrees C)
Display Mode?
Positive Image (dark characters on light background)
Negative Image (light characters on dark background)
7
Backlight Type?
9
What is the target price?
LED
11 What is the estimated production date?
2
How many Characters and Rows?
(i.e 16 x 1, 16 x 2, 20 x 2, 40 x 2 etc.)
4
Polarizer Type?
Will panel be used day or night? Offer
Will panel be used at night only? Offer
Will panel be used in constant light? Offer
>> TRANSFLECTIVE
>> TRANSMISSIVE
>> REFLECTIVE
6
Viewing Direction?
6 O’clock
8
Backlight Color?
Yellow-Green (standard)
Yellow
Red
EL
12 O’clock
Amber
Blue
White
10 What is the EAU?
12 Do you have any competitive
95
APPENDIX // Notes
96
APPENDIX // Notes
97
APPENDIX // Notes
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Toshiba America Electronic Components, Inc. and
Avnet, Inc. offer an impressive range of industrial LCDs.
Available from 5.6" to 15.0", award-winning LCDs from Toshiba Matsushita Display provide a
superior solution for your industrial design needs. Don’t just take our word for it, view these
outstanding displays yourself. Visit www.ats.avnet.com/displays to schedule a demo today.
www.ats.avnet.com
© 2006 Toshiba America Electronic Components, Inc. All rights reserved. All trademarks
and tradenames are the property of their respective holders.
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