japan mic measurement and test report

Transcription

JAPAN MIC
MEASUREMENT AND TEST REPORT
For
Wi2Wi, Inc.
2107 N. First Street, Ste. 540
San Jose, CA 95131, USA
MODEL No.: W2SW0001
Report Type:
Product Type:
Original Report
Test Engineer:
Report Number:
802.11 b/g Module
James Ma
R0710166-Japan
Report Date:
2007-11-08
Reviewed By:
Daniel Deng
Prepared By:
Bay Area Compliance Laboratories Corporation (BACL)
1274 Anvilwood Avenue
Sunnyvale, CA 94089 U.S.A.
Tel: (408) 732-9162
Fax: (408) 732 9164
Note: This test report is for the customer shown above and their specific product only. It may not be
duplicated or used in part without prior written consent from Bay Area Compliance Laboratories
Corp. This report must not be used by the customer to claim product certification, approval, or
endorsement by NVLAP, NIST, or any agency of the Federal Government.
Wi2Wi Inc.
Model No.: W2SW0001
TABLE OF CONTENTS
1
GENERAL INFORMATION ..............................................................................................................................4
1.1
PRODUCT DESCRIPTION FOR EQUIPMENT UNDER TEST (EUT)........................................................................4
1.2
MECHANICAL DESCRIPTION ............................................................................................................................4
1.3
ANTENNA DESCRIPTION..................................................................................................................................4
1.4
EUT PHOTO ....................................................................................................................................................5
1.5
OBJECTIVE ......................................................................................................................................................5
1.6
RELATED SUBMITTAL(S)/GRANT(S)................................................................................................................5
1.7
TEST METHODOLOGY .....................................................................................................................................5
1.8
TEST FACILITY ................................................................................................................................................6
2
SYSTEM TEST CONFIGURATION .................................................................................................................7
2.1
JUSTIFICATION ................................................................................................................................................7
2.2
EUT EXERCISE SOFTWARE .............................................................................................................................7
2.3
SPECIAL ACCESSORIES ....................................................................................................................................7
2.4
SCHEMATICS / BLOCK DIAGRAM ....................................................................................................................7
2.5
EQUIPMENT MODIFICATIONS ..........................................................................................................................7
2.6
LOCAL SUPPORT EQUIPMENT LIST AND DETAILS ...........................................................................................7
3
SUMMARY OF TEST RESULTS ......................................................................................................................8
4
ARTICLE 2, ITEM 19 – FREQUENCY TOLERANCE ..................................................................................9
4.1
APPLICABLE STANDARD .................................................................................................................................9
4.2
MEASUREMENT PROCEDURE...........................................................................................................................9
4.3
EQUIPMENT LISTS .........................................................................................................................................10
4.4
ENVIRONMENTAL CONDITIONS .....................................................................................................................10
4.5
MEASUREMENT RESULT ...............................................................................................................................10
5
ARTICLE 2, ITEM 19 – OCCUPIED BANDWIDTH ....................................................................................15
5.1
APPLICABLE STANDARD ...............................................................................................................................15
5.2
MEASUREMENT PROCEDURE.........................................................................................................................15
5.3
EQUIPMENT LISTS .........................................................................................................................................16
5.4
5.5
6
ARTICLE 2, ITEM 19 – TRANSMISSION OUTPUT POWER ...................................................................25
6.1
STANDARD APPLICABLE ...............................................................................................................................25
6.2
6.3
EQUIPMENT LISTS .........................................................................................................................................26
6.4
6.5
TEST RESULT ................................................................................................................................................26
7
ARTICLE 2, ITEM 19 – TRANSMITTER SPURIOUS EMISSION STRENGTH .....................................32
7.1
7.2
7.3
EQUIPMENT LISTS .........................................................................................................................................33
7.4
7.5
8
ARTICLE 2, ITEM 19 – RECEIVER SPURIOUS EMISSION STRENGTH..............................................53
8.1
8.2
Report No.: R0710166-Japan
Page 2 of 59
Japan MIC Test Report
Wi2Wi Inc.
Model No.: W2SW0001
8.3
EQUIPMENT LISTS .........................................................................................................................................54
8.4
8.5
9
EXHIBIT A - EUT PHOTOGRAPHS ..............................................................................................................57
9.1
TEST BOARD FRONT VIEW ............................................................................................................................57
9.2
TEST BOARD BACK VIEW .............................................................................................................................57
9.3
EUT FRONT VIEW ........................................................................................................................................58
9.4
EUT BACK VIEW ..........................................................................................................................................58
9.5
ANTENNA VIEW ............................................................................................................................................59
Page 3 of 59
Wi2Wi Inc.
1
1.1
Model No.: W2SW0001
GENERAL INFORMATION
Product Description for Equipment under Test (EUT)
The Wi2Wi, Inc. model: W2SW0001, or the “EUT” as referred to in this report, is an 802.11b/g module.
W2SW0001 is a complete system-in-package of Marvell 88W8686 802.11b/g. It includes all the
components to operate WiFi radio.
1.2
Mechanical Description
The Wi2Wi, Inc. product, model: W2SW0001, measures approximately 12mmL x 12mmW x 1.4mmH, and
weighs approximately 0.05 g.
*The test data gathered are from production sample, serial number: A3-0728, provided by the manufacturer.
1.3
Antenna Description
The antenna used is portable, center fed, whip antenna. It is a coaxial sleeve design with an omnidirectional pattern.
Number
Model/Type
Model number:
HG2403RD-RSF
Manufacturer:
HyperLink Technologies, Inc.
Frequency Range:
2400-2500 MHz
Connector Type/ Maximum
Gain
Reverse Polarity SMA Plug/ 3 dBi
Antenna Type/ Pattern:
Monopole/omni-directional
Measurement:
Length: 13 mmD x 137 mmL; Weight:
23 g
Antenna
Page 4 of 59
Wi2Wi Inc.
1.4
Model No.: W2SW0001
EUT Photo
EUT built on the support board
EUT
Please see additional photos in Exhibit C
1.5
Objective
This measurement and test report has been prepared on behalf of Wi2Wi Inc in accordance with Article 2,
Clause 1, item 19, 2.4GHz Band Wide Communication System.
The objective of the manufacturer is to demonstrate compliance with Radio Law of Japan for Frequency
Tolerance, Occupied Bandwidth, Spreading Bandwidth, Transmission Output Power and Antenna Point
Power Density, Receiver Spurious Emission and Transmit Spurious Emission.
1.6
Related Submittal(s)/Grant(s)
No Related Submittals.
1.7
Test Methodology
All measurements contained in this report were conducted with technical regulations of the Radio Law of
Japan.
Page 5 of 59
Wi2Wi Inc.
1.8
Model No.: W2SW0001
Test Facility
The test site used by BACL Corp. to collect test data emissions measurement data is located at its facility
in Sunnyvale, California, USA.
The test sites at BACL have been fully described in reports submitted to the Federal Communication
Commission (FCC) and Voluntary Control Council for Interference (VCCI). The details of these reports
has been found to be in compliance with the requirements of Section 2.948 of the FCC Rules on February
11 and December 10, 1997 and Article 8 of the VCCI regulations on December 25, 1997. The facility also
complies with the radiated and AC line conducted test site criteria set forth in ANSI C63.4-2003.
The Federal Communications Commission, Industry Canada, and Voluntary Control Council for
Interference has the reports on file and is listed under FCC registration number: 90464, IC registration
number: 3062A, and VCCI Registration Number: C-2463 and R-2698. The test site has been approved by
the FCC, IC, and VCCI for public use and is listed in the FCC Public Access Link (PAL) database.
Additionally, BACL is a National Institute of Standards and Technology (NIST) accredited laboratory,
under the National Voluntary Laboratory Accredited Program (Lab Code 200167-0).
The current scope of accreditations can be found at
http://ts.nist.gov/ts/htdocs/210/214/scopes/2001670.htm
Page 6 of 59
Wi2Wi Inc.
2
2.1
Model No.: W2SW0001
SYSTEM TEST CONFIGURATION
Justification
The host system was configured for testing according to Radio Law of Japan.
2.2
EUT Exercise Software
Software provided by the customer was used to exercise the system in a mode simulating normal operating
conditions.
2.3
Special Accessories
No special accessories were required during testing.
2.4
Schematics / Block Diagram
Please refer to specific exhibits submitted along with this test report.
2.5
Equipment Modifications
No modifications were made to the EUT.
2.6
Local Support Equipment List and Details
Manufacturer
Description
Model
Serial Number
Toshiba
Laptop
Satellite R15-S829
Y5040228H
Page 7 of 59
Wi2Wi Inc.
3
Model No.: W2SW0001
SUMMARY OF TEST RESULTS
Radio Law of Japan
Description of Test
Result
Article 2, Item 19
Frequency Tolerance
Compliant
Article 2, Item 19
Occupied Bandwidth & Spreading Bandwidth
Compliant
Article 2, Item 19
Transmission Output Power and Antenna Point
Power Density
Compliant
Article 2, Item 19
Transmitter Spurious Emission Strength
Compliant
Article 2, Item 19
Receiver Spurious Emission Strength
Compliant
Page 8 of 59
Wi2Wi Inc.
4
Model No.: W2SW0001
ARTICLE 2, ITEM 19 – FREQUENCY TOLERANCE
4.1
Applicable Standard
According to article 2, item 19, tolerance of frequency is +50 ppm.
4.2
Measurement Procedure
Measurement System Diagram
* Spectrum Analyzer Utilizes a Frequency Counter
Conditions of Application Equipment (EUT)
•
•
Set the application equipment (EUT) to the measurement frequency.
The modulation sate shall be “continuous carrier wave without modulation” by stopping spreading
spectrum. If impossible, it shall be “continuous burst wave without modulation”.
Spectrum Analyzer Conditions
•
•
•
•
•
•
•
•
Center Frequency: Frequency to measure (2412MHz or 2442MHz or 2472MHz or 2484MHz)
Span: 150kHz
RBW: 1kHz, VBW : 30kHz
Sweep time: Auto (300msec)
Log scale: 10dB/Div, Data points: 501points (400 points or more)
Reference level: 20dBm, Attenuator: 30dB
Detection: Positive Peak, Sweep mode: Continuous
Marker: Spot
Measurement Procedure and Capture Image
•
•
•
•
•
Measure -> Frequency Count -> Setup ->1Hz
Measure -> Frequency Count -> Count On
Single Sweep
Peak Search
Please read and record the value of spectrum analyzer
Page 9 of 59
Wi2Wi Inc.
4.3
Model No.: W2SW0001
Equipment Lists
Manufacturer
Description
Model
Serial Number
Calibration Date
Agilent
Analyzer,
Spectrum
E4446A
US44300386
2007-04-26
* Statement of Traceability: BACL Corp. attests that all calibrations have been performed per the NVLAP
requirements, traceable to the NIST.
4.4
Environmental Conditions
Temperature:
Relative Humidity:
ATM Pressure:
21° C
57%
102.5 kPa
The testing was performed by James Ma on 2007-11-05.
4.5
Measurement Result
802.11b:
Channel
Manufacturer Stated
Frequency ( MHz )
Measured Frequency
( MHz )
PPM
Limit
( PPM )
1
2412
2412.0058
2.405
50
7
2442
2442.0055
2.252
50
13
2472
2472.0053
2.144
50
14
2484
2484.0050
2.013
50
802.11g:
Channel
Manufacturer Stated
Frequency ( MHz )
Measured Frequency
( MHz )
PPM
Limit
( PPM )
1
2412
2411.9867
-5.514
50
7
2442
2441.9862
-5.651
50
13
2472
2471.9862
-5.583
50
Please refer to the following plots:
Page 10 of 59
Wi2Wi Inc.
Model No.: W2SW0001
802.11b
Channel 1: 2412MHz
Channel 7: 2442MHz
Page 11 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Channel 13: 2472MHz
Channel 14: 2484MHz
Page 12 of 59
Wi2Wi Inc.
Model No.: W2SW0001
802.11g
Channel 1: 2412MHz
Channel 7: 2442MHz
Page 13 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Channel 13: 2472MHz
Page 14 of 59
Wi2Wi Inc.
5
Model No.: W2SW0001
ARTICLE 2, ITEM 19 – OCCUPIED BANDWIDTH
5.1
Applicable Standard
According to article 2, item 19, occupied bandwidth is 26 MHz or below; spread bandwidth is 500 kHz or
more, and spreading factor is 5 or more.
5.2
•
•
•
The modulation state shall be “continuous transmission wave with modulation” by spread
spectrum. If impossible, it shall be “continuous burst wave with modulation”.
In the data transmission rate, you choose and measure the maximum of transmission output power
and the high data transmission rate in the entire data transmission rate. (For example, by the case
of 11b, it’s 11Mbps, and by the case of 11g 6, 9, 12,18Mbps.)
•
•
•
•
•
•
•
Center Frequency: Frequency to measure (2412 MHz, 2442 MHz, 2472 MHz, or 2484 MHz)
Span: 50MHz
RBW: 100kHz, VBW: 300kHz
Sweep time: Auto (10msec) Marker: Marker Off
Log scale: 10dB/Div, Data points: 501points (400 points or more)
Reference level: 10dBm, Attenuator: 20dB
Detection: Positive Peak, Sweep mode: Continuous
•
•
•
•
•
A, B -> Storage -> Max Hold (wait for 1 or 2 minutes)
Measure -> more -> Occupied Bandwidth -> N% Ratio -> 99% (O.B.W)
Measure - > more -> Occupied Bandwidth -> Occupied Bandwidth On
Please read and record the value of spectrum analyzer (O.B.W)
Measure -> More -> Occupied Bandwidth -> N% ->90% (S.B.W)
Page 15 of 59
Wi2Wi Inc.
5.3
Model No.: W2SW0001
Equipment Lists
Manufacturer
Description
Model
Serial Number
Calibration Date
Agilent
Analyzer,
Spectrum
E4446A
US44300386
2007-04-26
Statement of Traceability: BACL Corp. attests that all calibrations have been performed per the NVLAP
5.4
Temperature:
Relative Humidity:
ATM Pressure:
21°C
57 %
102.5 kPa
5.5
Measurement Result
802.11b
Occupied Bandwidth:
Channel No.
Manufacturer Stated
Frequency
( MHz )
OBW
( MHz )
Limit
( MHz )
1
2412
13.6046
< 26
7
2442
13.6004
< 26
13
2472
13.5733
< 26
14
2484
16.9771
< 26
Channel No.
Manufacturer Stated
Frequency
( MHz )
SBW
( MHz )
Limit
( kHz )
1
2412
9.8550
> 500
7
2442
9.8736
> 500
13
2472
9.8800
> 500
14
2484
13.6900
> 500
Spreading Bandwidth:
Page 16 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Spreading Rate:
Channel
Manufacturer Stated
Frequency ( MHz )
Spreading Factor
Limit
1
2412
13.88
>5
7
2442
13.91
>5
13
2472
13.92
>5
14
2484
19.28
>5
Spreading Rate = (Spreading Bandwidth)/ (Frequency equal to the transmission rate of the modulation
signal) (Frequency equal to the transmission rate of the modulation signal) = 0.71 MHz for 1Mbps.
802.11g
Occupied Bandwidth:
Channel
Manufacturer Stated
Frequency ( MHz )
OBW
( MHz )
Limit
( MHz )
1
7
13
2412
2442
2472
16.4942
16.5038
16.4978
< 26
< 26
< 26
Channel
Manufacturer Stated
Frequency ( MHz )
SBW
( MHz )
Limit
( KHz )
1
7
13
2412
2442
2472
14.8098
14.8297
14.8236
> 500
> 500
> 500
Channel
Manufacturer Stated
Frequency ( MHz )
Spreading Factor
Limit
1
2412
13.97
>5
7
2442
13.99
>5
13
2472
13.98
>5
Spreading Bandwidth:
Spreading Rate:
Spreading Rate = (Spreading Bandwidth)/ (Frequency equal to the transmission rate of the modulation
signal) (Frequency equal to the transmission rate of the modulation signal) = 1.06 MHz for 1Mbps
Page 17 of 59
Wi2Wi Inc.
Model No.: W2SW0001
802.11b
Channel 1: 2412 MHz
Occupied Bandwidth
Spreading Bandwidth
Page 18 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Channel 7: 2442 MHz
Occupied Bandwidth
Spreading Bandwidth
Page 19 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Channel 13: 2472 MHz
Occupied Bandwidth
Spreading Bandwidth
Page 20 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Occupied Bandwidth
Spreading Bandwidth
Page 21 of 59
Wi2Wi Inc.
Model No.: W2SW0001
802.11g
Channel 1: 2412 MHz
Occupied Bandwidth
Spreading Bandwidth
Page 22 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Channel 7: 2442 MHz
Occupied Bandwidth
Spreading Bandwidth
Page 23 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Occupied Bandwidth
Spreading Bandwidth
Page 24 of 59
Wi2Wi Inc.
6
Model No.: W2SW0001
Article 2, Item 19 – TRANSMISSION OUTPUT POWER
6.1
Standard Applicable
According to article 2, item 19, transmission output power is 10mW/MHz or below & 250mW;
transmission output power tolerance is maximum +20%, minimum –80%; EIRP is 36.9dBm
6.2
•
Channel Output Power (Power Density)
•
•
The modulation state shall be “continuous transmission mode” by stopping frequency-hopping
mode. If impossible, it shall be “continuous frequency-hopping mode”.
•
•
•
•
•
•
•
•
•
•
•
•
Center Frequency : Frequency to measure (2412 MHz, 2442 MHz, 2472 MHz, 2484 MHz)
Span : 6MHz
RBW : 10kHz ( about span(6MHz) / 1.2*data points(501) )
VBW : 100kHz (10 times of RBW or more)
Sweep time : Auto (120msec)
Log scale : 10dB/Div, Data points : 501points (400 points or more)
Reference level : 0dBm, Attenuator : 10dB
Sweep mode : Continuous
Marker : Zone width -> 1MHz
Measure -> Channel Power -> Meas On, Graph On
Detection : Trace A -> Sample, Trace B -> Sample
Active Trace : B
Measurement Procedure and Capture Image in Spectrum Analyzer
i. Measure -> Channel Power -> Average -> Averaging Count 100
ii. Measure -> Channel Power -> Average Measure On
iii. Single Sweep
iv. Peak Search
v. iii. iv. Repetition
vi. Please read and record the maximum value.
Page 25 of 59
Wi2Wi Inc.
6.3
Model No.: W2SW0001
Equipment Lists
Manufacturer
Description
Model
Serial Number
Calibration Date
Agilent
Analyzer,
Spectrum
E4446A
US44300386
2007-04-26
6.4
Temperature:
Relative Humidity:
ATM Pressure:
21°C
57 %
102.5 kPa
6.5
Test Result
802.11b
Transmitter Output Power within a bandwidth of 1MHz and EIRP:
Antenna Net Gain = 3.0 dBi
Channel No.
Frequency
(MHz)
1
7
13
14
2412
2442
2472
2484
Max. Output Power Antenna Gain
EIRP
Limit
( dBm / MHz )
( dBi )
(dBm / MHz) (dBm / MHz)
5.47
5.16
5.19
5.48
3
3
3
3
8.47
8.16
8.19
8.48
10
10
10
10
Note*: 10mW/MHz = 10dBm/MHz
Transmission Output Power Tolerance:
Channel No.
Frequency
(MHz)
Measured Power
Tolerance %
Output Tolerance
Limit ( % )
1
2412
-64.76
+20 / -80
7
2442
-67.19
+20 / -80
13
2472
-66.96
+20 / -80
14
2484
-64.68
+20 / -80
Note: Declaration Output Power: 10mW/MHz or 10dBm/MHz
Output Power Tolerance = [ (O.P – D.O.P) / (D.O.P)] *100, where Declaration Output Power: D.O.P, Measured
Output Power: O.P
Page 26 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Total Transmission Output Power:
Channel No.
Frequency
(MHz)
Max. Output Power
(dBm)
1
7
13
14
2412
2442
2472
2484
13.78
13.86
13.88
15.11
802.11g
Transmitter Output Power within a bandwidth of 1MHz and EIRP:
Antenna Net Gain = 3.0 dBi
Channel No.
Frequency
(MHz)
1
7
13
2412
2442
2472
Max. Output Power Antenna Gain
EIRP
Limit
( dBm / MHz )
( dBi )
(dBm / MHz) (dBm / MHz)
-2.01
-2.28
-1.82
3
3
3
0.99
0.72
1.18
10
10
10
Note*: 10mW/MHz = 10dBm/MHz
Transmission Output Power Tolerance:
Channel No.
Frequency
(MHz)
Measured Power
Tolerance %
Output Tolerance
Limit ( % )
1
2412
-74.82
+20 / -80
7
2442
-76.34
+20 / -80
13
2472
-73.69
+20 / -80
Note: Declaration Output Power: 2.5mW/MHz or 4dBm/MHz
Output Power Tolerance = [(O.P – D.O.P) / (D.O.P)] *100, where Declaration Output Power: D.O.P, Measured
Output Power: O.P
Total Transmission Output Power:
Channel No.
Frequency
(MHz)
Max. Output Power
(dBm)
1
2412
10.14
7
2442
10.16
13
2472
10.55
Please refer to the following plots
Page 27 of 59
Wi2Wi Inc.
Model No.: W2SW0001
802.11b
Channel 1: 2412 MHz
Output Power within a bandwidth of 1MHz
Channel 7: 2442 MHz
Page 28 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 29 of 59
Wi2Wi Inc.
Model No.: W2SW0001
802.11g
Channel 1: 2412 MHz
Output Power within a bandwidth of 1MHz
Channel 7: 2442 MHz
Page 30 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 31 of 59
Wi2Wi Inc.
7
Model No.: W2SW0001
Article 2, Item 19 – TRANSMITTER SPURIOUS EMISSION
STRENGTH
7.1
Standard Applicable
According to article 2, Item 19-3, transmitter spurious emission strength is 2.5 µW or below
(Frequency range: 10MHz – 2387 MHz, 2496.5MHz- 8000MHz) and 25 µW or below (Frequency
range: 2387MHz –2400MHz, 2483.5MHz- 2496.5MHz)
7.2
•
•
•
The modulation sate shall be “continuous transmission wave with modulation” by spread
spectrum. If impossible, it shall be “continuous burst wave with modulation”.
In the data transmission rate, you choose and measure the maximum of transmission output power
and the high data transmission rate in the entire data transmission rate (For example, by the case of
11a, it’s 6,9,12,18Mbps.)
•
•
•
•
•
•
•
•
•
•
Start Frequency : Start Frequency of frequency range to measure (10MHz or 2483.5MHz or
2387MHz or 2496.5)
Stop Frequency : Stop Frequency of frequency range to measure (2387MHz or 2400MHz or
2496.5MHz or 8000MHz )
Span: AUTO (Measurement Range)
RBW : 1MHz ( Frequency range; 1GHz over), 100KHz( Frequency range; 30MHz to 1GHz )
VBW : same as RBW ( 1MHz or 100KHz )
Sweep time : Auto
Log scale : 10dB/Div, Data points : 501points (400 points or more)
Reference level : 0dBm, Attenuator : 10dB
Detection : Positive Peak, Sweep mode : Continuous
Marker : Spot
Page 32 of 59
Wi2Wi Inc.
Model No.: W2SW0001
I.
II.
III.
7.3
Single
Peak Search
Please read and record the value of spectrum analyzer
Equipment Lists
Manufacturer
Description
Model
Serial Number
Calibration Date
Agilent
Analyzer,
Spectrum
E4446A
US44300386
2007-04-26
7.4
Temperature:
Relative Humidity:
ATM Pressure:
21 °C
57 %
102.5 kPa
.
7.5
Measurement Result
802.11b
Channel 1: 2412MHz
Frequency Band
( MHz )
10 MHz ~ 2387 MHz
2387 MHz ~ 2400 MHz
2483.5 MHz ~ 2496.5 MHz
2496.5 MHz ~ 8000 MHz
Highest Emission
Frequency
(dBm)
( MHz )
2385.00
-47.57
2398.33
-37.96
2486.68
-50.31
4826.00
-49.78
Page 33 of 59
Limit
(µW)
(µW)
0.01750
0.15996
0.00931
0.01052
2.5
25.0
25.0
2.5
Wi2Wi Inc.
Model No.: W2SW0001
Channel 7: 2442MHz
Frequency Band
( MHz )
10 MHz ~ 2387 MHz
2387 MHz ~ 2400 MHz
2483.5 MHz ~ 2496.5 MHz
2496.5 MHz ~ 8000 MHz
Highest Emission
Frequency
(dBm)
( MHz )
2341.00
-45.70
2395.56
-47.01
2487.49
-49.78
4881.00
-46.28
Limit
(µW)
(µW)
0.02692
0.01991
0.01052
0.02355
2.5
25.0
25.0
2.5
Channel 13: 2472MHz
Frequency Band
( MHz )
10 MHz ~ 2387 MHz
2387 MHz ~ 2400 MHz
2483.5 MHz ~ 2496.5 MHz
2496.5 MHz ~ 8000 MHz
Highest Emission
Frequency
( MHz )
2369.00
2395.45
2483.52
4946.00
Limit
(dBm)
(µW)
-46.27
-46.34
-40.56
-43.22
0.02360
0.02323
0.08790
0.04764
(µW)
2.5
25.0
25.0
2.5
Channel 14: 2484MHz
Frequency Band
( MHz )
10 MHz ~ 2458 MHz
2458 MHz ~ 2471 MHz
2497 MHz ~ 2510 MHz
2510 MHz ~ 8000 MHz
Highest Emission
Frequency
( MHz )
2456.00
2466.08
2502.00
2510.00
Limit
(dBm)
(µW)
-32.46
-20.60
-21.86
-35.87
0.56754
8.70964
6.51628
0.25882
(µW)
2.5
25.0
25.0
2.5
802.11g
Channel 1: 2412MHz
Frequency Band
( MHz )
10 MHz ~ 2387 MHz
2387 MHz ~ 2400 MHz
2483.5 MHz ~ 2496.5 MHz
2496.5 MHz ~ 8000 MHz
Highest Emission
Frequency
( MHz )
2387.00
2399.98
2485.28
2744.00
Page 34 of 59
Limit
(dBm)
(µW)
-46.22
-22.11
-50.19
-51.22
0.02388
6.15177
0.00957
0.00755
(µW)
2.5
25.0
25.0
2.5
Wi2Wi Inc.
Model No.: W2SW0001
Channel 7: 2442MHz
Frequency Band
( MHz )
10 MHz ~ 2387 MHz
2387 MHz ~ 2400 MHz
2483.5 MHz ~ 2496.5 MHz
2496.5 MHz ~ 8000 MHz
Highest Emission
Frequency
( MHz )
2362.00
2390.44
2484.60
4881.00
(dBm)
(µW)
-47.63
-46.84
-50.03
-51.34
0.01726
0.02070
0.00993
0.00735
Limit
(µW)
2.5
25.0
25.0
2.5
Channel 13: 2472MHz
Frequency Band
( MHz )
10 MHz ~ 2387 MHz
2387 MHz ~ 2400 MHz
2483.5 MHz ~ 2496.5 MHz
2496.5 MHz ~ 8000 MHz
Highest Emission
Frequency
(dBm)
( MHz )
2378.00
-46.91
2392.52
-46.75
2483.50
-21.48
2496.00
-40.16
(µW)
Limit
(µW)
0.02037
0.02113
7.11214
0.09638
2.5
25.0
25.0
2.5
802.11b
Channel 1: 2412 MHz
Page 35 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 36 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Channel 7: 2442 MHz
Page 37 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 38 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 39 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 40 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 41 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 42 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 43 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 44 of 59
Wi2Wi Inc.
Model No.: W2SW0001
802.11g
Channel 1: 2412 MHz
Page 45 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 46 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Channel 7: 2442 MHz
Page 47 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 48 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 49 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 50 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 51 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Page 52 of 59
Wi2Wi Inc.
8
Model No.: W2SW0001
Article 2, Item 19 – RECEIVER SPURIOUS EMISSION STRENGTH
8.1
Standard Applicable
According to article 2, item 19, receiver spurious emission strength is 4n W or below (Frequency range:
10MHz – 1GHz); 20n W or below (frequency range: above 1GHz).
8.2
•
The modulation state shall be “continuous receiving mode”.
• Span: AUTO (Measurement Range)
• RBW : 1MHz ( Frequency range; 1GHz over), 100KHz( Frequency range; 30MHz to 1GHz )
• VBW : same as RBW ( 1MHz or 100KHz )
• Sweep time : Auto
• Log scale : 10dB/Div, Data points : 501points (400 points or more)
• Reference level : 0dBm, Attenuator : 10dB
• Detection : Positive Peak, Sweep mode : Continuous
• Marker : Spot
i. Single
ii. Peak Search
iii. Please read and record the value
Page 53 of 59
Wi2Wi Inc.
8.3
Model No.: W2SW0001
Equipment Lists
Manufacturer
Description
Model
Serial Number
Calibration Date
Agilent
Analyzer,
Spectrum
E4446A
US44300386
2007-04-26
Statement of Traceability: BACL Corp. attests that all calibrations have been performed per the NVLAP
8.4
Temperature:
Relative Humidity:
ATM Pressure:
21°C
57 %
102.5 kPa
8.5
Measurement Result
Frequency Band
( MHz )
Highest Emission
Limit
(nW)
Frequency
( MHz )
dBm
(nW)
10 MHz ~ 1000 MHz
874.60
-66.36
0.23121
4.0
1000 MHz ~ 3000 MHz
2427.00
-55.75
2.66073
20.0
3000 MHz ~ 8000 MHz
7083.00
-55.59
2.76058
20.0
1 GHz ~ 8 GHz ( Peak Value )
2412.00
-54.61
3.45939
20.0
Page 54 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Sweep: 10MHz to 1000MHz
Sweep: 1GHz to 3GHz
Page 55 of 59
Wi2Wi Inc.
Model No.: W2SW0001
Sweep: 3GHz to 8.0GHz
Sweep: 1GHz to 8.0GHz
Page 56 of 59
Wi2Wi Inc.
9
Model No.: W2SW0001
EXHIBIT A - EUT PHOTOGRAPHS
9.1
Test Board Front View
9.2
Test Board Back View
Page 57 of 59
Wi2Wi Inc.
9.3
EUT Front View
9.4
EUT Back View
Model No.: W2SW0001
Page 58 of 59
Wi2Wi Inc.
9.5
Model No.: W2SW0001
Antenna View
***** END OF REPORT *****
Page 59 of 59

japan mic measurement and test report

Transcription

Similar documents

High School Microscope Slides

Available Now!

Z332814-01-廣駒-Wireless Print Server

APPLICATION FOR CERTIFICATION On Behalf of Futaba