Specification Sheet-OR-ing non

Transcription

Specification Sheet-OR-ing non
Page 1 of 7
REV 1
POWER-GATE™ Solid-State Devices
OR’ing (non-programmable)
Specification Sheet
Made in U.S.A
Generation 3.0
ABSOLUTE MAXIMUM RATINGS (1)
All devices, all voltages referenced to device ground, unless otherwise specified.
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MECHANICAL SPECIFICATIONS
5/16-18
2.13
1.63
ADDITIONAL INFORMATION
1.53
Electronic assembly inserted into ABS encapsulation
shell then backfilled with black, flame retardent, filled
epoxy specifically developed for the potting of
electronic modules.
0.00
INCHES
Three integrated mounting flanges pre-drilled to .182”
3.10
2.71
Mouting posts, 5/16-18 x .50” with provided brass
washers and nylon insert 5/16-18 nuts. Mounting
torque not to exceed 75 inch-pounds or 8.5 newtonmeters.
2.49
1.55
0.62
0.39
© 2014 Perfect Switch, LLC.
5.58
5.83
5.11
0.63
0.33
0.00
0.00
Specifications subject to change without notice.
Specification Sheet-OR-ing Simple GEN3.0.ai 12/14
Perfect Switch, LLC
(858) 720-1339
(858) 530-8656 fax
www.perfectswitch.com
RECOMMENDED OPERATING CONDITIONS
Page 2 of 7
REV 1
All devices, all voltages referenced to device ground, ratings per rectifier, unless otherwise specified.
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ELECTRICAL SPECIFICATIONS
All devices, all voltages referenced to ground, all LED’s enabled, ratings per rectifier,
TA = +25 ±3 °C, 7.5 Vdc ≤ VA (ORxxxA) ≤ 18 Vdc, 7.5 Vdc ≤ VA (ORxxxB) ≤ 36 Vdc.
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See Notes on page 3.....
© 2014 Perfect Switch, LLC.
Specifications subject to change without notice.
Specification Sheet-OR-ing Simple GEN3.0.ai 12/14
Perfect Switch, LLC
(858) 720-1339
(858) 530-8656 fax
www.perfectswitch.com
NOTES
Page 3 of 7
REV 1
1)
Stresses beyond those listed under absolute maximum ratings may cause permanent damage
to the device. Exposure to any absolute maximum rating condition for extended periods may affect
device reliability and longevity.
2)
Larger negative voltages will blow internal fuse. If fuse blows, as long as VA is not more negative
than -21/-39 V for model ORxxxA/ORxxxB, respectively, and is less than VK, no damage to device will
occur. Call manufacturer to replace blown fuse.
3)
Transient-protected to 40 V. Additional external protection may be required in some applications.
4)
Transient-protected to 60 V. Additional external protection may be required in some applications.
5)
Using the rectifier with the device ground disconnected is not recommended. Exceeding any of
these ratings will cause excessive heat buildup, leading to MOSFET failure.
6)
Transient-protected to -60 V. Additional external protection may be required in some applications.
7)
IS sourced from cathode (anode), when VA < VK (VA > VK).
© 2014 Perfect Switch, LLC.
Specifications subject to change without notice.
Specification Sheet-OR-ing Simple GEN3.0.ai 12/14
Perfect Switch, LLC
(858) 720-1339
(858) 530-8656 fax
www.perfectswitch.com
Page 6 of 7
REV 1
BLOCK DIAGRAM
SOURCE 1 +
MOSFET
ARRAY
to internal
circuitry
GATE
DRIVE
PROTECTION
AND
SIGNAL
CONDITIONING
GREEN
LED
VOLTAGE
REGULATOR
PROTECTION
MCU
LOAD
SOURCE 1
STATUS
(on when source 1
connected to load)
SOURCE 2 +
MOSFET
ARRAY
to internal
circuitry
GATE
DRIVE
PROTECTION
AND
SIGNAL
CONDITIONING
VOLTAGE
REGULATOR
PROTECTION
MCU
SOURCE 2
GREEN STATUS
LED
(on when source 2
connected to load)
GROUND
© 2014 Perfect Switch, LLC.
Specifications subject to change without notice.
Specification Sheet-OR-ing Simple GEN3.0.ai 12/14
Perfect Switch, LLC
(858) 720-1339
(858) 530-8656 fax
www.perfectswitch.com
TYPICAL PERFORMANCE
Page 4 of 7
REV 1
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Trace: VF (VA1 - VK)
VA1: 0 to 12.5 V, VA2: Floating, IF = 100 A
© 2014 Perfect Switch, LLC.
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Specifications subject to change without notice.
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þ
Specification Sheet-OR-ing Simple GEN3.0.ai 12/14
Perfect Switch, LLC
(858) 720-1339
(858) 530-8656 fax
www.perfectswitch.com
Page 5 of 7
REV 1
SAMPLE APPLICATIONS
Diagram 1
POWER-GATE OR’ing diode (non-programmable) is designed to selectively OR one of two sources to a
load. The device will automatically conduct current from the source with higher voltage (relative to
device ground) to the load. When the primary source drops below the secondary source, the device will
“flip,” and current from the secondary will drive the load. The orientation of the internal MOSFET arrays
insures there will be no disruption in power driving the load, even when transitioning from one source
to another (refer to figure 2).
If source voltage levels are sufficiently close enough, dynamic voltage sag/rise of one source in
response to the opposing source sag/rise can cause oscillation or rapid-switching between the sources.
In this case, the “Programmable” OR’ing should be considered. Contact engineering for assistance.
BACKUP
BATTERY BANK
DC LOAD
DC POWER SUPPLY
DEVICE GROUND
© 2014 Perfect Switch, LLC.
Specifications subject to change without notice.
Specification Sheet-OR-ing Simple GEN3.0.ai 12/14
Perfect Switch, LLC
(858) 720-1339
(858) 530-8656 fax
www.perfectswitch.com
Page 7 of 7
REV 1
NOTES
REVISION HISTORY
REV
DATE
0
02/28/14
Original Release
1
12/04/14
Comprehensive Update
© 2014 Perfect Switch, LLC.
DESCRIPTION
Specifications subject to change without notice.
PAGE NUMBER (S)
Specification Sheet-OR-ing Simple GEN3.0.ai 12/14
Perfect Switch, LLC
(858) 720-1339
(858) 530-8656 fax
www.perfectswitch.com

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