All Power Conversion Solution Evaluation Boards are RoHS Compatible
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Description |
P/N
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RoHS
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User Guide
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PI3101 High Density Isolated DC-DC Converter Evaluation Board; 36 – 75 V input, 3.3 V output, 60 W |
PI3101-EVAL1
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All Power Path Management Evaluation Boards are RoHS Compatible |
Description | P/N | User Guide | |
PI2001 Active ORing Controller ICEvaluation Board;
in high-side configuration |
PI2001-EVAL1 |
PI2002 Active ORing Controller ICEvaluation Board;
with load disconnect feature |
PI2002-EVAL1 |
PI2003 Active ORing Controller ICEvaluation Board;
for -48V low-side applications |
PI2003-EVAL1 |
PI2121 Active ORing Full-Function solutionEvaluation Board; configured for a high-side
ground referenced application. * |
PI2121-EVAL1 |
PI2122 Active ORing Full-Function solutionEvaluation Board;
with load disconnect feature |
PI2122-EVAL1 |
PI2125 Active ORing Full-Function solutionEvaluation Board;
configured for a high-side floating application. * |
PI2125-EVAL2 |
PI5101-EVAL1 3.3 V / 60 A High Side Active ORing Evaluation Board | PI5101-EVAL1 |
* Also compatible with the PI2123 solution. |
All Active Input EMI Filter – Compatible Evaluation Boards are RoHS Compatible
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Description |
P/N
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User Guide
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QPI-3LZ DOSA CompatibleEvaluation Board for 7 A,
24 V input Active EMI Filter |
QPI-3-CB1
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–
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QPI-4LZ DOSA CompatibleEvaluation Board for 7 A,
48 V input Active EMI Filter |
QPI-4-CB1
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–
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QPI-5LZ DOSA CompatibleEvaluation Board for 14 A,
24 V input Active EMI Filter |
QPI-5-CB1
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–
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QPI-6LZ DOSA CompatibleEvaluation Board for 14 A,
48 V input Active EMI Filter |
QPI-6-CB1
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–
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QPI-7LZ DOSA CompatibleEvaluation Board for 6 A,
24 V input Active EMI Filter with Hot-Swap |
QPI-7-CB1
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–
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QPI-8LZ DOSA CompatibleEvaluation Board for 6 A,
48 V input Active EMI Filter with Hot-Swap |
QPI-8-CB1
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–
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All Active Input EMI Filter – Universal Evaluation Boards are RoHS Compatible
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Description |
P/N
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User Guide
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QPI-3LZ UniversalEvaluation Board for 7 A,
24 V input Active EMI Filter |
QPI-3-EVAL1
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QPI-4LZ UniversalEvaluation Board for 7A,
48 V input Active EMI Filter |
QPI-4-EVAL1
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QPI-5LZ UniversalEvaluation Board for 14 A,
24 V input Active EMI Filter |
QPI-5-EVAL1
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QPI-6LZ UniversalEvaluation Board for 14 A,
48 V input Active EMI Filter |
QPI-6-EVAL1
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QPI-7LZ UniversalEvaluation Board for 6 A,
24 V input Active EMI Filter with Hot-Swap |
QPI-7-EVAL1
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QPI-8LZ UniversalEvaluation Board for 6 A,
48 V input Active EMI Filter with Hot-Swap |
QPI-8-EVAL1
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All V•I Chip Optimized Filter Carrier Evaluation Boards are RoHS Compatible
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Description |
P/N
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User Guide
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QPI-9LZ Filter with Hot-Swap Carrier Board,compatible with 24 V input
VI•Chip „-CB” Boards, up to 6 A |
QPI-9-CB1
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– |
QPI-10LZ Filter with Hot-Swap Carrier Board,compatible with 48 V input
VI•Chip „-CB” Boards, up to 6 A |
QPI-10-CB1
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QPI-11LZ Filter Carrier Board,compatible with 24 V input
VI•Chip Module „-CB” Boards, up to 7 A |
QPI-11-CB1
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– |
QPI-12LZ Filter Carrier Board,compatible with 48 V input
VI•Chip Module „-CB” Boards, up to 7 A |
QPI-12-CB1
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All Active Output Ripple Attenuator Evaluation Boards are RoHS Compatible
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Description |
P/N
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User Guide
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QPO-1LZ Universal Evaluation Boardfor active output filter up to 10 A, 3 to 30 V |
QPO-1-EVAL1
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QPO-1LZ Evaluation Boardfor Vicor’s Micro Series DC-DC converters,
up to 10 A, 3 to 30 V |
QPO-1-EVAL3
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QPO-1LZ Evaluation Boardfor Vicor’s Mini Series DC-DC converters,
up to 10 A, 3 to 3 0V |
QPO-1-EVAL5 |
QPO-2LZ Universal Evaluation Boardfor active output filter
up to 20 A, 0.5 to 5.5 V |
QPO-2-EVAL1
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Full Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputPower (W) | User Guide | |||||||
B048F015T14-EB | 48 | 1.5 | 135 | ||||||||
B048F030T21-EB | 48 | 3.0 | 210 | ||||||||
B048F040T20-EB | 48 | 4.0 | 200 | ||||||||
B048F060T24-EB | 48 | 6.0 | 240 | ||||||||
B048F080T24-EB | 48 | 8.0 | 240 | ||||||||
B048F096T24-EB | 48 | 9.6 | 240 | ||||||||
B048F120T30-EB | 48 | 12 | 300 | ||||||||
B048F160T24-EB | 48 | 16 | 240 | ||||||||
B048F240T30-EB | 48 | 24 | 300 | ||||||||
B048F320T30-EB | 48 | 32 | 300 | ||||||||
B048F480T30-EB | 48 | 48 | 300 |
HV Full Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputPower (W) | User Guide | |||||||
B352F110T24-EB | 352 | 11 | 240 | ||||||||
B352F110T30-EB | 352 | 11 | 300 | ||||||||
BCD352F110T300A00(Formerly VIB0001TFJ-EB) | 352 | 11 | 300 | ||||||||
BCD352F125T300A00(Formerly VIB0010TFJ-EB) | 352 | 12.5 | 300 | ||||||||
BCD352F440T325A00(Formerly VIB0003TFJ-EB) | 352 | 44 | 325 | ||||||||
B384F120T30-EB | 384 | 12 | 300 | ||||||||
BCD384F480T325A00(Formerly VIB0002TFJ-EB) | 384 | 48 | 325 |
Half Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputPower (W) | User Guide | |||||||
BCD48BH120T120A00(Formerly VIB0101THJ-EB) | 48 | 12 | 120 |
Full Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputPower (W) | User Guide | |||||||
P048F048T12AL-CB | 36 – 75 | 26 – 55 | 120 | ||||||||
P036F048T12AL-CB | 18 – 60 | 26 – 55 | 120 | ||||||||
P024F048T12AL-CB | 18 – 36 | 26 – 55 | 120 | ||||||||
P045F048T17AL-CB | 38 – 55 | 26 – 55 | 170 | ||||||||
P048F048T24AL-CB | 36 – 75 | 26 – 55 | 240 | ||||||||
P045F048T32AL-CB | 38 – 55 | 26 – 55 | 320 | ||||||||
PRD48BF480T400A00(Formerly VIP0001TFJ-CB) | 38 –55 | 5– 55 | 400 | – |
Half Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputPower (W) | User Guide | |||||||
PRD48BH480T200A00(Formerly VIP0100THJ-CB) | 8 – 55 | 5 – 55 | 200 |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputPower (W) | User Guide | |||||||
P048F048T24AL-CC | 36 – 75 | 26 – 55 | 240 |
Full Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputCurrent (A) | User Guide | ||
VTD48EF012T130A00 | 26 – 55 | 0.65 – 1.37 | 130 | |||
VTD48EF015T115A00 | 26 – 55 | 0.81 – 1.71 | 115 | |||
VTD48EF020T080A00 | 26 – 55 | 1.09 – 2.29 | 80 | |||
VTD48EF030T070A00 | 26 – 55 | 1.63 – 3.43 | 70 | |||
VTD48EF040T050A00 | 26 – 55 | 2.17 – 4.58 | 50 | |||
V048F060T040-CB | 26 – 55 | 3.25 – 6.87 | 40 | |||
V048F080T030-CB | 26 – 55 | 4.34 – 9.16 | 30 | |||
V048F096T025-CB | 26 – 55 | 6.40 – 11.0 | 25 | |||
VTD48EF120T025A00 | 26 – 55 | 6.50 – 13.8 | 25 | |||
V048F160T015-CB | 26 – 55 | 8.67 – 18.3 | 15 | |||
V048F240T012-CB | 26 – 55 | 13.8 – 26.5 | 12 | |||
V048F320T009-CB | 26 – 55 | 17.3 – 36.7 | 9 | |||
V048F480T006-CB | 26 – 55 | 26.0 – 55.0 | 6 |
Half Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputCurrent (A) | User Guide | ||
VTD48EH015T050A00(Formerly VIV0102THJ-CB) | 26– 55 | 0.81 – 1.72 | 50 | |||
VTD48EH020T040A00(Fomerly VIV0103THJ-CB) | 26– 55 | 1.08 – 2.29 | 40 | |||
VTD48EH040T025A00(Fomerly VIV0104THJ-CB) | 26– 55 | 2.17 – 4.58 | 25 | |||
VTD48FH060T020A00(Fomerly VIV0105THJ-CB) | 26– 55 | 3.25 – 6.0 | 20 | |||
VTD48EH120T010A00(Fomerly VIV0101THJ-CB) | 26– 55 | 6.5 – 13.8 | 10 |
HV Full Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputPower (W) | User Guide | ||
VMB0004MFJ-EB | 270 | 33 | 235 |
Full Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputPower (W) | User Guide | ||
MP028F036M12AL-CB | 16.1 * – 50 | 26 – 50 | 120 |
* Will operate down to 13.5 V after start up ≥ 16 V
Full Chip |
P/N | InputVoltage (V) | OutputVoltage (V) | OutputCurrent (A) | User Guide | ||
MV036F011M100-CB | 26 – 50 | 0.82 – 1.55 | 100 | |||
MV036F015M080-CB | 26 – 50 | 1.1 – 2.0 | 80 | |||
MV036F022M055-CB | 26 – 50 | 1.63 – 3.1 | 55 | |||
MV036F030M040-CB | 26 – 50 | 2.2 – 4.1 | 40 | |||
MV036F045M027-CB | 26 – 50 | 3.3 – 6.2 | 27 | |||
MV036F060M020-CB | 26 – 50 | 4.3 – 8.3 | 20 | |||
MV036F072M017-CB | 26 – 50 | 6.4 * – 10 | 16.6 | |||
MV036F090M013-CB | 26 – 50 | 6.5 – 12.5 | 13.3 | |||
MV036F120M010-CB | 26 – 50 | 8.7 – 16.6 | 10.0 | |||
MV036F180M007-CB | 26 – 50 | 13 – 25 | 6.7 | |||
MV036F240M005-CB | 26 – 50 | 17.4 – 33 | 5.0 | |||
MV036F360M003-CB | 26 – 50 | 26 – 50 | 3.3 |
* Low line input voltage 32 V