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EETE SEPT 2013

Simple to Use n Point-of-load, Buck-Boost regulation n Factorized Power Architecture n Minimal external components High Density n Up to 1,700 W/in3, with 500 W in 1.1in2 package Wide Vin Optimized for 48 Vout n 24 Vin, 18 – 36 Vin range n 36 Vin, 18 – 60 Vin range n 45 Vin, 38 – 55 Vin range n 48 Vin, 36 – 75 Vin range High Efficiency n Full chip 500 W: 97.8% n Half chip 250 W: 96.7% Flexible n Regulation: Remote sense, local loop, adaptive loop n Parallel capabilities PRM ENABLE TRIM AL SHARE/ CONTROL NODE VAUX REF/ REF_EN VT VC IFB +IN CIN COUT –IN +OUT –OUT SGND RTRIM GND SGND VIN VOUT F 1 20 V to 55 V SGND VI Chip PRM Module PRM Modules Input Voltage Output Voltage Output Output Package Model Number Nom. (V) Range (V) Voltage Range (V) Power Max. Current Max. Size P024F048T12AL 24 V 18 – 36 V 26 – 55 V 120 W 2.5 A Full P036F048T12AL 36 V 18 – 60 V 26 – 55 V 120 W 2.5 A Full P045F048T17AL 45 V 38 – 55 V 26 – 55 V 170 W 3.5 A Full P045F048T32AL 45 V 38 – 55 V 26 – 55 V 320 W 6.67 A Full P048F048T12AL 48 V 36 – 75 V 26 – 55 V 120 W 2.5 A Full P048F048T24AL 48 V 36 – 75 V 26 – 55 V 240 W 5.0 A Full PRM48BH480T200A00 48 V 38 – 55 V 5 – 55 V 200 W 4.17 A Half PRM48BF480T400A00 48 V 38 – 55 V 5 – 55 V 400 W 8.33 A Full PRM48AH480T200A00 48 V 36 – 75 V 20 – 55 V 200 W 4.17 A Half PRM48AF480T400A00 48 V 36 – 75 V 20 – 55 V 400 W 8.33 A Full PRM48BH480T250A00 48 V 38 – 55 V 20 – 55 V 250 W 5.21 A Half PRM48BF480T500A00 48 V 38 – 55 V 20 – 55 V 500 W 10.42 A Full These PRM modules can be further configured to meet your exact needs. Resources Video: Overview of Vicor’s VI Chip PRM Module PRM Product Information Configure a PRM for your application’s requirements VTM AC Front End Buck-Boost 48 V, 10.4 A Cool-Power 85 – 264 Vac 48 Vdc PRM PRM Bus Converter Buck +5 V, 20 A –5 V, 20 A 0.8 V, 130 A 3.3 V, 18 A 12 V, 10 A 1 – 16 V, 50 W VTM VTM Filtering Input Active EMI Filter Input Active EMI Filter Output Filtering Output Filtering Power Management Cool-Swap Cool-Swap Cool-Switch Cool-Switch Cool-ORing μRDS(on)FET Cool-ORing μRDS(on)FET Solutions from AC to Point of Load


EETE SEPT 2013
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