3 weeks ago
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Flex Power Modules introduces the BMR474, a high power density, digital non-isolated Point of Load (PoL) regulator. Due to its vertically mounted SIP (Single Inline Package) design, the BMR474 saves valuable board space, while being able to deliver up to 80 A output current, with a maximum power output of 198 W.
Designed for telecom and datacom applications, the BMR474 offers an excellent price to performance ratio, and offer efficiency levels as high as 95.1% at 12 Vin, 3.3 Vout, full load.
The input voltage range is 6 V to 15 V, and the output voltage can be adjusted from 0.6 V to 3.3 V. For output voltages up to 1.8 V, the BMR474 can deliver up to 80 A output current, while for output voltages over 1.8 V the maximum output current is 60 A. Ripple and noise is 5 mV at 12 Vin, 1 Vout, full load.
Digital PoL regulator in compact SIP for telecom and datacom applications
Flex Power Modules has launched the BMR474, a high-power density, digital non-isolated PoL regulator. Due to its vertically mounted SIP (single inline package) design, the device saves precious board space, while being able to provide up to 80A output current, with a maximum power output of 198W.
Created for telecom and datacom applications, the device provides an attractive price to performance ratio, and provides efficiency levels as high as 95.1% at 12Vin, 3.3Vout, full load.
The input voltage range is 6V to 15V, and the output voltage can be altered from 0.6V to 3.3V. For output voltages up to 1.8V, the device can provide up to 80A output current, whilst for output voltages over 1.8V, the maximum output current is 60A. Ripple and noise is 5mV at 12Vin, 1Vout, full load.
80A non-isolated PoL sits up on edge
Flex Power Modules has announced a 198W point-of-load dc-dc converter in a 33 x 8.6 x 19mm single-in-line format.
Called BMR474, it is a digital non-isolated PoL that can deliver 198W. Efficiency is as high as 95.1% at 12Vin 3.3Vout full load – chunky output pins help to keep resistive losses at bay. An optional pre-fitted heatsink is required for more demanding applications.
Input voltage range is 6 to 15V and the output can be adjusted from 0.6 to 3.3V – with 80A available at up to 1.8V, and 60A above 1.8V.
Ripple and noise is 5mV at 12Vin 1Vout full load.