Supporting more functionality, increased payload and longer run time
Learn how Vicor delivers high power with efficiency and reduced weight that allows for greater payload options to support mission success
Case study: Enhanced missile defense
Efficiently powering the growing suite of advanced on-board sensors
Customer’s challenge
As missile defense weapons become more sophisticated, they require higher performance power delivery to successfully incorporate advanced on-board technology to ensure more accurate and successful performance. Key goals were:
- 28V MIL-STD-704F input conversion to –28V
- Delivery high power in difficult circumstances
- Provide the necessary performance to enhance mission success
The Vicor solution
Vicor high-performance power modules provided the thermal, mechanical, and density benefits necessary to power the advanced onboard functionality. Powering an isolated, regulated –28V bus, the Vicor DCM3623 provides the DC-DC conversion with a wide input range of 16V to 50V, and peak efficiency of 93.6% with superior power density.
Key benefits
Key benefits
Previously unattainable system size and weight
High performance in harsh environments
Wide input range
Power delivery network
A 28V MIL-STD-704F input to -28V at 300W is converted using a DCMTM isolated, regulated
DC converter. The thermal, mechanical and density benefits of Vicor ChiP packaging allow for
cost-effective power solutions with previously unattainable system size and weight. Coupled
with the high efficiency gained through zero voltage switching (ZVS) topology, these
modules provide superior power system performance in a wide variety of environments. In
this application, the Vicor DCM3623 provides DC-DC conversion with a wide input range of
16V to 50V, peak efficiency of 93.6% and power density of 818W/in3.
絶縁 レギュレータ
入力電圧: 28, 30, 270V
出力電圧: 3.3, 5, 12, 15, 24, 28, 48V
出力電力: 最大1300W
ピーク効率: 96%
0.98 x 0.90 x 0.28in 他
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設計エンジニア向けコンテンツ
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