How to solve SWaP-C challenges with 270 V input applications

Supplied by Vicor Corporation on Wednesday, 16 August, 2017

Defence applications with 270 VDC input must meet stringent EMI, environmental and power-related standards such as MIL-STD-461, MIL-STD-810 and MIL-STD-704. The design process is further complicated by SWaP-C requirements.

Learn about each standard and how to simplify the implementation of a compliant power system that conforms to strict SWaP-C demands.

DOWNLOAD

8 Pages PDF

Related White Papers

How to maximise the battery life on your IoT device

IoT device battery life can range from a couple of days to 30 years. To reduce energy...

How to design military-grade, rapid-start power applications

Learn about the critical areas of consideration when designing an isolated power system...

Valuable insights on obsolescence from the aerospace and defence industry

Discover insights identified to meet the obsolescence challenges you face today. Examine...

Content from other channels on our network

Veeam announces integration with Microsoft Sentinel

Cloudian teams with NVIDIA to enable sovereign AI

The roadblocks to success in enterprise application strategies

Monash University and Firstsource partner to drive next generation AI solutions

Lakera launches framework for testing LLM security

Critical security flaws uncovered in global mobile networks

Optus update: Senate inquiry begins, vandals cause new outage

NVIDIA and Nokia partner to pioneer AI platform for 6G

Comms Connect Melbourne 2025: conference highlights

Hytera's 5G MCX Device Sets New Standard for Secure Communication

Accelerating vehicle-to-grid tech in Australia

Flexible cables rise to meet the demands of modern automation

National cybersecurity body to protect consumer energy resources

Transgrid and Endeavour Energy plan electrical infrastructure for Aerotropolis

Global renewable energy company launches Australian subsidiary