Who Uses Military Power Supplies: How the AC to DC Converter Empowers Big Jobs

There are a number of organizations that use military power supplies. Especially popular in use is the AC to DC converter for its ability to offer customized solutions to complex operating requirements. The best military power supplies companies producing AC to DC converters manufacturers a wide variety of types for multiple industries.

Military power supplies might have some similarities to other types of power supplies, but what makes these stand out is their sheer ruggedness and customizable capabilities to function in extreme conditions. Military power supplies are designed to perform without flaw in a variety of conditions with extreme pressure, temperatures, and moisture levels. They also need to perform with little maintenance and have a long lifecycle.

Nuclear Power Plants Use Military Power Supplies with AC to DC Converters

The nuclear power industry is one that requires military power supplies to keep reactors stable. Over 11 percent of the planet’s electricity originates from nuclear energy and new generation reactor designs are being pushed out. With disasters in recent history like Japan’s Fukushima disaster in 2011 and the Chernobyl Disaster in 1986, the need to safely maintain reactors and nuclear cores is detrimental to the health and safety of our planet. Military power supplies components like AC to DC converters help to allow the safe and protected environments to thrive where energy is produced and controlled from allowing the atoms of certain elements to split. Military grade AC to DC converters provide the power needed in reactors to keep conditions within safe operation.

AC to DC Converters Empower Our Armed Forces

Our Army, Navy, Air Force, Marines and Coast Guard rely on the AC to DC converters produced in the military power supplies lineup that enables operations in challenging deployment environments. AC to DC converters for military operations must be smaller in size, low weight and meet the challenges faced by multi-voltage systems. Here are some of the ways that AC to DC converters and other military power supplies provide flawless performance:

  • Ensure noise reduction for tactical needs
  • Support higher voltages and lower input signals than commercial supplies used by air traffic control and military hospitals
  • Military power supplies like the AC to DC converter help power systems that protect gear and troops from lightning strikes
  • Enable the normal, abnormal and emergency operational modes in military-grade vehicles and aircraft.
  • Power supply devices capable of withstanding water and high humidity. Many AC to DC converters from top military power supply companies use a sealing integrity of 1 meter per MIL-STD-810 Method 512.5. Furthermore, non-conductive materials like silicone elastomerics are often used for sealing.
  • Military power supplies that withstand temperatures below -40 degrees Celsius and above 80 degrees Celsius.

From launching aircraft from Nimitz class aircraft carriers to launching missiles to intercept threatening forces, AC to DC converters are the all starts of military power supplies in enabling a number of requirements so systems can work efficiently.

Aerospace and Military Power Supplies

Military grade AC to DC converters are used in the aerospace industry to help multi-voltage systems perform in outer space. The best military power supplies used for space exploration must enable performance while handling considerable vibration and shock, and not the variety of shaking that occurs on jet flight routes but rather those experienced when space shuttles launch and various stages break apart. The power systems that enable space launches require a watertight system that must withstand humidity using a GORE TEX® vent. These military power supplies must also be able to withstand extreme heat experienced in the launch and when re-entering the atmosphere.

All in all, military power supplies are used in multiple industries that work in harsh conditions, and this is why AC to DC converters must be designed to complete big jobs in challenging environments.