VPT Components

VPT Components, a subsidiary of VPT, Inc., is a leading provider of high-reliability power conversion solutions for mission-critical applications. With a focus on ruggedness, efficiency, and advanced technology, VPT Components offers a comprehensive range of power modules, converters, filters, and other power components to meet the demanding requirements of industries such as aerospace, defense, and space.

One of the key characteristics of VPT Components is their expertise in power conversion technology. They have extensive experience in designing and manufacturing power solutions that can withstand harsh environments, wide temperature ranges, high voltages, and extreme vibration and shock conditions. VPT Components' products are known for their reliability, durability, and long operational life, ensuring consistent power delivery in the most demanding applications.

VPT Components offers a diverse portfolio of power conversion solutions. Their product range includes DC-DC converters, EMI filters, and custom power modules. These components are designed to efficiently convert and regulate power from one voltage level to another, ensuring stable and clean power for critical systems. VPT Components' power solutions are available in various form factors, including surface mount, through-hole, and plug-in modules, providing flexibility and ease of integration into different applications.

The applications of VPT Components' power conversion solutions are crucial in mission-critical systems. In the aerospace industry, their products power avionics systems, onboard communications, navigation systems, and flight controls, ensuring reliable and efficient operation of aircraft. In defense applications, VPT Components' power solutions support electronic warfare systems, radar systems, missile guidance, and communications equipment, providing the necessary power for military operations. They also serve the space industry, delivering power solutions for satellites, space probes, and scientific instruments, where reliability and radiation resistance are paramount.