New power module for drones and aircraft

SynQor’s latest defence-grade isolated power conditioning module – MPFICQor – is designed particularly for the demanding needs of airborne applications, such as underwing pods and ordnance systems in aircraft and drones. It is now available across Europe and beyond through the global electronics distributor and supply chain partner, Astute Group.

The full-brick module supplies efficient and dependable performance, even at lower power levels, making it excellent for applications where size, weight, and power consumption are critical considerations. It is an essential building block of an AC/DC or DC-DC power supply running from a source as defined by MIL-STD-704.

One of the standout features of the module is its exceptionally low total harmonic distortion (THD) at the AC input. A THD of just 1.5% minimises electrical noise and ensures compliance with defence standards, including MIL-STD-1399. This is essential in sensitive airborne environments where EMI can disrupt critical systems.

The module includes active PFC technology, attaining a near-unity power factor greater than 0.99 at full load. This high-power factor reduces reactive power draw, optimising system integration and enhancing overall stability and reliability.

Efficiency is essential in airborne applications, and the device delivers an impressive 92% efficiency rating. This improves system performance and facilitates superior thermal management, decreasing heat generation and extending operational life.

The module is offered in the industry-standard full-brick form factor and is designed to meet SWaP requirements. Its compact size and lightweight design make it excellent for integration into space-constrained airborne platforms.

The company emphasises the defence standard compliance of its Mil-COTS converters, and the MPFIC is no exception. It meets a wide range of standards, including MIL-STD-704, MIL-STD-1399, MIL-STD-461, MIL-STD-810, and RTCA/DO-160, ensuring its suitability for harsh airborne environments and compatibility with defence system designs.

With its high efficiency, low THD, near-unity power factor, and defence standard compliance, the MPFIC is poised to become a vital component in next-generation aircraft and drone systems. It provides a robust and reliable power solution for powering critical avionics, navigation systems, and other essential equipment in demanding airborne environments.