Design and implementation of a three‐phase active power factor
In aircraft applications, improving power factor and minimizing reactive power are critical to enhancing system efficiency and reducing overall losses. The proposed PFC topology uses active
Keeping Aircraft Flying When the Power Grid Fails
At first glance, electrical grid instability may seem like a ground-side concern. But the value of aircraft, particularly newer models outfitted with next
Electrical System Architecture for Aviation Electrification
The proposed electrical power system supports ±5 kV MVDC buses for propulsion and secondary ±0.5 kV and 28 V DC buses for non-propulsive loads such as avionics and environmental control systems
Aviation Electronics
We offer full-custom system development and realization of extremely lightweight and integrated power electronic systems – from the first concept to testing and delivery of the complete prototype system.
Avionics design resources | TI
Every system must meet RTCA DO-160 harmonic specifications, with pressure to reduce size and weight and increase efficiency. Our tested solutions give you the data that you need to ease power
A road map for reliable power electronics for more electric aircraft
The types of power devices currently employed for multiple conversion topologies are analysed and weighed according to their respective reliability characteristics.
Technological advancements and future prospects of electrical power
The importance of academia-industry collaboration underscored, with examples provided to illustrate how such partnerships can accelerate the development of advanced electrical power
AC-DC front-end modules for avionics power electronics | Military
These power electronics devices are compatible with common airborne AC input bus voltages and variable frequencies, meet the stringent requirements of DO-160, ABD-100, and Mil-Std-704...
Solving Military-Avionics DC-DC Power Challenges with
Engineers developing electronics for military or avionic applications often face demands for more complex digital, radio communication, and automated systems, resulting in soaring power
Towards low-power, low-profile avionics architecture and Control for
The paper presents the advent of a new line of Micro Architecture and Control (MARC) avionics systems with very low-power, multi-sensor, multi-processor avionics interconnect architecture designed
An Overview of Aircraft Electric Power System for
An overview of current developments in subjects such as power systems used in electric aircraft, electric propulsion system concepts, power electronics converters, semiconductor
Advanced Magnetic-Integrated Multi-Trap LCL Filter: Optimization for
Total Harmonic Distortion (THD): The THD of the grid current (ig) for the TTL filter is 0.82%, marginally lower than the 0.85% of the discrete LCL filter, both maintaining a total harmonic
Comprehensive Investigation of Unmanned Aerial Vehicles (UAVs):
The evolving technologies regarding Unmanned Aerial Vehicles (UAVs) have led to their extended applicability in diverse domains, including surveillance, commerce, military, and smart
Design of Miniaturized and Low-Cost Avionics System
This paper proposes an integrated and standardized avionics system architecture and designs a miniaturized and low-cost avionics system product. This product has achieved installation
Advances in UAV Avionics Systems Architecture, Classification and
Thus, it is crucial to ensure seamless and harmoniously operation of all the UAV avionics systems that include the flight control surfaces, UAV sensors, navigation and planning systems,
A road map for reliable power electronics for more electric aircraft
The power-off taken at the engine by all the aircraft''s systems are typically responsible for 3–5% of the total power produced by the engine . By developing a more electric aircraft (MEA),
Technological advancements and future prospects of electrical power
This comprehensive study delves into the current state and future prospects of Electrical Power Systems (EPSs) in More Electric Aircraft (MEA). The paper begins by examining the
Power Distribution Systems in Avionics
Learn the fundamentals and best practices of power distribution systems in avionics, ensuring reliability and safety in aircraft electrical systems.
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