EPC Corp – Medium

EPC Corp

EPC Corp

Myths about Gallium Nitride Semiconductors

Gallium nitride (GaN) has emerged as the technology to offer greater efficiency, significantly reduce system size and weight, and enable…

Jun 22, 2023

100 V GaN vs. Silicon Chart

Jun 22, 2023

EPC Corp

The EPC9165 is a 2 kW, two-phase 48 V — 14 V bidirectional converter that operates with 97 % peak…

The solution is scalable; two converters can be paralleled for 4 kW, three converters for 6 kW or only one phase can be used for 1 kW. In…

Feb 17, 2022

The EPC9165 is a 2 kW, two-phase 48 V — 14 V bidirectional converter that operates with 97 % peak…

Feb 17, 2022

EPC Corp

eToF™ Laser Driver ICs for Advanced Autonomy Lidar

Laser drivers for light distancing and ranging (lidar) are used in a pulsed-power mode. What are the basic requirements for these laser…

Mar 22, 2021

eToF™ Laser Driver ICs for Advanced Autonomy Lidar

Mar 22, 2021

EPC Corp

Why GaN for DC-DC Space Designs

Power electronics engineers are constantly working towards designs with higher efficiency and higher power density while maintaining high…

Mar 3, 2021

Why GaN for DC-DC Space Designs

Mar 3, 2021

EPC Corp

How GaN is Revolutionizing Motor Drive Applications

Motor drive applications span several markets: industrial, appliance, and automotive. A commonality that occurs regardless of market is…

Feb 9, 2021

How GaN is Revolutionizing Motor Drive Applications

Feb 9, 2021

EPC Corp

Reduce Audible Noise in Motor Drive Designs Using eGaN® FETs and ICs

Brushless DC (BLDC) motors are popular and finding increasing application in robotics, e-mobility, and drones. Such applications have…

Jan 15, 2021

Reduce Audible Noise in Motor Drive Designs Using eGaN® FETs and ICs

Jan 15, 2021

EPC Corp

How to Design a Bi-Directional 1/16th Brick 48 V-12 V Converter Using Monolithic GaN ePower™ Stage

Introduction

Dec 15, 2020

How to Design a Bi-Directional 1/16th Brick 48 V-12 V Converter Using Monolithic GaN ePower™ Stage

Dec 15, 2020

EPC Corp

How to Design a Highly Efficient, 2.5

Acknowledgement — This application note and associated hardware was developed in collaboration with Semiconductor Power Electronics Center…

Nov 3, 2020

How to Design a Highly Efficient, 2.5

Nov 3, 2020

EPC Corp

New 100 V eGaN® Devices Increase Benchmark Performance Over the Aging Silicon Power MOSFET

Efficient Power Conversion (EPC) is increasing the performance distance between the aging silicon power MOSFET and eGaN transistors with…

Sep 22, 2020

New 100 V eGaN® Devices Increase Benchmark Performance Over the Aging Silicon Power MOSFET

Sep 22, 2020

EPC Corp

New 200 V eGaN® Devices Double the Performance Edge Over the Aging Silicon Power MOSFET.

Efficient Power Conversion (EPC) is doubling the performance distance between the aging silicon power MOSFET and eGaN ®transistors with…

Aug 21, 2020

New 200 V eGaN® Devices Double the Performance Edge Over the Aging Silicon Power MOSFET.

Aug 21, 2020

EPC Corp

EPC Corp

Efficient Power Conversion Corporation (EPC) is the leader in enhancement mode Gallium Nitride based power management devices.

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