Powering the Future with Infineon

Demonstration project to show the lowest power losses in commutating half-bridge drive also working over varying reactance and current.

On-line battery monitoring

Project AFSS - A smart system that monitors and suppresses any event of fire or damage in electric vehicle batteries.

Arduino based H bridge to change the speed of AC fan

Did not win. Next time!

Automotive Smart Circuit breaker and switch to increase efficiency in your car's electrical system and prevent electrical hazards.

CoolMOS based isolated AC or DC load controller with ZVS switching and short circuit, overload, over/under voltage & frequency protections

Electric vehicles are new enough to wonder, how long will they last? This is not a simple question, because it depends on a lot of things.

Designed for Industry 4.0, but suitable for smart home too. Features WiFi control, current measuring, PWM, soft start / stop and safety.

The isloated DC switch is like a DC MCB. the user side input and low voltage controler are completely isolated from high voltage.

Powering DC homes far away from solar micro-grid with DC-DC step up and step down using CoolMOS to reduce power line losses.

Battery Charger of a "Night Light Control" by Using a PID Controller and PWM Signal

A self-contained, smart tester that can determine the characteristics of a coil such as a relay.

Let's make some fog!

Portable lighting station synchronized with music, with the Infineon CoolMOS C7 MOSFET.

Automatic and smart care of plants by proper watering and their monitoring.

Digitizing household mechanical switches with CoolMOS C7. `

Bipolar solid state power relay, capable of commutation without arcing and/or overcurrent events.

An open source automatic transfer switch based on the Infineon CoolMOS™ C7 MOSFET.

A smart valve that automatically stops the flammable gas supply when gas leakage takes place or fire occurs for protection.

An Apple Siri-controlled switch based on Infineon's XMC1100 industrial microcontroller and 600VCoolMOS G7 power transistor.

A DC motor starter using 600 V CoolMOS™ C7 Gold superjunction MOSFETs for industrial applications.

Rather than using an power relay this project relies on the use of an discrete SSR solution with two mosfet with an RDSon of only 28 mOhm.

Solid State Precharge CoolMOS solution for automotive HV battery.