Power conversion inefficiencies generate excessive heat and system complexity across industrial applications. GaN FETs achieve 99% efficiency, slashing power losses from 10kW to 2kW while reducing cooling requirements and system weight by 50%.
The choice of a SiC MOSFET goes beyond RDSon. Learn how temperature drift, threshold voltage range, gate charge ratio, and body diode robustness affect efficiency and switching behavior in demanding designs.
Learn how to optimize power supply performance through strategic decoupling capacitor placement, component selection, and PCB layout techniques. Master the art of minimizing AC voltage ripples and noise in IC applications.
This article demonstrates data acquisition from analog sensors using an MCU’s internal ADC, focusing on power-efficient techniques. Two examples, temperature measurement with an RTD and current measurement using a sense resistor are outlined.
Learn the fundamentals and benefits of Power over Data Line systems. It explores various circuit solutions, evaluating complexity and cost for decision-making. Simulations are advised, with comparative analysis of simulated and measured results.
High-resolution image sensors require a processing unit with high-speed interfaces to ensure the required sampling rates and
Microchip is hosting MPU Webinar Event specifically for design engineers on Monday 8th to Thursday 11th of February 2021 at 14.00 CET. This free event will give engineers a complete overview of the Microchip MPU portfolio,
Power over Ethernet (PoE) technology uses data network cables to transmit electrical power to devices. This allows a single cable to provide both data connection and power to devices like Wireless Access Points (WAPs),
A flexible platform for building signal chains With two clicks and without hardware configuration to the prototype Build and test entire signal chains quickly with
