SiC Power Devices: Principles and Advantages

Explore SiC power devices: market trends, EV inverter adoption, material advantages, GaN integration and outlook for efficient power electronics

Registers and Data Buffers in Chip Design

Design tips for registers, buffers, grounding, RC filtering and low-jitter clocking to optimize ADC/DAC performance and isolation.

MOSFET Features and Practical Applications

Practical guide to using enhancement-mode NMOS with microcontrollers: switching, PWM dimming, and choosing Vgs(th), Rds(on) and Cgs.

Operating Principles of Silicon Carbide Power Devices

Explore how silicon carbide (SiC) power devices boost efficiency, high-temperature stability and voltage handling for EVs, renewables and HVDC.

Investigating Transistor Anomalies Caused by Weather

Why SOT23 devices cause 5V rail drop in low-temp/high-humidity tests and how lowering pull-up resistor prevents failures.

Why 50V μF-Level MLCCs Short Under 24V/28V

Why 50V MLCCs short under 24-28V: thin-dielectric breakdown causes and fixes, use larger packages, parallel high-voltage MLCCs, or alternative caps.