Capacitors

Optimizing POL Transient Response with the Tunable LoopTM Feature
Since Point of Loads (POLs) are small, efficient and relatively inexpensive, their utility in providing...

Understanding Polymer and Hybrid Capacitors
Advanced capacitors based on conductive polymers maximize performance and reliability. Capacitors may...

Driving AC-DC power supply efficiency even higher
Reducing the size and improving the efficiency of AC-DC power supplies are constant pressures. In addition...

Practical Guide to Maximizing DC Measurement Performance
This guide will begin by reviewing instrument fundamentals, learning how to use SMUs, and examining the...

Understanding forced air cooling in power supplies
All power supplies generate waste heat which has to be dissipated. The heating effect becomes greater...

Maximize Your Uptime: Reducing Risk of Power Supply Failure
Low-power electrical transients generated within a facility are the primary cause of failure to AC/DC...

Hi-pot Type Testing Application Note
This Application Note was written to provide insight into the one time requirement for ‘type' testing...

Pierce-Gate Crystal Oscillator, an introduction
The most common gate oscillator in use today is by far the Pierce-Gate. Its popularity stems from the...

POLYMER CAPACITORS – AN OPTIMAL REPLACEMENT FOR MLCCS
Most often capacitor selection to the uniformed seems like a simple choice but the demands, challenges...

Optimizing PCB Layout
This white paper will explore the optimization of PCB layout for an eGaN FET based point of load (POL)...
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