Plug & Play Solution for Balancing Supercapacitor with MOSFETs and PCB Boards

Plug & Play Solution for Balancing Supercapacitor with MOSFETs and PCB Boards

Optimize your energy-efficient designs with Advanced Linear Devices' new PCB for balancing supercapacitors.


Auto-Balance Supercapacitors with Voltage Ratings of 3V or Higher

Auto-Balance Supercapacitors with Voltage Ratings of 3V or Higher

The SAB MOSFET provides unprecedented supercap cell balancing and protection by managing the voltage and leakage current, all while consuming near-zero power.


Qualcomm Raises the Bar on Thin, Light PC Performance With New CPU

Qualcomm Raises the Bar on Thin, Light PC Performance With New CPU

The new Snapdragon X Plus 8-core is designed to uphold high-performance standards while extending battery life by multiple days on Copilot+ PCs.


News Sep 12, 2024 by Jake Hertz
Innovative Core Material Supports Higher Currents in TDK’s Inductive Chokes

Innovative Core Material Supports Higher Currents in TDK’s Inductive Chokes

The new high-current chokes use a novel alloy powder core material with superior saturation properties to push the boundaries of current density.


News Sep 12, 2024 by Mike Falter
Signal Fidelity Oscilloscope Guide

Signal Fidelity Oscilloscope Guide

Address signal fidelity challenges with SIGLENT's high-resolution oscilloscopes, offering precision, visualization, and analysis for modern design needs.


Bluetooth Signal Generation & Analysis

Bluetooth Signal Generation & Analysis

Learn how to use the Bluetooth analysis function of SSA5000A to carry out Bluetooth analysis and measurement quickly and effectively.


Enhanced TDR Measurements with the SNA5000A Vector Network Analyzer from Siglent

Enhanced TDR Measurements with the SNA5000A Vector Network Analyzer from Siglent

This application note discusses the advanced TDR implementation and capabilities of the Siglent SNA5000A vector network analyzers while comparing the quality of…


How to Hurdle Overswing and Noise In Low Power Designs

How to Hurdle Overswing and Noise In Low Power Designs

Overswing can occur when Zener diodes are pushed to their limits. Learn about why this happens and the problems it causes—and how to overcome the issue.