USB Type-C

Silicon Labs Reference Design Simplifies Development of USB Type-C Rechargeable Battery Packs

Silicon Labs, has introduced a comprehensive reference design to simplify the development of USB Type-C rechargeable lithium ion battery packs used to power smartphones, tablets,...

Conformal Coatings Vs Potting Compounds Which is Better to Protect your PCB, a Coating...

This is a question that is often asked throughout the electronics industry and like any good engineering answer, it depends… on the degree of environmental...
onsemi

ON Semiconductor collaborating with Weltrend to offer a fullrange of USB PD wall charger...

In response to the current market demands and the latest USB standard, a leading power chip supplier ON Semiconductor has joined forces with a...
fig1

Web based custom design brings more power to designers

Device developers have always looked to provide some degree of programmability in their products. But, with the exception of FPGAs and a few other...
Littelfuse

Protecting Rechargeable Li-Ion and Li-Polymer Batteries

Littelfuse offers designers many different protection devices to choose from in an array of form factors and device characteristics that meet the needs of...
PCB

How to Ensure the Quality of PCBs

PCBs (Printed Circuit Boards) are the most used and basic assembly unit applied by all types of electronic devices. All functions and performance of...
TADF-ESIPT

Researchers from Kyushu University design a new family of TADF emitters based on ESIPT

Researchers from Kyushu University's Center for Organic Photonics and Electronics Research (OPERA) developed a new TADF emitter molecule that is based on excited-state intramolecular...
qpb1006-thermal-simulation_490px

How Spatial Combining Works: New Levels of Power for TWTA Replacements

Replacing legacy systems with next-generation technology isn't always a one-to-one fix. This blog describes spatial combining, why it's important for sensitive equipment like electronic...
three-phase, gallium nitride (GaN)-based inverter reference design

TI GaN power design drives 200-V AC servo drives and robotics with 99-percent...

Texas Instruments (TI), Introduced an innovative three-phase, gallium nitride (GaN)-based inverter reference design that helps engineers build 200-V, 2-kW AC servo motor drives and...
LANXESS extends its supports for quality education with Teach for India

Designing a reverse osmosis system for real conditions

The more accurately a proposed concept offered to a customer takes account of the prevailing circumstances, the easier it is to satisfy the customer's...
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