AEM Components: Our Automotive-Grade Surface-Mount Fuses Achieve Compliance with New AEC-Q200 Rev E Regulation
All AEM automotive-grade surface mount fuses meet new industry regulations of AEC-Q200 Rev E. The new AEC-Q200 Rev E qualification outlines clear requirements for fuse performance before and after stress tests, which set a higher standard for safety and reliability.
Central Semiconductor: Current Carrying Capacity for Semiconductor Wire Bonds
The current carrying capacity of a semiconductor is a crucial characteristic directly influenced by the device's material resistivity, thermal properties, and active area. Fundamentally, this capacity represents the maximum power the device can dissipate, as the voltage drop across a functional semiconductor remains constant once it reaches saturation.
Central Semiconductor: Enhansing PoE Devices with Schottky Bridge Rectifiers
Central Semiconductor’s CBRDFSH Series is ideal for your next design. The CBRDFSH series features a lower maximum voltage drop than standard full-wave bridge rectifiers.
Central Semiconductor: Implementing Basic Amplification Stages with Small Signal BJTs
The basis for small signal bipolar junction transistors (BJTs) is simple: They are the best way to amplify an input signal without introducing large amounts of distortion to the output signal, creating near ideal amplification.
Renaissance: Surface Mount Component Assembly Guide
Guidance for the proper handling and installation of Renaissance surface mount (SMT) components during fabrication and assembly.
Renaissance: Application Note for Circulators and Isolators
Detailed application notes outlining specifications for Circulators and Isolators from Renaissance.
