To support designers with technical application development, these whitepapers and application notes provide insight into the solution criteria required for new and innovative designs.
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’s CBRDFSH Series is ideal for your next design. The CBRDFSH series features a lower maximum voltage drop than standard full-wave bridge rectifiers.
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.
This Application note will explore the usages for Renaissance Circulators and Isolators.
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.
