Z3PAK
Z3PK540H, Z3PK540TH, Z3PK545RH, Z3PK545TH, Z3PK545UH, Z3PK560H, Z3PK845H, Z3PK845UH, Z3PK860H, Z3PK860ULH, Z3PK5100H, Z3PK5150H, Z3PK5200H, Z3PK8100H, Z3PK8100UH, Z3PK8150H, Z3PK8200H, Z3PK10150DH, Z3PK10150H, Z3PK10200DH, Z3PK10200H, Z3PK20150H, Z3PK20200H
PDF Download ZOWIE Products
PDF Download ZOWIE Products
The Schottky diode also known as Schottky barrier diode or hot-carrier diode, is a semiconductor diode formed by the junction of a semiconductor with a metal. It has a low forward voltage drop and a very fast switching action. The cat's-whisker detectors used in the early days of wireless and metal rectifiers used in early power applications can be considered primitive Schottky diodes.
When sufficient forward voltage is applied, a current flows in the forward direction. A silicon p–n diode has a typical forward voltage of 600–700 mV, while the Schottky's forward voltage is 150–450 mV. This lower forward voltage requirement allows higher switching speeds and better system efficiency.
When sufficient forward voltage is applied, a current flows in the forward direction. A silicon p–n diode has a typical forward voltage of 600–700 mV, while the Schottky's forward voltage is 150–450 mV. This lower forward voltage requirement allows higher switching speeds and better system efficiency.
The Z3PAK Schottky Barrier Rectifiers are engineered to provide high-performance protection for sensitive circuits. As a trusted Taiwan’s manufacturer, we deliver components that combine innovation with reliability. The Z3PAK model excels in maintaining efficiency across various applications.
Global suppliers value the
Z3PAK
rectifiers for their exceptional quality and seamless integration capabilities. Whether used in consumer electronics or industrial systems, these rectifiers ensure smooth operation and optimal performance. Upgrade your systems with theZ3PAK
Schottky Barrier Rectifiers. With advanced engineering and a focus on quality, this product is a dependable choice for professionals worldwide.Enquiry Now
Products List