S15GC M6G

The S15GC M6G is a rectifier diode designed for a wide range of applications. It is a rectifier diode that provides an efficient solution for rectifying AC inputs to DC output. The S15GC M6G is a compensated rectifier diode that provides a very low drop voltage, which makes it ideal for applications with high input voltages. It is particularly suitable for RF-switching applications, in which high frequencies are involved.

The S15GC M6G is a leaded silicon diode, with a molded-over molded case and a cathode band. The S15GC M6G is rated for an average reverse current of 10A (@25°C, Tjmax=145°C) and a peak pulse current of 30A. The maximum forward voltage drop is 1.2V and the maximum junction temperature is 145°C.

The working principle of the S15GC M6G is based on the Schottky barrier rectifier diode. The Schottky barrier rectifier diode is made up of a metal semiconductor junction with a rectifying property. When a forward bias voltage is applied to the diode, electrons are injected from the metal into the semiconductor, resulting in a current flow through the diode. The diode then acts as a rectifier, allowing current to flow in one direction only.

The S15GC M6G is suitable for a wide range of applications, such as general rectification, power conversion and rectification, microwave systems, and broadband applications. It is also used in switching applications, amplifiers, and in other high frequency circuits.

The main benefit of using the S15GC M6G is that it can be used in applications with high input voltages and low forward voltage drop. This makes the S15GC M6G an ideal choice for RF-switching applications, in which high frequencies are involved. Furthermore, its low forward voltage drop and low average reverse current make it suitable for applications that require low noise and low power loss.

In summary, the S15GC M6G is a rectifier diode designed for a wide range of applications. Its low forward voltage drop and high average reverse current make it ideal for RF-switching and high frequency applications. Its wide range of applications and its low power loss make it a preferred choice for power conversion and rectification, microwave systems, and broadband applications.