GHXS010A060S-D3

Diodes - Rectifiers - Arrays

The GHXS010A060S-D3 is a diode rectifier array suitable for a wide range of applications. It is a versatile product that provides excellent protection against overvoltage, reverse polarity and transient currents. The device is available in surface-mount and through-hole packages, allowing for a broad range of application options and is suitable for both high-power and low-power designs.

Application Field

The GHXS010A060S-D3 is suitable for many different types of applications, ranging from industrial to automotive. In industrial applications, it can be used in rectifier circuits, where it can be used to provide protection against overvoltage, transient currents and reverse polarity. It can also be used in battery chargers and power supplies, where it can provide protection against voltage transients. In automotive applications, the device can be used for rectification and protection against overvoltage, reversed polarity and transients. Additionally, it can be used in power rail isolation, gate drive isolation and gate drive control.

Working Principle

The GHXS010A060S-D3 is an array of high-performance diodes that work together to provide excellent protection against overvoltage, transient currents and reverse polarity. When the device is connected in a circuit, its diodes are arranged in pairs and aligned in a “series-parallel” configuration. This allows the + and - input terminals of the device to be protected against reverse connections, as the inverse voltage is forwarded to the opposite diode instead of the supply source. The device also includes a built-in Zener diode, which provides additional protection against overvoltage. The Zener diode reduces the voltage above its breakdown threshold, which limits the voltage seen at the + and - terminals of the device.

Additionally, the GHXS010A060S-D3 also includes advanced power transistors that help to reduce the amount of power dissipation, and provide excellent protection against transient currents. The transistors are connected in a configuration known as “switching diode”, which helps to minimize on-state losses and eliminate reverse recovery problems. This ensures that the device is more efficient and better protected against transient voltages and currents.