UDZS24B RRG

The UDZS24B RRG (Rapid Response Goku) is a single Zener diode, specifically designed to provide excellent protection against harmfully high voltage transients. It has many applications and has become increasingly popular in the automotive, aerospace and industrial electronics industries. This device is typically used in circuits for suppressing fast rise time transient overvoltages. Below, we will look at its application field and working principle.

Applied Field of UDZS24B RRG

The UDZS24B RRG is a great solution for protecting against high voltage transients in many applications, such as: power supplies, battery operated equipment, telecommunications, automotive and military. It is also great for interfacing devices, such as data converters or computers, with electrical peripherals. This device provides circuit designers with two capabilities; it helps reduce the rate of voltage rise, and it offers very low voltage overshoot.

Working Principle

The UDZS24B RRG is a single Zener diode. It works by having a non-linear breakdown voltage that is much lower than its peak reverse voltage rating. When a transient overvoltage occurs, the diode blocks the flow of current and is stressed until the reverse breakdown voltage is reached. At this point, it quickly breaks down to provide an alternative low impedance current path, which acts as a short circuit to divert the excess voltage away from the protected component.

Aside from providing protection against overvoltage, the UDZS24B RRG also offers excellent ESD protection for sensitive equipment. The device features high-efficiency ESD protection and is capable of withstanding ESD strikes of up to 8kV.

The UDZS24B RRG is a great device for providing high-speed transient protection in a wide variety of applications. It has a low breakdown voltage and is capable of withstanding high levels of ESD. The device is also highly-efficient and cost-effective, making it an ideal choice for many applications requiring reliable protection against transient overvoltages.