STIEC45-24AS

Introduction

The STIEC45-24AS is a series of the transient voltage suppressor (TVS) diodes designed to protect against overvoltage transients caused by lightning, inductive loads and high-energy sources. These robust devices are capable of handling the highest energy shocks without damage. This provides the highest level of protection against voltage transients, which can cause damage to electronics, prevent signal integrity, and disrupt operations. The STIEC45-24AS TVS series can also be used in protection of downstream equipments like lower voltage sensitive electronics, computer I/O systems and other signal and data input systems.

Application Field

The STIEC45-24AS TVS diodes are used in many different devices. They provide durable, high-energy protection against voltage spikes in electronic systems. These transient voltage suppressors are designed with a high-speed switching capability, which provides excellent protection against voltage spikes. This makes them ideal for use in various types of applications, including power supplies, consumer electronics, automotive and industrial electronic systems.

These transient voltage suppressors are also designed with a compact form factor, which makes them ideal for space-constrained applications. In addition to their higher energy, their extremely fast response time makes them ideal for prevention of system damage and prevention of data loss in sensitive electronic systems. Due to their robust design, they can handle high-energy voltage transients with minimal degradation of performance.

The STIEC45-24AS TVS diodes are suitable for both AC and DC load circuits, which makes them a versatile solution for a wide range of applications. They are also effective at protecting systems from surges caused by lightning, inductive loads, and high-energy sources. Additionally, they are suitable for use in a variety of environments, including normal, extreme, and temperature-sensitive ones.

Working Principle

The STIEC45-24AS TVS diodes utilize a silicon diode structure, which allows it to remain in a low impedance state until a voltage transient occurs. When a transient surge is detected, the diode quickly switches to a high-impedance state, allowing the current from the surge to be diverted. The diode will remain in a high-impedance state until the surge has been dissipated and the voltage transient returns to its normal operating level. This quick-response switch mechanism ensures reliable protection against voltage transients.

In addition to its protection against high-voltage transients, the STIEC45-24AS TVS diodes also provide protection against electrostatic discharge (ESD). This is achieved by the high breakdown voltage of the diode, which reduces any potential damage caused by ESD spikes. The device also features an active clamp, which prevents any increase in leakage current during transient voltage events. This ensures that the STIEC45-24AS TVS diodes remain effective over a long lifespan.

The STIEC45-24AS TVS diodes are designed for use in harsh environments. This means that they are capable of withstanding high temperatures, shock, vibration, and humidity levels. Additionally, these devices are RoHS compliant and UL-listed, which ensures that they are safe and reliable in any environment.

Conclusion

The STIEC45-24AS TVS diodes provide robust protection against high-energy voltage transients, electrostatic discharge, and extreme operating environments. Their high-speed switching capability makes them ideal for use in a variety of applications, while their compact form factor makes them suitable for use in space-constrained systems. Additionally, their UL-listed and RoHS compliant design makes them safe and effective across all operating conditions.

The STIEC45-24AS TVS diodes are a dependable solution for any system application needing robust protection against high-energy voltage transients and ESD. Their high-speed switching capability, compact form factor, and RoHS compliant and UL-listed design make them the ideal choice for any application that requires reliable protection from voltage transients.