VS-GP250SA60S

Introduction

The VS-GP250SA60S is a transient voltage suppressor module (TVS) which is an integrated solid-state device that provides operation protection for other electronic components by limiting the surge voltage that may occur on the electronic circuit. It is used for protecting electronic circuits against transient overvoltage or damaging voltages, created when voltage or current flow is too large for the device to be able to handle. This device is one of the most common transient suppressors used in today’s electronic circuits.

Application Field

The VS-GP250SA60S is an advanced transient voltage suppressor module usually used for ensuring the integrity and performance of electronic devices and circuits connected to it. It is typically suitable for applications in areas such as automotive, industrial, consumer, and communication equipment, which may be vulnerable to possible spikes in voltages due to external causes (such as a power supply fault, transients in the power line, electrostatic discharge, etc.). It is also used as a protective measure in circuit designs which must comply with the appropriate safety regulations.

Working Principle

The VS-GP250SA60S is a monolithic transistor-based transient voltage suppressor that works on the principle of voltage dependent resistive clamping. The device operates by temporarily increasing the on-state impedance (R_on) of the device, thus effectively limiting the surge voltage that may occur on the electronic circuit. The device is designed with a surge rating of up to 250A (at 8/20 μs pulse) and a clamping voltage of 60V. The device accomplishes this by automatically diverting the transient energy to a low impedance path resulting in the unwanted voltages being safely clamped, thus providing a reliable protection for the electronic devices.

Conclusion

The VS-GP250SA60S is a highly reliable and cost effective transient voltage suppressing module which is suitable for applications in automotive, industrial, consumer, and communication equipment. The device is equipped with a high surge current rating, low clamping voltage, and a wide operating range. The device also offers a fast recovery time and is widely used in many circuit designs which must comply with relevant safety standards.