SMF12AHRQG

The SMF12AHRQG is a surface mount unidirectional transient voltage suppressor (TVS) diode. These devices provide suppression of transients on data lines, commonly in high speed communication links and industrial environments. The device is designed to protect against destructive surges of up to 12 amperes, with a maximum peak pulse power of 600W, depending on the chosen model. It can be used in applications such as electrical and electronic equipment, personal computers and peripherals, consumer communications, automobiles, and more.

The SMF12AHRQG is designed to protect against surge-induced voltage and current transients. It has a high surge current capability, low clamping voltage, high reliability, and is RoHS compliant. It is available in a variety of package sizes and shapes, including SMA, SMD, SMB, SOP, and DIP. It also offers excellent surge and overvoltage protection, fast response times, low capacitance, and low operating and clamping voltage.

The device is composed of a positive temperature coefficient (PTC) and a bias-resistant n-doped region. The PTC and bias-resistant region prevent any transients from being induced with the device. When a transient is detected, the PTC body reacts along with the bias-resistant region to reduce the potential for destruction. The PTC is designed to re-set itself once the transient has ceased.

The device can be utilized for both data-line and off-line applications. For data-line applications, the SMF12AHRQG provides high-speed performance, protecting signals from transients without degrading the signal quality. For off-line applications, the SMF12AHRQG provides excess overvoltage protection and high-efficiency surge protection against abnormal conditions arising from operating environments. For both types of applications, the SMF12AHRQG delivers superior protection against transients with excellent compliance to environmental and regulatory standards.

The SMF12AHRQG is a reliable TVS diode with many applications. It provides fast-acting protection against voltage and current transients, low capacitance with excellent voltage and current capabilities, and high reliability. It is an excellent tool for protecting sensitive electronics and other communication circuits from damaging transients and is RoHS compliant. It is an ideal choice for a wide range of applications in diverse industries.