3KASMC26AHE3_B/H Circuit Protection

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TVS - Diodes are a class of semiconductor protection devices used to protect electrical circuits from damages due to overvoltage, high power transients, voltage spikes, and voltage transients. The 3KASMC26AHE3_B/H is one such device. It is designed for use in automotive, communications, medical, computers, servers, and industrial applications. This article will discuss the application fields and working principles of the 3KASMC26AHE3_B/H.

Application Fields

The 3KASMC26AHE3_B/H TVS - Diode can be used in a wide variety of applications. It is designed to protect systems from overvoltage transients such as those caused by electrostatic discharge (ESD), electrical fast transients (EFT), and power cross surge. It can also be used to protect against transients caused by inductive switching, such as those caused by relay activations, motor running, and solenoid valve actuations. In addition, the 3KASMC26AHE3_B/H is designed to protect systems from power transients caused by direct lightning strikes.

The 3KASMC26AHE3_B/H can be used in automotive, communications, medical, computers, servers, and industrial applications. In automotive applications, it can be used to protect against transients caused by ignition systems, starter motor inductive ringing, and injector drive switching transients. In communications applications, it can be used to protect against transients caused by lightning strikes, power cross surges on telephone lines, and high speed switching of ISDN lines. In medical applications, it can be used to protect medical instruments and devices from electrical transients. In computers and servers it can be used to protect against electrical transients from the power supply and other peripheral devices. In industrial applications, it can be used to protect instrumentation, switches, relays, and junction boxes from electrical transients.

Working Principle

The 3KASMC26AHE3_B/H TVS - Diode is a solid state semiconductor device that is designed to protect systems from overvoltage and high power transients. It is designed to be placed in series between the power supply and the load. When a voltage transient is detected, the device clamps the transient to an acceptable level, thus protecting the system from damage.

The 3KASMC26AHE3_B/H consists of a diode bridge that is connected to a parallel RC network (resistive-capacitive). The RC network is connected to ground and is designed to shunt the transient energy away from the load. The diode bridge is designed to clamp the voltage on the power line to an acceptable level. The diode bridge works in conjunction with the RC network to dissipate the transient energy away from the load.

The 3KASMC26AHE3_B/H is designed to protect systems from overvoltage transients such as those caused by ESD, EFT, power cross surge, inductive switching, and direct lightning strikes. It is designed to clamp the voltage on the power line to an acceptable level and dissipate the transient energy away from the load to prevent damage to the system. It is a reliable and cost-effective device for protecting systems from overvoltage and high power transients.

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