ICTE-15RL4

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The ICTE-15RL4 TVS Diode is an unidirectional protection device designed to limit transient voltage between supplies and active signal lines. It is composed of several electronics components to ensure safety against high energy pulses generated by outside sources such as electrostatic discharge, inductive loads, lightning and electrical transients.

The working principle of the ICTE-15RL4 is based on electrostatic clamping. This means that when the incoming transient voltage rises to a particular triggering level, the clamping diodes rapidly become conducting so that current can flow in the diode and absorb the incoming energy. The voltage is then dissipated to ground by the integrated resistor.

The main application field of the ICTE-15RL4 is for the protection of computers and related electronic devices. It is particularly useful for the protection of semi-conductors, circuits, and active components while providing a high level of stability for data transmission and communication. Additionally, the ICTE-15RL4 can also be used in various industrial and automotive applications.

The ICTE-15RL4 is designed to withstand high levels of surge and transient voltage, and its maximum peak pulse power can range between 800W and 1000W. This means that the device can protect equipment built with components that are more susceptible to short-term overloads. Additionally, the ICTE-15RL4 is designed to operate in temperatures between 150°C to 225°C, making it an ideal choice for harsh-environment applications.

The major advantage of the ICTE-15RL4 is its bidirectional protection capabilities. This means that it can protect both lines and circuit components from incoming as well as outgoing pulses. Additionally, the ICTE-15RL4 can dissipate total energy up to 400A, allowing it to protect against the more powerful types of transient voltage.

Overall, the ICTE-15RL4 is an excellent choice for transient voltage suppression. It has excellent surge and transient protection capabilities, and can be used in a wide range of applications. Its bidirectional protection capabilities, high total energy dissipation, and operational temperature range make it a reliable and effective device for protecting sensitive equipment from voltage transients.

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