M1.5KE100AE3

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A Transient Voltage Suppression Diode (TVS-Diodes) is an electronic component designed to protect sensitive circuits from large surges of voltage due to electrostatic discharge (ESD), lightning spikes, and other electromagnetic interference (EMI). The M1.5KE100AE3 is a diode that is often used to protect data communication lines from ESD and EMI. This diode has a highly reliable technology with wide operating temperature range, ultra-low clamping voltage, and fast reaction time. In this article, we will discuss the application field and the working principle of the M1.5KE100AE3 TVS-Diode.

The application field of the M1.5KE100AE3 is vast, as it is designed to protect data communication lines from ESD and EMI. It is often used in automotive electronics, consumer electronics, communication systems, industrial and medical control systems. Furthermore, the M1.5KE100AE3 is designed for use in a wide range of voltage supply levels, from 10V to 100V.

The M1.5KE100AE3 TVS Diode features a highly reliable technology with a wide operating temperature range (-65oC to +150oC), ultra-low clamping voltage, and fast reaction time. This diode also comes with an integrated self-resetting (fuse-like) mechanism, which ensures that the diode automatically resumes its protection after a surge is detected. This diode also has a low capacitance and low leakage current, which ensures that it does not interfere with the signal line.

The M1.5KE100AE3 is a bidirectional diode, meaning that it can be used to protect against electrostatic charge and electrical transient voltages on both polarities. The working principle of the M1.5KE100AE3 TVS Diode is simple and involves the diode\'s internal avalanche breakdown mechanism. When a voltage transient of a certain magnitude is detected, the diode’s avalanche breakdown mechanism rapidly switches it into a high resistance state. This limits the surge current to a safe level, thus protecting the sensitive circuit.

In conclusion, the M1.5KE100AE3 is an ideal component for protecting data communication lines from ESD and EMI. It has a wide temperature range, ultra-low clamping voltage, and fast reaction time. Moreover, the internal avalanche breakdown mechanism ensures that the diode quickly switches into a high resistance state when a voltage transient of a certain magnitude is detected. This quickly limits the surge current to a safe level, thus protecting the sensitive circuit.

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