LCE7.0-E3/73

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TVS - diodes are well-known components in the semiconductor industry.

The LCE7.0-E3/73 is a member of this family. It\'s a unidirectional, 7.0-volt TVS diode that provides protection from transients and other EMI interference. It is used to protect circuits from voltage spikes, electrostatic discharge, and other transient events. It also helps to reduce EMI and RFI emissions from your circuit.

The LCE7.0-E3/73 consists of two parts, an anode and a cathode. The anode is normally connected to the higher-voltage source while the cathode is connected to the lower-voltage source. When a surge or transient is detected, the LCE7.0-E3/73 will quickly conduct, shorting the two terminals together. This reduces the magnitude of the transient and diverts it away from the sensitive components.

The LCE7.0-E3/73 is a robust component and is designed to provide reliable protection up to much higher levels than its rated voltage. It is also self-regulating and self-resetting, meaning it can be used in applications requiring repetitive exposure to higher levels of transient protection.

LCE7.0-E3/73 is typically used in telecom and industrial applications, including industrial automation, medical equipment, military vehicles, computers, and consumer electronics. It is also widely used in automotive electronics to provide protection from transient events, like a voltage spike from a battery going online. This protects the sensitive components in the vehicle\'s electronics from being damaged.

LCE7.0-E3/73 is also used in power systems to divert dangerous transients away from sensitive components. Typically, these transients are generated by lightning strikes and electrical power system faults and surges. This helps to protect the sensitive components in the system from being damaged or destroyed.

Overall, the LCE7.0-E3/73 is a robust and reliable component that is used in a variety of tasks. It is designed to provide protection from transients and other EMI interference up to much higher voltages than its rated voltage. It is self-regulating and self-restoring, making it ideal for applications requiring repetitive exposure to higher levels of transient protection.

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