MAP6KE120AE3

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TVS diodes, like MAP6KE120AE3, are electronic components designed to protect circuits against the destructive effects of lightning and electrostatic discharge. It differs from a normal diode by being designed to handle transient voltage overshoots far in excess of the normal operating voltage of 5V. Its function is to help suppress transients, typically during power-up and power-down of the circuits, ensuring that the equipment or system is not damaged.

MAP6KE120AE3 is a dual Bi-Directional Transient Voltage Suppressor (TVS) with thirty-five volts peak and 120 Amps peak. It is designed to protect against ESD, EFT, and milliamps surge. Its ESD immunity is up to 14 KV, and its operating temperature range is between -55℃ to 150℃. It is a compact, dual-line TVS component that comes in a two-line form. It offers a great protection for circuits, and is ideal for applications including engine start-up, motor controllers, charging systems, and high voltage power supplies.

The usage and application of MAP6KE120AE3 are very wide. It is mainly used in protection circuits and can be found in various electronic devices, such as automotive, industrial, consumer electronics, and data/communications. It helps prevent damage from surge, spikes, and transient voltages that may be present in these applications. It is also compatible with most commonly used industrial grade components like connectors, relays, and transistors.

The principle of MAP6KE120AE3 is based on the diode\'s ability to “clamp” a voltage—temporarily reduce the input voltage to limit the output. When the diode is placed in a circuit with an input voltage applied, the diode will limit the voltage going to the load. The ability of the diode to absorb these transient spikes and divert them around substantially reduces the risk of damage to sensitive circuitry.

In summary, MAP6KE120AE3 is a dual Bi-directional transient voltage suppressor which is commonly used in protection circuits. It is capable of absorbing transient spikes and reducing the input voltage to protect the electronic components from damage. It offers wide applications in automotive, industrial, consumer electronics, and data/communications, due to its compatibility with most commonly used industrial grade components. It provides an easy and reliable way of protecting circuits against transient voltages.

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