P6KE18AE3/TR13

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TVS (Transient Voltage Suppressors) diodes are devices used in electronic circuits for protection from overvoltage problems. Specifically, the P6KE18AE3/TR13 LED diode is an overvoltage protection diode suitable for applications which require high surge capability. The diode is designed to protect against damaging transients when connected in parallel with the circuit.

The P6KE18AE3/TR13 has a very low capacitive coupling and is encapsulated in a hermetically-sealed 3-lead molded case. It is made of a silicon substrate and a glass passivation layer. The diode features inductive terminals and a maximum power dissipation of 600 watts. The diode has a maximum reverse voltage of 18V and a peak pulse power of 1000 watts.

The working principle of the P6KE18AE3/TR13 essentially lies in the principle of “clamping” action. It is triggered when the voltage level of the circuit exceeds its rated breakdown voltage. Under such an event, the diode will become active and begin to conduct current from the unregulated voltage or current source to the circuit common-ground. This action limits the maximum voltage level that can be allowed to go into the circuit, as the diode has a predetermined rating.

The applications of the P6KE18AE3/TR13 diode can include but not limited to switching power supplies, transducer interfaces, data and telecom, industrial and automotive electronic circuitry protection, and protection in high-frequency electronic circuits. The device can also be used in remote control circuits, automotive relay systems, and other sensitive electronic equipment. It can be used to provide reliable protection against power surges as well as transients that may impair the operation of the circuit and protect the connected electronic devices from damage.

In conclusion, the P6KE18AE3/TR13 LED diode is a excellent overvoltage protection diode due to its high surge capability. It is suitable for applications requiring reliable protection against power surges, transients, and related problems. The diode is designed with inductive terminals and also features a hermetically-sealed molded case. Its working principle lies in the principle of “clamping” action through which it can limit the maximum voltage level, providing excellent protection for sensitive electronic devices from damage.

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