1N5365E3/TR13

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A 1N5365E3/TR13 is a zener diode, a type of semiconductor that regulates current flow, restricting it when certain thresholds are surpassed. It’s also a single diode, a unidirectional component consisting of a junction between two pieces of semiconductor material—in this case, silicon. The 1N5365E3/TR13 is part of the family of 1N53xxE3/TR13 series of zener diodes.

This diode can be used in a variety of applications, such as voltage regulation, ripple reduction, wave-shaping and pulse control, clamping, surge suppression, and polarity protection.

A zener diode’s primary purpose is to maintain a consistent voltage throughout a circuit. It helps keep other parts of the circuit from exceeding a certain amount of current, thus preventing its damage. In addition, they are also used to decrease voltage fluctuation (ripple), suppress transients, and reduce noise.

The 1N5365E3/TR13 can be applied to a variety of electronics, such as automotive, medical equipment, consumer electronics, computers, industrial electronics, and test equipment.

The 1N5365E3/TR13 has an avalanche voltage up to 13 volts, with a peak pulse power of 800 mW and a working current of at most 0.4A. It has a maximum operating temperature of 175℃, a leakage current of less than 1.0 µA at 12 volts, and impedance of 25K Ω at 5mA.

Its operating principle is that, when the forward current is less than the avalanche current, the forward voltage drop will be very low, while reverse voltage is applied to the diode, causing it to break down and start conducting current. This is known as “zener breakdown”. The zener breakdown voltage and reverse current depend on the device type and can be read from the datasheet.

In summary, the 1N5365E3/TR13 is a single zener diode that can be used for voltage regulation, ripple reduction, and more. It has an avalanche voltage up to 13 volts, with a peak pulse power of 800 mW and a working current of at most 0.4A and an operating temperature of 175℃. Its main operating principle is that it starts conducting current when a certain breakdown voltage is applied.

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