JANTX1N4103C-1

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A 1N4103C-1 diode is a single Zener diode that falls into the category of Diodes - Zener - Single. Zener diodes are specialized diodes that are designed to allow electricity to flow in the reverse direction. They are most commonly used in applications that require a low level of reverse breakdown voltage.

The 1N4103C-1 diode’s application field ranges from television circuits to industrial sensors. The diode is suitable for protecting circuits against high surge voltages, such as those caused by lightning, in situations that require only a low reverse breakdown voltage. Commonly, it is used with computer interfaces, such as those used in the automotive industry. The 1N4103C-1 is also suitable for use in clock control circuits, voltage regulation circuits, reverse battery protection, and overvoltage protection.

The main advantage of the 1N4103C-1 diode is that it can be used in wide temperature range (−55 ˚C to 125 ˚C). It is also capable of withstanding 700W of transient power dissipation and can handle up to 500mA of continuous forward current. Additionally, it features a reverse recovery time of just 6 ns and a maximum reverse breakdown voltage of 30V.

The 1N4103C-1 works on the principle of reverse breakdown, which is the process of breakdown of the electric current when the voltage exceeds a certain level. When this happens, the diode starts to conduct electrical current in the reverse direction. The diode is designed to be capable of withstanding the high reverse breakdown voltage, while allowing current to flow in the reverse direction. This is an important protection feature and allows for protection in situations where the voltage may exceed a certain level.

In summary, the 1N4103C-1 diode is a single Zener diode that falls into the category of Diodes - Zener - Single. It is most commonly used in applications that require a low level of reverse breakdown voltage and is suitable for circuits that need to be protected against high surge voltages. Its main advantages are its wide temperature range, transient power dissipation, and reverse break-down voltage. It works on the principle of reverse breakdown, which allows it to conduct electrical current in the reverse direction.

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