PLZ30C-G3/H

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A PLZ30C-G3/H zener diode is a single diode component capable of conducting current in both directions. The diode has a voltage breakdown voltage of 30V, maximum power dissipation of 600 mW, and a forward current value of 1 mA. The diode also has a voltage regulation of 1.2V and a temperature coefficient of -2.2mV/°C.

The PLZ30C-G3/H is constructed with a planar device that is designed specifically for high-frequency applications. The design features a zinc-diffused silicon process, which results in a low-noise, low-leakage diode with superior performance. The diode also has a high-reliability, low forward voltage drop, and a long-term stability.

This diode is mainly used in telecommunications and computer related applications. The diode can be used in AC-DC converters, Line Interface Units, Voltage regulators, Interrupt Circuits, Class D power amplifiers and many more. In an AC-DC converter the zener diode helps regulate the output voltage by providing a constant reference voltage across its terminals. In a class D power amplifier the diode can be used as a high level of reverse voltage protection to protect it from overload.

The working principle of the PLZ30C-G3/H is that when an alternating voltage is applied to the zinc-diffused silicon cathode, a certain amount of current will flows through the circuit. The current increases until it reaches the very low breakdown voltage specified by the manufacturer. When this voltage is reached, the device will act as an open circuit and no current can pass. When current flows in the opposite direction, the diode operates as a short circuit, allowing current to flow through it.

The PLZ30C-G3/H zener diode is designed to provide excellent performance in many different applications. Its high-frequency capability makes it perfect for use in telecommunications and computer related applications, and the low forward voltage drop and high-reliability make it ideal for use in many other applications. The diode is well known for its voltage regulation and thermal coefficient capabilities which provide reliable and stable operation.

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