TZX24C-TR

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Diodes - Zener - Single includes several special types of diodes that are used in a wide variety of applications. The TZX24C-TR Zener Single Diode is one such example. It is a two-terminal, voltage-regulated diode that can be used to regulate the output voltage of any power supply or circuit.

The TZX24C-TR features a breakdown voltage of 24V, making it well-suited for equipment whose input voltage is higher than the forward voltage of the diode. With a maximum forward current of 2A and a reverse current of 2mA, the device can effectively protect high-voltage power supplies from over-current and over-voltage. The device is also extremely reliable, with a temperature drift of 70ppm/°C and a reverse bias leakage current of 20nA.

In terms of application field, the TZX24C-TR Zener Single Diode is suitable for a wide range of applications. It can be used in AC/DC adapters, battery chargers, automotive electronics, and other power supply systems that require voltage regulation. The device is also suitable for use in industrial control and signal processing circuits, due to its high stability and fast switching speed.

The working principle of the TZX24C-TR can be explained as follows. Under normal operating conditions, the device conducts current in the forward direction. When the input voltage exceeds the breakdown voltage of the device, current begins to flow in the reverse direction, allowing the output voltage to be regulated. As current flows through the device, it creates a voltage drop that helps to stabilize the output voltage and reduce power dissipation.

To sum up, the TZX24C-TR Zener Single Diode is an ideal solution for voltage regulation in a variety of applications. It features a breakdown voltage of 24V, a fast switching speed, and excellent temperature stability. The device can be used in AC/DC adapters, battery chargers, automotive electronics, and other power supplies. Its working principle can be explained as having current flow in the forward direction when the input voltage is lower than the breakdown voltage, and current flowing in the reverse direction when the input voltage exceeds the breakdown voltage, allowing the output voltage to be regulated.

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