CZRU3V6B-HF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Diodes are common electronic components used in many circuits and products in a wide array of applications. Diodes can be classified into several types, each with its own distinct features and distinct usage scenarios. One such type of diode is the Zener diode, specifically a single Zener diode. A single Zener diode, like the CZRU3V6B-HF diode, has some useful qualities that can make it particularly suitable in specific situations or applications. In this article, we will discuss the CZRU3V6B-HF application field and working principle.

Overview of CZRU3V6B-HF Zener Diode

The CZRU3V6B-HF is a single Zener diode designed to operate within a voltage range of 3.3 +/- 20 percent volts. It has a power dissipation rating of 0.5 watts and an allowable power dissipation of 5.0 watts. Additionally, it has a leakage current of about 5 mA at its rated voltage, as well as a reverse voltage range of 3.0 to 5.0 volts depending on temperature.

The CZRU3V6B-HF Zener diode has a forward voltage drop of 0.7 volts, meaning that when it is connected in series with other components, it will draw 0.7 volts from the voltage source. It also has a maximum reverse current rating of 5 mA, and a maximum forward current rating of 80 mA.

Application Field of CZRU3V6B-HF Zener Diode

The CZRU3V6B-HF Zener diode finds its use in numerous applications. These include but are not limited to linear regulator designs, as well as voltage reference and voltage regulator circuits. It can also be used in voltage dividing applications and even as a simple switch to turn on or off an electronic circuit.

The CZRU3V6B-HF is well-suited to applications in communication and consumer electronics, such as modems, telephones and television sets. Additionally, it is often found in power supplies, especially in high-voltage circuits. Finally, it is also used in automotive applications such as brake lights and anti-lock brakes.

Working Principle of CZRU3V6B-HF Zener Diode

Zener diodes are devices that are designed to have a reverse breakdown voltage, meaning that when the voltage applied across it exceeds a certain voltage referred to as the Zener voltage, it will then conduct and produce a current in the reverse direction. This process is known as the Zener Breakdown Effect. However, the CZRU3V6B-HF is not intended for use in such situations.

The working principle of the CZRU3V6B-HF is that it acts as a voltage reference, clamping the voltage to its Zener voltage of 3.3 volts. This is achieved by connecting the diode in series with a source of voltage and a resistor, such that the diode prevents the voltage from rising or falling beyond the Zener voltage. Furthermore, the Zener diode also has a high reverse leakage current, meaning that if there is a voltage applied across it in the reverse direction, it will conduct very little current.

The CZRU3V6B-HF also has a maximum reverse voltage rating of 5.0 volts, meaning that it can be used as a voltage divider, clamped at 5.0 volts in total. In this way, the Zener diode can be used as a voltage limiter, ensuring that the voltage does not exceed 5.0 volts and protecting any components connected further down the circuit.

Conclusion

The CZRU3V6B-HF Zener diode is an ideal component for applications in linear regulator circuits, voltage reference and voltage dividing circuits, and automotive applications. Its 3.3 volts Zener Voltage and 0.7 volts forward voltage drop make it particularly suitable for these purposes. Furthermore, its high reverse leakage current also renders it suitable for use as a voltage limiter.

In conclusion, the CZRU3V6B-HF Zener diode is a remarkably useful component in a wide range of applications, allowing it to find a home in many circuits and products. This powerful, yet simple to use diode is a versatile component that may prove invaluable in selecting the correct diode for your project or application.

The specific data is subject to PDF, and the above content is for reference