ACZRC5369B-G

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ACZRC5369B-G is one of the most versatile single Zener diodes available in the market. As one of the popular Zener diodes, it is designed to offer the customers a wide range of applications. It has a wide operating voltage range and high impedance level that allows it to be used in many applications.

The ACZRC5369B-G is designed to provide a stable output voltage in any environmental condition. It features a tolerance of 5% and a working temperature range of -55°C to +125°C. This makes it an ideal choice for applications where accuracy and reliability are important. The diode has a high breakdown voltage and a very low leakage current, which gives it excellent power dissipation and stability.

In terms of usage, the ACZRC5369B-G is suitable for a wide range of applications. It can be used for power supply stabilizing, voltage regulation in home electronics, automotive and industrial applications, overvoltage protection, and ESD protection. It is also suitable for various voltage monitoring and data processing tasks.

The working principle of ACZRC5369B-G is based on its Zener voltage characteristics. It features a Zener breakdown voltage of 5.6 volts and its reverse breakdown voltage range is 4.5 V to 6.0 V. When the voltage across the cathode and the anode exceeds the Zener voltage, the current begins to decrease rapidly and this causes the voltage across the device to stop increasing. This limits the current to a certain level and prevents the further increase of the voltage. This is the basic principle on which the ACZRC5369B-G operates.

In summary, the ACZRC5369B-G is one of the most popular and reliable single Zener diodes available in the market. It is suitable for a wide range of applications and offers reliability and accuracy under any environmental condition. It has a wide operating voltage range and a high breakdown voltage, which makes it the ideal choice for applications that require a stable output voltage and/or protection from overvoltages. The basic operating principle of the diode is based on its Zener voltage, which limits the current and prevents further increase of the voltage.

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