VDZFHT2R36B Discrete Semiconductor Products

Diodes - Zener - Single

The VDZFHT2R36B Zener diode is a single diode of a very small size. Its application lies in regulating and stabilizing the power supply by providing a reverse breakdown voltage to limit the voltage throughout the systems. It features an ultra-wide operating junction range and leakage current of 3.2V with a maximum surge power rating of 1W. It is designed to withstand a wide operating voltage range, up to 36V.

Structure and Working Principle

The VDZFHT2R36B Zener diode is a silicon based semiconductor device that is comprised of a junction between p- and n-type silicon material. It has a very thin lightly doped insulation layer between the regions of the junction. The working principle of the VDZFHT2R36B Zener diode is that the reverse biased breakdown voltage causes the voltage across the junction to drop to nearly zero. This drops the resistance of the diode, enabling current to flow which helps to regulate and stabilize the power supply within the systems.

Applications

Due to its wide operating voltage range and low power rating, the VDZFHT2R36B Zener diode is extremely suitable for use in regulating a power supply. Its small size adds to the convenience of its applications as it allows for a more compact design of the circuits. It can be used in various electronic circuits such as those used in consumer electronics and stabilization circuits.

It can also be used to bridge applications where an open zo circuit is needed. The VDZFHT2R36B Zener diode has a wide breakdown voltage range of up to 36V so it can also be used as a voltage regulator. It also offers low power dissipation rating which makes it ideal for use on small or low-power devices.

Conclusion

The VDZFHT2R36B Zener diode is an extremely versatile and effective device when it comes to regulating and stabilizing a power supply. It features an ultra-wide operating junction range and leakage current of 3.2V with a maximum surge power rating of 1W which makes it suitable for a variety of applications. Its small size makes it highly desirable in applications where a compact design is required and it also ensures that power from the device is kept to a minimum.