BZV55-B43,115

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Diodes - Zener - Single

BZV55-B43,115 is an zener diode, a type of semiconductor used for regulating voltage in electronic circuits. It is constructed as a single, cylindrical body, with a silver end cap, and both a cathode (negative) and anode (positive) on either end. The diode is deployed in a wide range of applications, including surge protection, voltage regulation, and rectification.

Features and Benefits

This particular diode has a relatively low voltage rating of 43 V, with a maximum peak power of 600 mW and a tolerance of +-5%. It also has a nominal Zener current of 0.25 mA, a maximum clamping voltage of 39 V, and a maximum reverse leakage current of 0.1 uA. These parameters combine to make the BZV55-B43,115 an ideal choice for applications requiring low-voltage, low-power circuits.

Applications

Zener diodes are used in a wide variety of applications, such as voltage regulators, voltage clamps, and reverse polarity protection circuits. They can also be used in converters, inverters, and converters. For the BZV55-B43,115, some typical applications include current sensors, logic and analog ICs, LED drivers, op-amps, and power supply protection.

Working Principle

The principle of operation for zener and other types of semi-conductors is based on the ability of electric current to pass through a material, known as a semiconductor. This material is a mix of both conducting and insulating components, and when an electric current is applied the electrical resistance of the material changes. In the case of a zener diode, when it is operated in the breakdown or ‘zener’ region it creates a low-voltage voltage regulation.

The basic operation of the BZV55-B43,115 is simple. When the voltage across the diode reaches 43 V, the diode breaks down and limits the voltage to a certain level, which is lower than the breakdown voltage. This allows for a regulated voltage resistant to sudden surges.

Conclusion

The BZV55-B43,115 is an ideal component for low-voltage, low-power applications that require efficient voltage regulation. It is capable of withstanding surge voltages of up to 43 V and allowing for a stable output voltage. Its numerous features and benefits make it a reliable and cost-effective component for a wide variety of applications, including voltage regulation, surge protection, and rectification.

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