BZV55-B5V1,135 Discrete Semiconductor Products

Diodes have been around for ages, playing vital roles in electronics and technology. A Zener single diode is one specific type of diode, which is beneficial in many different applications. The BZV55-B5V1,135 is one of the most popular Zener single diodes, and its application field and working principle are explained in detail below.

Application Field

The BZV55-B5V1,135 Zener single diode finds its major application in electronic circuits, especially in those that products heat. Its principal application lies in regulating the incoming electrical current and delivering a constant voltage. It can also be employed for voltage-referencing, clipper circuits, and for enabling precise voltage levels in oscillators. In addition, it can be used as a stabilizer for electrical appliances.

Working Principle

The working of the BZV55-B5V1,135 Zener single diode is based on the Zener effect. When the diode is connected in a direct current circuit whose voltage is greater than its Zener breakdown voltage, the diode starts conducting. When the voltage is decreased to the Zener voltage, the diode stops its current flow. This is known as the Zener effect. The reverse breakdown voltage of the BZV55-B5V1,135 is 5.1 Volts with a tolerance of ± 5%, making it especially suitable for most applications.

When the BZV55-B5V1,135 operates, the negative bias applied to the p-n junction puts the electrons into conduction. This electron flow makes the diode turn on and make an electric conduction along its anode to its cathode. Furthermore, the Zener diode also allows the current to flow in the opposite direction, when the voltage reaches the Zener voltage. By controlling the amount of current flowing through the diode, it is possible to stabilize the output voltage.

Conclusion

The BZV55-B5V1,135 Zener single diode is one of the most effective diodes available in the market. It is used in a wide variety of applications, such as voltage regulation, voltage referencing, and stabilizing electrical appliances. These diodes work based on the Zener effect, which allows them to conduct current at a constant voltage. As such, they are able to deliver consistent voltage levels, even in altering conditions.