BZV55-B2V7,115

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The BZV55-B2V7,115 is a diode usually used for low current and low voltage applications. It belongs to the family of single-zener diodes, a type of diode specially designed to regulate the voltage of a circuit. Characterised by its extremely low forward voltage, this single zener diode is ideal for applications that require tight voltage control.

A diode is an electronic component composed of two terminals, an anode and a cathode. It works by allowing an electrical current to move in one direction while blocking or preventing it from moving in the opposite direction. Zener diodes are special types of diode, developed to control the voltage in a circuit. This type of diode has a higher reverse breakdown voltage than normal, allowing them to be used to regulate the voltage.

In a single zener diode, the reverse breakdown voltage is determined by the characteristics of the junctions, the doping concentration, and the width and length of the P-N junctions. When a voltage higher than the Zener voltage is applied to a single zener diode, the diode will “breakdown” and allow a current to flow through the diode and discharge the excess voltage. This makes the zener diode an important tool in regulating and maintaining a stable voltage in a circuit.

The BZV55-B2V7,115 is a single zener diode with a reverse breakdown voltage of 7.115V, making it ideal for applications that require tight voltage regulation. This diode has a peak power dissipation of 500 mW and a maximum operating temperature of 175°C, allowing it to be used in high temperature applications such as automotive and motor control. Additionally, the low forward voltage of 0.55V makes this diode ideal for low voltage usage, such as computer motherboards and communications systems.

The BZV55-B2V7,115 is an ideal solution for applications where tight voltage regulation and low power consumption is required. With its extremely low forward voltage and reverse breakdown voltage, this single zener diode provides an efficient and reliable way to regulate voltage in a circuit.

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