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BZV85-C10,133 application field and working principle

BZV85-C10,133 diode is a Zener diode, meaning it is a semiconductor device in the form of a diode, and is also known as a voltage-regulator diode. The main difference between a standard diode and a Zener diode is that the Zener diode is designed to conduct electric current in the reverse direction when a certain voltage is reached.

BZV85-C10,133 diodes are used for providing a low-voltage source of reverse current, and for stabilizing the voltage at the regulated level. This helps to prevent any voltage fluctuations and ensures the voltage is constant. The Zener diode is a type of diode that has a high breakdown voltage and low leakage current. It is normally used as a regulating device to provide a steady voltage at a specified voltage. The primary application of BZV85-C10,133 diodes is voltage regulation.

BZV85-C10,133 diodes are used for a variety of different applications. It is mostly used for applications such as TV sets, radio sets, and various electronic devices. It is also used in applications such as LCD backlighting and LCD display technologies. Additionally, it is used in applications such as power supplies, regulators, and temperature controllers. In industrial applications, it is used in controlling motor speed, voltage regulation and protection.

The working principle of any Zener diode is very simple. When the reverse voltage reaches a certain value, called the breakdown voltage, the current will flow through the diode. The voltage at which the current starts to flow is specific to the diode and is determined by its breakdown voltage. In the case of a Zener diode, the flow of current is always in the reverse direction.

In the case of BZV85-C10,133, the breakdown voltage is 10.1 volts and the leakage current is 133 microamperes. This means that any voltage above 10.1 volts will cause the diode to conduct current, and any voltage below this will cause the diode to be non-conductive. It also means that any current passing through the diode will not exceed 133 microamperes.

The BZV85-C10,133 diode is commonly used in applications with low voltages and requires the precise control of voltage and current. As the voltage is controlled, the current is also controlled and any short circuits are avoided. In addition, the diode helps to protect against reverse current and over-current conditions.

Overall, BZV85-C10,133 diodes are used in a wide range of applications, such as voltage regulation, LCD backlighting and LCD display technologies, power supplies, regulators and temperature controllers. They are also used in controlling motor speed, reverse current protection, and over-current protection. With its precise control over voltage and current, BZV85-C10,133 diodes are a very useful and cost-effective solution for a variety of different applications.

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