BZV85-C6V8,133

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The BZV85-C6V8,133, often referred to as a Zener diode, is a single, low power, three terminal, surface mount device. It is primarily used to regulate voltages that otherwise fluctuate, protect sensitive circuitry from electrical surges and overvoltage, and condition signal inputs. This device is capable of providing up to 50 mA of current and can withstand disruptions up to 60 volts.

This type of diode provides a variety of benefits over other components. One is the small size, which allows the BZV85-C6V8,133 to occupy less space on a printed circuit board (PCB). Additionally, compared to other zener diode variations, the BZV85-C6V8,133 is capable of withstanding extreme temperatures and high ESD voltages. Finally, it boasts a low reverse leakage current, which allows for efficient power regulation.

The BZV85-C6V8,133 is most commonly used in a variety of consumer electronics, such as televisions, computer peripherals, and audio devices. It is also commonly used in LED lighting technology and military applications. This device uses a controlled breakdown voltage to prevent surges by dissipating electrical energy, rather than allowing it to be absorbed by sensitive components. Additionally, it can provide power conditioning, allowing an uninterrupted signal input.

The working principle of the BZV85-C6V8,133 is fairly simple. The device is typically connected in a circuit or device that is experiencing a range of voltage fluctuations. The diode will then respond to a slightly greater voltage than its breakdown voltage by beginning to conduct that voltage in a reverse direction. This reverse conduction current, often referred to as zener breakdown current, draws energy away from the circuit and it dissipates it as heat.

In addition, a reverse voltage is also induced in the device, which prevents further voltage fluctuations from reaching the circuit. Depending on the required current and voltage, the device can be placed in either a series or parallel configuration, with the former being more efficient. The device can then be considered an active rather than a passive device, as it actively dissipates voltage for use.

The BZV85-C6V8,133 offers a reliable and efficient method of voltage regulation and protection, allowing devices and circuits to function properly. This device is relatively easy to implement and its compact size allows it to be included in even the most space-limited applications. As a result, this type of diode is an excellent choice for many voltage regulation and protection applications.

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