180NQ035

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Diodes are an essential component of almost every electrical circuit, and rectifiers are a type of diode that converts alternating current into direct current. One of the most popular rectifiers is the 180NQ035 single rectifier, which is commonly used in numerous applications from televisions and computers to electronic surveillance and energy monitoring. This article will provide an overview of the 180NQ035 single rectifier, discussing its application field, working principles and typical parameters.

Application Field

The 180NQ035 single rectifier is a reputable component for general purpose rectification and high-efficiency power solutions. It is usually used in power supplies and high voltage assemblies, such as television AC/DC adapters and computers.

The 180NQ035 is also commonly used in portable instruments and data collection systems, as well as in gigameter and watt-hour meters. It has earned a high reputation in the field of industrial power supply solutions, and is suitable for the manufacturing of everything from high-end industrial control systems to communication equipment.

Due to its power efficiency, the 180NQ035 single rectifier has become very popular in the field of energy management, where it is used to provide reliable power for energy monitoring solutions and electronic surveillance systems.

Working Principles

The 180NQ035 single rectifier is a zinc oxide varistor that converts alternating current into its direct current equivalent. Unlike other types of diodes, which only allow the flow of current in one direction, a rectifier allows the current to flow in both directions. When the current flows in one direction, the rectifier acts like a regular diode; when it flows in the opposite direction, it acts like an electronic switch, switching off the current.

The 180NQ035 single rectifier uses a metal-oxide-semiconductor process to regulate the electrical current passing through the device. A voltage is applied to the device, and when it reaches a certain threshold, it will cause the current to be blocked or allowed to pass through the device. This process is known as rectification.

Typical Parameters

The 180NQ035 single rectifier is operated at a maximum voltage of 200 volts and a maximum current of 3.5 amps. Its typical capacitance is 100 pico-Farads and its buffer voltage is 1.3 volts. Its maximum surge current is 5.4 amps and its typical junction capacitance is 80 pF. Its maximum reverse recovery time is 1.0 μs and its maximum forward voltage drop is 1.2 volts.

The 180NQ035 single rectifier is also characterized by its high efficiency, low leakage current, low capacitance, and fast reverse recovery, as well as its ability to handle a variety of temperatures.

Conclusion

The 180NQ035 single rectifier is a widely used component in the fields of power supply solutions, industrial control systems, and energy management. It is capable of converting alternating current into direct current with a high level of efficiency and effectiveness. The device also features several characteristic parameters, including capacitance, buffer voltage, reverse recovery time, and maximum forward voltage drop.

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