9401630000

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A varistor or voltage-dependent resistor (VDR) is a component of an electronic circuit typically used to protect against over-voltage transients, also known as surges or spikes. The term is a portmanteau of variable resistor. Varistors are non-linear, semiconductor devices with a diagram shape of "V". Varistors are usually constructed in a two-terminal, ceramic-metal housing, with a ceramic disc between two metal plates. Varistors are also known by their trade name, Metal-Oxide Varistors (MOVs).

The 9401630000 varistor series is a type of over-voltage protection device. It offers protection against transient overvoltage" spikes or surges. The 9401630000 series has an operating voltage range from 180V to 1300V, has low capacitance, and are able to dissipate energies up to 4 joules. The devices are RoHS compliant and resistant to most types of solvents.

The working principle of a varistor is based on voltage-dependent resistance which arises due to the presence of impurities in the semiconductor material. The devices have maximum resistance at low voltages, and their resistance drops abruptly when the voltage applied exceeds a certain level. The value of the applied voltage at which the varistor becomes conductive is called its "clamping voltage".

A typical 9401630000 application is to protect equipment and other devices from damage caused by overvoltage surges. When the voltage applied exceeds the varistor\'s limiting voltage, the device will remain switched on until the voltage decreases to the off-state voltage. By using the varistor, the voltage is brought down to a more appropriate level before it can damage the circuit.

The 9401630000 series of varistors has been designed to be used in industrial and commercial applications, as well as telecommunications systems. The devices have very low leakage current, thus ensuring that the circuit remains safe. Additionally, the devices are rated for high maximum energy dissipation and peak current capability, allowing them to be used in a variety of circuit protection applications.

The varistor can be used in virtually any application requiring overvoltage protection, including but not limited to, control and power supply modules, motor/drive controllers, converters, emergency vehicles, and industrial electronics. The device is typically used together with the appropriate circuit design and other components to ensure system safety.

In conclusion, the 9401630000 varistor series offers proven protection from overvoltage surges, making it an ideal solution for a variety of applications. The devices are reliable, easy to install, and highly compatible with a wide range of circuit protection products, making them a go-to choice for many engineers.

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