0070.5061.B1

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TVS (Transient Voltage Suppressor) are widely used in circuit protection applications to limit voltage source in any circuit degrading or damaging it. They are particularly used to protect high-speed data lines from voltage variations. The 0070.5061.B1 Varistor, MOV (Metal Oxide Varistor) is a type of TVS device that is designed for effective protection against high-voltage transients and surge protection.

The 0070.5061.B1 Varistor, MOV features voltage ranges from 1kV to 4.7kV maximum, with operating currents ranging from 25mA to 500mA. It offers a square shape with a clamping voltage of 1kV to 4.7kV with a capacitance value of 420+/-30pF at 1kHz. It is rated for an operating temperature range of -40°C to +125°C, and a maximum ambient temperature of +125°C. The 0070.5061.B1 Varistor, MOV has a low internal capacitance and inductance and is designed with two solderable studs for mounting and grounding.

The working principle of the 0070.5061.B1 Varistor, MOV is based on the semiconductor diode principle-in case of a voltage surge the varistor will clamp the voltage. When the surge voltage increases beyond a certain level, the MOV\'s conductivity increases exponentially and diverts the flow of current away from the protected circuit.

The 0070.5061.B1 Varistor, MOV offers a robust, reliable and economical solution for transient and surge protection for an array of applications such as consumer electronics, power supplies, computers and networking equipment, controllers, industrial machines etc. It is also suitable for protecting circuits from AC and DC line noise, electrostatic discharges, power cross and ground loop problems. It can be used on high data rate circuits, control lines, telecommunications, and other precision circuitry. The 0070.5061.B1 Varistor, MOV can also be used for mains line filtering.

The 0070.5061.B1 Varistor, MOV is a great example of a TVS device and is designed to provide a reliable and economical solution for effective transient and surge protection for a host of applications. Its low internal capacitance and inductance enables it to protect sensitive devices and circuits from voltage surges and spikes, making it perfect for a wide range of applications.

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