VDRS05C075BSE

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Transient Voltage Suppressors (TVS) include Varistors, Metal Oxide Varistors (MOVs) and other components that are used to protect circuits by clamping transient voltages to a specified level. VDRS05C075BSE is an MOV which provides superior protection against surges, high frequency signals, and electrostatic discharge (ESD).

The VDRS05C075BSE is a surface mount MOV with a DO-214AB package. It has a rated voltage of 5V and a Peak Pulse Power Dissipation of 875W. This MOV features a low Clamping Voltage of 9.1V and a great Capacitance of 10pF. Grounding Electronics offers the VDRS05C075BSE with a minimum order quantity of 10 pieces.

VDRS05C075BSE MOVs are most commonly used in consumer electronics, automotive, medical, and industrial/commercial applications. Its application fields cover protective circuits for low voltage signals, RF signals, power sources, DC motors, and switching power supply.

Working principle:

When a VDRS05C075BSE MOV is connected in parallel with a circuit, it will act as an open switch until the voltage in the circuit exceeds the clamping voltage of the MOV. At this point, the MOV will conduct, providing a low-impedance path to ground and allowing the voltage in the circuit to return to a safe level.

MOVs are based on the principle of a varistor which is a nonlinear semiconductor device formed by the junction between two different materials. When an MOV is subjected to a voltage higher than its rated voltage, a current flows through it. This current increases exponentially with the applied voltage, resulting in a highly non-linear voltage/current relationship.

In addition, MOVs also feature temperature compensation. This is important to prevent false triggering at high temperature and to ensure protection against unexpected false triggering. The VDRS05C075BSE has a temperature coefficient of -0.036%/°C.

MOVs like the VDRS05C075BSE provide superior protection against surge, high frequencies signals, and ESD. They have a wide range of applications in consumer electronics, automotive, medical, and industrial markets. MOVs are designed with temperature compensation to protect against unexpected false triggering.

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