ROV20-101K-2

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TVS (transient voltage suppressor) and MOVs (metal oxide varistors) represent two classes of devices used to protect electronic circuits from transient voltage events. TVSs are typically used on dc voltages less than 1000 volts, while MOVs are used for applications needing to protect from higher voltages up to several thousand volts.

The ROV20-101K-2 is a type of TVS diode. It is a low capacitance, epoxy-encapsulated diode with a peak power rating of 600W. It is rated for 10.1 kV (10000V) transient protection, with a fast response time of < 3ns. The diode has a peak pulse power rating of 600W at 8Ω resistance, and a response time of < 3ns.

The ROV20-101K-2 is used in a variety of applications, including power supplies, communications circuits, LED lighting, industrial equipment, solid state lighting, and computers. It is also designed to protect communication equipment in spacecrafts from harmful transient voltages.

The working principle of the ROV20-101K-2 is based on a diode bridge rectifier. The diode bridge rectifier is a circuit that consists of four diodes connected in a bridge form. When a voltage is applied to the bridge, the current will flow through the diodes, allowing the voltage to pass through the circuit. The ROV20-101K-2 has an internal diode bridge rectifier circuit, which allows it to protect the circuit from transient voltage events.

The ROV20-101K-2 is designed to handle transient voltages at a peak power rating of 600W. This is accomplished by clamping the voltage within a certain range, allowing the voltage to pass through the device while still providing protection from the excessive voltage. The ROV20-101K-2 is designed to provide a fast response time of < 3ns, meaning it can provide almost immediate protection from a transient voltage event.

The ROV20-101K-2 is often used in combination with MOVs to provide additional protection from higher voltage events. By combining the two devices, electrical circuits are provided with enhanced protection against electrical surges. This allows for the safe operation of sensitive equipment and electronics in a wide variety of applications.

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