VDRS10P075BSE

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TVS -Varistors, MOVs are one of the most important and versatile components in the electrical industry today. They are used in many applications, ranging from medical electronics to automotive. The VDRS10P075BSE is a product that is designed to provide protection against overvoltage transients in a wide variety of applications. The VDRS10P075BSE is intended for use in DC circuits providing protection from overvoltage transients while still allowing regular operation of the circuit.

The VDRS10P075BSE is a bi-directional transient voltage suppressor that can handle voltage transients up to 28 volts in both positive and negative directions. It consists of two PN junction varistors that are connected in series, with one varistor handling positive voltage transients and the other handling the negative voltage transients.

The working principle of the VDRS10P075BSE is based on the varistor effect. A varistor is a semiconductor component that has a non-linear resistance when subjected to a changing electrical field. It works by converting the applied voltage into an electric current. At low voltages, the resistance of the varistor is very low, and the current flows through the device. As the voltage increases, the varistor begins to absorb the energy and its resistance increases. This is generally known as the “clamping” effect. It acts as a voltage clamp, limiting the voltage that can be applied to a circuit. It also absorbs and disperses the energy of the transient, dissipating it as heat.

The VDRS10P075BSE application field includes both AC and DC protection. The main purpose of this device is to protect sensitive electronic circuits and components from transient voltages. This can include protection from lightning strikes, short circuits, power outages, voltage spikes and more. Applications for this device include consumer electronics, communication equipment, automotive applications, medical devices and industrial control systems.

It is important to properly size the VDRS10P075BSE for the application. The device must be able to handle the transient voltage that could be applied to the circuit. When sizing the device, the Transient Overvoltage Working Voltage (TOVWV) and load current should be taken into consideration. The TOVWV is typically equal to or greater than the peak voltage that the device will encounter, while the load current should be based on the expected current that will flow through the device. The surge rating should also be taken into consideration, as this will have an effect on the size and type of transient suppressor used.

The VDRS10P075BSE is a bi-directional transient voltage suppressor that can handle voltage transients up to 28 volts in both positive and negative directions. It consists of two PN junction varistors that are connected in series, with one varistor handling positive voltage transients and the other handling negative voltage transients. It is intended for use in DC circuits providing protection from overvoltage transients while still allowing regular operation of the circuit. This device is ideal for many applications, including consumer electronics, communication equipment, automotive applications, medical devices and industrial control systems. Properly sizing the device is important in order to ensure that it will provide the desired degree of protection.

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