VDRS07H230TGE

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TVS diodes, also referred to as Transient Voltage Suppressors, are a key component for the variety of surge protection applications required by modern electronics. The VDRS07H230TGE is a widely used varistor, also referred to as Voltage Dependent Resistors. It is a passive electronic component used for protecting circuits from transient voltage spikes.

The device is a voltage dependent interference protection device with high surge capability. It is suitable for suppressing high-surge voltage peaks in circuits up to 2 kV on a standard basis and up to 4 kV/7kA on a special order basis. This makes it an ideal choice for numerous TVS applications and it is available with a variety of specifications.

The VDRS07H230TGE has a rated voltage of 230V, a rated current of 15A, a voltage clamping of 17V, a maximum pulse current of 7kA, and a breakdown voltage of 440V. It features a fast response time and can be mounted on PCBs or in a through-hole installation. It is also highly temperature stable and offers excellent ESD protection.

The application field of the VDRS07H230TGE are numerous and can be found in various electric/electronic applications, like: Automotive systems, industrial control systems, telecommunications, and home appliances. The device can be used in applications such as surge protection for power supplies, interference protection for signal lines, power line protection, and protection for motors and other components.

The VDRS07H230TGE can be used with a variety of different types of components to form a reliable protection circuit for various types of applications. In order to get the most out of this device, it is important to understand the functional working principle of the device. This device utilizes the principle of Metal Oxide Varistors, or MOVs.

A varistor is a non-linear device that works by having a voltage applied to it. This voltage will cause the device to conduct current, up to the maximum rated rating. This current can then be used to “clamp” a certain voltage to a set point, usually established by using a Resistor-Capacitor (RC) circuit. The RC circuit keeps the voltage level lower than the specified threshold, up to the maximum rated current of the device.

The VDRS07H230TGE works on the same principle as conventional MOVs. When a transient voltage surge enters the circuit, the device will instantly conduct current and absorb the surge. This will prevent any permanent damage to the circuit and its components, since it limits the voltage to a safe level. The device will also dissipate any thermal energy produced by the surge.

The VDRS07H230TGE is designed to be a robust and reliable surge protection device thanks to its ability to recover quickly from voltage surges and still maintain its rated current capacity. The device is also highly temperature stable, making it suitable for a variety of different environments and applications.

In conclusion, the VDRS07H230TGE is a highly reliable device used for protecting circuits from transient voltage spikes. It is perfect for a variety of TVS applications, such as surge protection, interference protection, and power line protection. The working principle of the device is based on the Metal Oxide Varistor, or MOVs, and it utilizes the principle of a voltage applied to it to conduct current and absorb a surge.

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