VDRS07H150BSE

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TVS, or Transient Voltage Suppression, is an electronic technology designed to reduce the danger that high voltage electrical spikes pose to electrical components. VDRs, or Voltage Dependent Resistor, are devices that are used for TVS applications, such as the VDRS07H150BSE. These devices are typically used in circuits where protection against overvoltage and overcurrent spikes is required. It is important to note, however, that VDRs are also resistant to the passage of DC current, which means they can be used in applications that require DC blocking or protection.

Application Field of VDRS07H150BSE

The VDRS07H150BSE is a type of TVS device that is used to protect sensitive electronics from overvoltage spikes. It is designed to absorb up to 24V, and its maximum operating temperature is 125°C. This device is commonly used in applications such as automotive electronics, motor control systems, and industrial control systems. It is also often used to protect communication equipment, audio components, and computer systems from damages caused by spikes. Additionally, this product is available in a variety of circuit configurations, including SMD, radial, and axial leaded.

Working Principle of VDRS07H150BSE

The VDRS07H150BSE consists of a zinc-oxide ceramic element connected between two metal electrodes. This element functions as a voltage dependent resistor which is triggered into action when the voltage exceed its rated breakdown voltage. When triggered, the VDRs reduces the energy of high voltage spikes by absorbing and dissipating them, thus preventing them from damaging sensitive electronic components. Thanks to its high temperature tolerance, the VDRS07H150BSE can absorb more energy than other VDRs products, providing effective protection for a wide range of applications.

The VDRS07H150BSE is a reliable and cost effective solution for protecting sensitive electronics from over-voltage damage. It is designed to operate in a wide temperature range, has a durable construction, and is available in a variety of configurations. As a result, it is an excellent option for any application requiring protection from over-voltage and over-current spikes.

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