VDRS07B017TSE

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Varistor devices are widely used in circuit protection to protect against voltage transients such as lightning strikes. A Varistor is a Voltage Dependent Resistor (VDR) that offers a high level of protection for electronic components. The VDRs07B017TSE is a Varistor device that provides a wide range of voltage protection levels.

The VDRs07B017TSE is a three-terminal Varistor device, with the contacts connected to the three pins along the side of the device. The Varistor is a reverse-biased device, meaning that when the applied voltage across the terminals exceeds a certain critical level, the device starts conducting. This critical voltage level is referred to as the breakdown voltage of the device.

The VDRs07B017TSE is designed for use in a wide range of applications, from automotive to industrial. It is particularly well suited to applications where it has to withstand occasional high peak voltages or repetitive high peak voltage surges. The device offers a wide range of protection levels, from low voltage protection up to 600 volts. The VDRs07B017TSE also has a low capacitance, high rate of current conduction, and a fast response time, making it ideal for applications where reliable and effective protection is needed.

The working principle of the VDRs07B017TSE is fairly straightforward. When a voltage surge is present, the Varistor starts to conduct, allowing the current to be safely dissipated away from the sensitive components in the circuit. The Varistor also acts as a ‘soft’ switch, meaning that it can dissipate high voltage transients without causing any damage to the sensitive components in the circuit. The Varistor also provides a protective ‘clamp’ to the circuit, preventing any further damage from occurring.

The VDRs07B017TSE is a very reliable and effective Varistor and is ideal for applications that require protection from occasional high peak voltage and repetitive high peak voltage surges. The device offers high levels of protection, ensuring that sensitive electronic components are well protected and can operate reliably and safely. The fast response time and low capacitance of the device also make it well suited to applications where reliable and effective protection is needed.

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