V240CH8S

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TVS (Transient Voltage Suppressors), Varistors, and MOVs (Metal Oxide Varistors) are all technology used to protect electronic devices from electrical spikes and surges. The V240CH8S is a specialized TVS that provides superior overvoltage protection for different types of circuits. It is capable of suppressing large spikes in voltage exceeding 550 volts, and is designed to protect any system running on 24-volt or lower voltage.

The V240CH8S is a bidirectional TVS with a minimum breakdown voltage of 8 volts. It is designed to protect digital and analog circuits from voltage surges caused by electrostatic discharge, lightning, power spikes, and other transient events. The device is rated up to 8 amps, making it suitable for use in a variety of electronic applications. The device can also be used in AC (alternating current) circuits, and provides superior protection against surges with both DC and AC.

The V240CH8S utilizes an internal avalanche diode, which is designed to switch quickly and protect the circuit from high voltage spikes. When a surge in voltage is detected, the avalanche diode immediately conducts current and diverts the surge to ground. This prevents the surge from damaging or interfering with any of the system\'s sensitive components. The device also incorporates an internal resistor network that is designed to absorb any excess voltage that is not diverted. This helps to reduce the risk of damage caused by excessive voltage.

In addition, the V240CH8S is equipped with a “tape-on” design, allowing it to be easily mounted to any surface. It also has a wide operating temperature range of -40°C to +85°C, making it suitable for use in various environments. The device is UL recognized, RoHS compliant, and is available in standard axial package.

The V240CH8S is an ideal solution for protecting logic devices, digital and analog systems, and other circuit components from high voltage surges. Its superior suppression capabilities and robust construction make it an excellent choice for any application that needs reliable overvoltage protection.

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