PTVS10-076C

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TVS-Diodes are a type of Transient Voltage Suppression (TVS) diode that is designed to protect electrical circuits from high voltage spikes and surges of electric current. TVS-Diodes work by providing a short current-path for the current to travel through, thereby reducing the voltage and preventing damage to the circuit. The PTVS10-076C TVS-Diode is a high-performance TVS-Diode designed to protect sensitive high-input current electrical circuits from voltage and current spikes.

The PTVS10-076C is a low-capacitance, low-shunt-impedance TVS-Diode that is capable of handling both latching and repetitive pulses of high voltage up to 1076V. The device is constructed from an avalanche-reactive silicon PN-diode which is used to provide fast response time, high transient pulse capability, and low capacitance values.

The PTVS10-076C is suitable for a range of different application fields, including networking equipment, telecoms/broadband modems, and electrical test and measurement equipment. The device is also used in automotive, military, and space applications as a voltage protection solution and is available in both single-diode and multi-diode configurations.

The working principle of the PTVS10-076C TVS-Diode involves the device providing a short, low-impedance path for the current to safely pass through. When a seed high-voltage spike or surge occurs, the diode responds by quickly clamping down the level of voltage and current, reducing the potential harm and preventing damage to the sensitive circuit components.

The PTVS10-076C is an ideal solution for protection against high-voltage and current spikes and pulses. It is designed to provide fast response time and reliable protection, with high-energy absorption capabilities and low clamping voltage. The device can also operate in temperatures ranging from -65°C to +200°C, making it suitable for a range of different operating conditions.

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