VE17M00750K--

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TVSs (Transient Voltage Suppressors), MOVs (Metal Oxide Varistors) and Varistors form a family of devices used in systems which help to protect components from the effect of voltage transients that are higher than normal operating levels. VE17M00750K is no exception, and as a member of this family of devices, it also has its unique application field and working principle.

The VE17M00750K belongs to the high energy class of TVSs, and its application field primarily includes the protection of I/O interfaces, such as AC and DC power lines, telecom and data lines, as well as any system with high voltage transients. Because of its excellent clamping voltage characteristics, it can also provide effective protection for DC power supply in automotive systems, consumer electronics devices and any other system where lightning, electrostatic discharge (ESD) or other voltage transients may occur.

The working principle of VE17M00750K is based on voltage-dependent multi-layer varistor and it is capable of absorbing energy up to 750 Amps in 10/1000μs waveform. When a voltage transient occurs, the varistor will clamp the voltage to a safe level, limit the inrush current, and protect the system from overload or short-circuit damage.

VE17M00750K features a high-temperature, high-performance semiconductor body epoxy coating, which helps to avoid flashovers and ensures long-term reliability and stability. It also features a low-impedance design which helps to minimize the impact of line impedance on circuit performance and helps to maximize protection. Additionally, the device is self-healing and designed to absorb up to 750 Amps of Inrush Current. This ensures that the device does not become saturated and can quickly recover from large voltage transients.

In summary, VE17M00750K is an excellent choice for protecting I/O interfaces, power lines, telecom and data lines, and any other system with high voltage transients. Its working principle is based on a voltage-dependent multi-layer varistor and it is capable of absorbing energy up to 750 Amps in 10/1000μs waveform. Its high-temperature, high-performance semiconductor body epoxy coating helps to avoid flashovers and its low-impedance design helps to minimize the impact of line impedance on circuit performance. Finally, its self-healing and inrush current absorption capabilities ensure the device can quickly recover from large voltage transients.

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