B72500T0070K060

Transient Voltage Suppressors (TVS), Varistors (VDRs) and Metal-Oxide Varistors (MOVs) are all important components for protecting electronic circuits from voltage transients, especially for applications that involve signal transmission. Among these components, B72500T0070K060 is a special type of varistor with a high clamping voltage and performance.

Application Field of B72500T0070K060

B72500T0070K060 is mainly designed for PCBs, mechanisms, and electrical systems to protect them from over-voltage transients. It is also suitable for many different kinds of products or equipment such as SMPS, power supplies, lighting products, communication equipment, PCs and peripherals appliances. Its high impedance and wide operating voltage range make it ideal for these applications.

Working Principle of B72500T0070K060

The B72500T0070K060 varistor is a non-linear, voltage dependent, two-terminal electronic component. It is mainly made from two materials, zinc oxide and a molybdenum oxide. During normal operation, the voltage across the varistor decreases linearly when the current passes through it. However, during an over-voltage transient, the current capacity of the varistor increases dramatically. This will then cause an abrupt decrease in the voltage across the varistor thus clamping the voltage and preventing a surge or over-voltage.

The B72500T0070K060 varistor also has a high maximum peak current rating which allows it to clamp over-voltage transients with a high level of security. Additionally, it is also highly stable under operating conditions and offers low-noise performance, making it suitable for critical applications.

Conclusion

The B72500T0070K060 varistor is a high-performance device that is designed to protect electronic systems, especially in applications that involve signal transmission. Its wide operating voltage range and high impedance make it suitable for many different types of PCBs, mechanisms, and electrical systems. Additionally, its high maximum peak current rating and low-noise performance also make it a good choice for protecting against over-voltage transients in critical applications.