SMBJ60

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TVS (Transient Voltage Suppressors) devices, also known as "surge protectors", are devices designed to protect sensitive electronics from the damaging effects of over-voltage transients. The SMBJ60A is a low-cost, reliable, and widely used general-purpose transient voltage suppressor (TVS) diode. In this article, we\'ll explore the SMBJ60A TVS diode\'s application field and working principle.

The SMBJ60A TVS diode is a surface-mount, ultra-small, and low cost component designed to protect against voltage transients on data and communications line circuits. It is available in a range of working voltages, from 5V to 75V, and can be used for applications such as telecoms, power supplies, DSPs, microprocessors, and data lines. It is also suitable for applications that require polarity-independent protection.

The SMBJ60A TVS diode has a low capacitance level, so it is a good choice for data applications. It also has fast response time, which means it can respond quickly to over-voltage transients. Its low clamping voltage makes it ideal for protecting sensitive electronics from the damaging effects of high voltage spikes. It also has low power consumption, making it the ideal solution for power-sensitive applications.

The working principle of the SMBJ60A TVS diode is based on the concept of Breakdown Voltage. When the SMBJ60A is subjected to over-voltage transients, the voltage across it exceeds the breakdown voltage of the diode. At this point, the diode breaks down and conducts current, thus providing protection against over-voltage transients. The breakdown voltage of the SMBJ60A is typically around 60V, so it is a good choice for protecting against transient over-voltage events.

In summary, the SMBJ60A is a reliable, general-purpose transient voltage suppressor (TVS) diode that is used to protect sensitive electronics from the damaging effects of over-voltage transients. It is a surface-mount, ultra-small, low cost, and low power consumption device that provides good protection against transient over-voltage events. Its low capacitance and fast response time make it a good choice for data applications.

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