MXSMBJSAC36 Circuit Protection

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Since the development of electronic markets, TVS (transient voltage suppression) diodes have been frequently used to suppress high-voltage transients on the AC power line, as well as providing a measure of surge protection. A wide variety of different TVS diode designs are commercially available, but none are more common than the MXSMBJSAC36. This article will explore its unique application field and working principle.

MXSMBJSAC36 is a three-terminal sinusoidal power line protection device which is designed to absorb transient surges on the AC power line that occur from external sources, such as lightning. Its general design consists of two metal plates which act as electrodes, and a third metal plate, which serves as a a shield to protect the device from external sources. The two plates then form a very low impedance path, allowing the transient surge to be safely dissipated.

The MXSMBJSAC36’s application field is mainly concerned with protecting electronic and electrical equipment from damaging transients such as those caused by lightning strikes, or power cuts. This application of the device is used by a wide variety of industries, ranging from automotive to telecoms. It is also suitable for protecting sensitive microprocessors or RF circuits from transient surges, which can easily destroy or damage the delicate circuits, or corrupt the data stored in them.

The working principle of a MXSMBJSAC36 diode is relatively simple. When an extreme transient surge is experienced, the connection voltage between the two electrodes is greatly increased. This increased voltage is then used to drive the current flow, allowing the transient surge to be safely dissipated. The third metal plate is then used to provide additional protection against external transient sources.

The inherent transient voltage suppression (TVS) capabilities of a MXSMBJSAC36 are further enhanced by its novel design. When a transient disturbance is detected by the device, it responds quickly and efficiently to protect connected circuits and equipment from potential damage. This is done by altering the resistance of the connection between the two electrodes, quickly sealing off excessive current flow in order to prevent harm.

The MXSMBJSAC36 is a valuable and versatile device which is used in many industries to protect electrical and electronic equipment from damaging transient surges. Its basic design consists of two metal plates, forming a very low impedance path which allows the transient surge to be safely dissipated. Additionally, its transient voltage suppression capabilities are further enhanced by its novel design, which quickly responds to threatening surges without damaging the connected circuits.

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