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TVS - Diodes

Transient Voltage Suppression (TVS) diodes, also known as spe­cialty diodes, are an electrical com­pon­ent developed to absorb or dis­si­pate energy and volt­age transients, while pro­vid­ing elec­tri­cal insu­la­tion and pro­tec­tion against exces­sive volt­age. As well as being ver­sa­tile, TVS diodes offer cost advan­tages over tra­di­tion­al meth­ods, such as com­bined Varis­tor/Transorber pro­tec­tion cir­cuits.

MXSMBJSAC22 Application Field and Working Principle

The MXSMBJSAC22 is a diode designed to serve as a transient voltage protection device for sensitive electronics. It is available as a surface-mount device and has a high surge current capability and low capacitance. The MXSMBJSAC22 can protect a variety of loads and is suitable for a variety of circuits.

The working principle of the MXSMBJSAC22 is similar to other transient voltage suppressors, but it has two additional features that enhance its performance. The first feature is an active termination, which provides improved voltage overshoot protection and improved transient response times. The second feature is a series arrestor, which works with the active termination to provide a higher level of protection against overvoltage transients.

The MXSMBJSAC22 has a working voltage of 5V to 15V, and is capable of handling peak currents up to 30A. It is designed to provide comprehensive protection to a variety of loads, including sensitive microprocessors. The device can also be used for ESD protection, providing a reliable and efficient solution for controlling electrostatic voltages.

The MXSMBJSAC22 is designed for use in applications such as computer networks, electronic payment systems, industrial automation systems, medical electronics, and any other application where transient voltage protection is required. It can also be used in automotive applications, as it has a high tolerance to vibration and thermal shock. This makes it suitable for use in harsh vehicular environments.

The MXSMBJSAC22 offers a high level of protection for vulnerable electronic components while remaining relatively low cost. Its small size and versatile design make it a viable option for a variety of applications. Its robust construction and efficient performance also make it an attractive choice.

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