SMAJ22A-QH

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS - Diodes

TVS (transient voltage suppressor) diodes are special highly-sensitive devices that protect a wide range of electronics from electrical over-stresses and surges such as lightning and electrostatic discharge. Genuine TVS diodes are produced through a cutting-edge technology using a thin-film semiconductor (Silicon), which are usually made from single-package designs in either a DO-201 or a DO-35 configuration.

SMAJ22A-QH is a TVS diode which is specially designed the protect high-speed data interfaces from damage by transient voltage spikes and over stresses. It features an ultra-low capacitance for high-speed data-interfacing protection, a 5 V operating voltage and a low 0.25 V breakdown voltage. The SMAJ22A-QH can handle 5,000 watts surge, while also protecting against voltage transients of up to 50 µs. Its ultra-small packaging and wide operating temperature range makes it ideal for high-speed transceiver design.

The working principle of the SMAJ22A-QH is quite simple. When the reverse voltage on the diode reaches a certain level, the structure of the diode changes, allowing a large current to flow. This current is then quickly dissipated as heat. This self-regulating process rapidly dissipates energy, and provides a certain degree of protection to the electronic device that they are connected to.

As transceivers become more and more sensitive to electrical over-stresses, the use of TVD diodes has become commonplace in many modern electronics. SMAJ22A-QH is an excellent solution for providing protection against electrical over-stresses and transient voltage spikes, and is suitable for application fields such as automobiles, computers, industrial control systems, consumer electronics, and power supplies.

In conclusion, the SMAJ22A-QH is an excellent choice for protecting sensitive electronics from transient voltage and over-stresses. Its low capacitance and wide operating temperature range makes it ideal for high-speed transceiver design, while its 5,000 watts surge capability ensures superior protection. As such, it is suitable for many different applications, including automobiles, computers, industrial control systems, consumer electronics, and power supplies.

The specific data is subject to PDF, and the above content is for reference