SMCJ9.0HE3/9AT

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TVS diodes are the most representative form of overvoltage protection devices. SMCJ9.0HE3/9AT (which can be conveniently shortened to SMCJ9.0) is an uni-directional rectangular TVS diode with a peak power rating of 9A. This device is equipped with a 9millimeter bi-directional common-mode rejection ratio of >10000V/S. SMCJ9.0 is typically used in various industrial fields where high-performance overvoltage protection is constantly required.

SMCJ9.0 can also be viewed as a single, two-terminal component consisting of two back-to-back silicon avalanche information. The primary function of SMCJ9.0 is to provide low-impedance path and to divert harmful transient voltages away from sensitive electronic components. Moreover, the device is also designed to ensure that the voltage across the protected component never exceeds the breakdown voltage.

To better understand how SMCJ9.0 works, it is important to examine its key structural and electrical parameters. The construction of SMCJ9.0 consists of a silicon body and two trigger electrodes. The trigger voltage is the voltage above which the diode begins to conduct. The trigger voltage is also known as the clamping voltage and it ensures that the protected component is never exposed to a voltage higher than the breakdown voltage.

SMCJ9.0 has a higher working voltage than standard TVS diodes, which makes it ideal for applications where high-voltage transients occur. Moreover, the device is also designed to ensure that the junction capacitance does not interfere with the signal integrity.

SMCJ9.0 is well suited for use in various industrial fields, including high speed communications, computers, medical equipment, automotive, and power supplies. It is especially beneficial for high frequency applications, as SMCJ9.0 is designed to ensure that signal integrity is maintained during fast voltage transients. Furthermore, the device is also designed to protect sensitive components from damage in the event of lightning strikes.

In conclusion, SMCJ9.0 is an efficient, reliable, and cost-effective solution for high-performance overvoltage protection and signal integrity. With its extended working voltage, low junction capacitance, and high-frequency performance, SMCJ9.0 is the perfect choice for a wide range of industrial applications.

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