SMCJ26A-Q

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The SMCJ26A-Q is a transient voltage suppressing device from the TVS - Diodes category. It provides a very powerful electrostatic discharge and surge protection, making the SMCJ26A-Q suitable for a variety of applications.

Broadly speaking, the SMCJ26A-Q is designed as a protection from transients and overvoltages. It is suitable for a wide range of applications where surge impedance and transient protection are necessary, such as telecommunications, industrial, automotive, military and data processing. This makes the SMCJ26A-Q very versatile and able to meet a variety of requirements.

The SMCJ26A-Q is a dual in-line package (DIP) device. It features an isolated cathode terminal and an isolated anode terminal, which are connected to two separate Zener diodes. This allows the device to provide a robust level of ESD and surge protection. The SMCJ26A-Q is also designed with a low capacitance between the anode and cathode, providing a very fast response and excellent surge protection.

In terms of electrical characteristics, the SMCJ26A-Q features a very low clamping voltage. It can withstand up to an 8.3 kV ESD strike, as well as up to 40 A of direct current (DC). The SMCJ26A-Q also has a low peak pulse power of 500 W, with very good holding time characteristics.

The working principle of the SMCJ26A-Q is quite simple. The device is designed to clamp the voltage when a transient surge is present. When the transient voltage exceeds the breakdown voltage of the SMCJ26A-Q, the Zener diodes are triggered and begin to conduct. The device then begins to draw current and dissipate the surge energy. This in turn suppresses the voltage, providing protection from transient voltage.

Overall, the SMCJ26A-Q is a powerful and versatile device from the TVS - Diodes category. It provides a very effective level of ESD and surge protection, making it suitable for a wide range of applications. With its low clamping voltage, low peak pulse power and excellent holding time characteristics, the SMCJ26A-Q is the perfect solution for those looking for dependable and reliable protection from transients and overvoltages.

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