SMDJ17A

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TVS - Diodes are commonly used in a wide variety of applications, such as automotive, military and aerospace applications. SMDJ17A is an especially versatile and effective device to help protect these and other applications from the damaging voltage spikes and transient voltages. SMDJ17A utilizes a unique type of diode, commonly referred to as a transient voltage suppressor (TVS). It is designed to protect both the system and the user from damaging high voltage transients, while also providing excellent durability against electrostatic discharges (ESD).

SMDJ17A is a bidirectional TVS diode with a reverse breakdown voltage of 17 volts and a low clamping voltage of only 8.2 volts. This diode offers a high level of protection and is capable of assisting in the protection of circuits and devices from transient and electrostatic discharge. The diode is especially useful in automotive, military and aerospace applications, where additional protection against high voltage transients is necessary to ensure reliable operation.

SMDJ17A is particularly effective in automotive, military and aerospace applications due to its ability to rapidly clamp the voltage transient during a surge, oscillation or ESD event. The diode can provide protection from voltage transients up to the maximum reverse breakdown voltage of 17 volts and can be operated in both directions. The low clamping voltage of 8.2 volts means that the voltage level will not go beyond this level, thereby significantly increasing system reliability.

In addition to providing protection from voltage transients, the TVS diode also provides additional protection from electrostatic discharges. The diode can provide up to 1.5 kilojoules (kJ) of total power dissipation, making it one of the most reliable devices in protecting circuits and devices from damage due to ESD.

The SMDJ17A is a high quality device capable of providing reliable protection from extreme voltage transients and electrostatic discharge. It is an ideal device for automotive, military and aerospace applications and can be used to protect the system and user from damage caused by these transients. In addition, its low impedance and fast recovery time make it an excellent choice for any application requiring reliable protection from voltage transitions and ESD.

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