TV30C400J-G

TVS (transient voltage suppressor) diodes are powerful, fast - acting diodes that clamp voltage and protect sensitive components from damaging electrostatic discharge and other potentially dangerous surges. The TV30C400J-G is a part of these diodes and provides 400W peak pulse power. The TV30C400J-G has a variety of applications due to its high power, fast response, and low capacitance levels.

The TV30C400J-G is designed for use in low capacitance applications that need robust ESD protection. For example, it may be used as a clamp in a DC-DC converter or embedded within microcontroller, and touch sensors circuits to protect them from voltage transients and surges. It could also be used for protecting onboard connectors in USB 2.0 devices.

The TV30C400J-G has a low capacitance of only 0.3pf, making it ideal for low capacitance applications. The TV30C400J-G also has a fast response time of less than 1 nanosecond, allowing the diode to quickly clamp any voltage transients or surges that are applied to the protected circuits. The TV30C400J-G also has a breakdown voltage of 30V and an ESD rating of 4KV. All of these features make this a powerful and reliable device.

The TV30C400J-G works by clamping the voltage to a specific level when a voltage transient or surge occurs. When exposed to a high voltage surge, the junction of the TV30C400J-G will break down, creating a low resistance path that clamps the voltage to a pre-determined level, thus effectively protecting the sensitive components. The TV30C400J-G can also be used in reverse-bias applications, allowing it to function as a bidirectional clamp to protect against both positive and negative transients.

The TV30C400J-G is an ideal device for low capacitance applications that need robust protection against ESD and voltage transients. With a low capacitance, fast response time, and high power, the TV30C400J-G can be used in a variety of applications to protect sensitive circuits and components. The device is also easy to install and use, making it an ideal choice for a variety of applications.