TV30C200J-G Circuit Protection

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TV30C200J-G is a type of Transient Voltage Suppressor (TVS) Diode, which is mainly employed to protect sensitive electronic machines from a transient overvoltage events such as electrostatic discharge (ESD) or electrical fast transcients (EFT). This type of TVS Diode has a low-capacitance “Bidiode” that is designed to provide maximum bidirectional protection up to 200 volts with ultra-fast reaction time.

TV30C200J-G is suitable for a wide range of application fields, including industrial-level electronic machines, and automotive-level power supplies. It is an ideal choice for high-speed data lines, and integrated circuits (ICs) noise protection in the industries of IT, communication, medical and instrumentation.

The working principle of the TV30C200J-G is based on its structure. It contains two independent breakdown diodes connected in reverse and inside a single diode package. The diode structure allows the one diode holds the voltage to 0V and another diode holds the voltage to 0V when its counterpart conducts. Such reverse connection offers a low capacitance pin-to-pin attenuation that can ensure bidirectional overvoltage protection.

The TV30C200J-G can protect sensitive equipment from voltage transients such as static discharge, or power surges that may risk its normal functionality. It provides maximal bidirectional protection from transient voltages up to 200 volts. Moreover, the low capacitance “Bidiode” in the TVS Diode enables a fast reaction time within nanoseconds, and it can not interfere with high-speed data lines during surge protection.

To summarize, TV30C200J-G belongs to the TVS Diode family. This type of diode is designed to provide maximum bidirectional protection up to 200 volts with ultra-fast reaction time. TV30C200J-G is suitable for a wide range of application fields, such as industrial-level electronic machines, and automotive-level power supplies. Its low capacitance “Bidiode” structure allows it to provide reliable protection from ESDs, surges, noise and other transient voltages without interfering with high-speed data lines.

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