TV06B201J-HF

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TVS - Diodes are components that help in protecting sensitive electronic components from overvoltage or lightning surge transients. They are also used in protecting circuits and components from inrush current. The TV06B201J-HF is a bi-directional bi-polar uni-junction diode that is used for power surge protection applications.

Introduction

TV06B201J-HF diodes provide protection in the broadest range of voltage and current working conditions, thereby efficiently protecting components and circuits from lightning strikes, transients, and electrical surges. It is mainly used in automotive electronics, communication systems, consumer appliances, energy management, lighting, medical, motor control, and transportation systems.

Features

The TV06B201J-HF diode has many features that make it attractive in many application areas. It has a fast dynamic response time of 1.2ns, low on-state voltage of 0.38V, high peak current rating of 200A, low leakage current of 1.5uA, and a high blocking voltage of 33V. It also has excellent surge capability, higher power and heat dissipation, a low breakdown voltage, excellent clamp capability, and a low junction-to-ambient capacitance of 25 pF.

Working Principle

The TV06B201J-HF Diode is a bi-directional diode, meaning that it can be used to protect against current flowing in either direction. It operates in three stages; surge absorption, clamping, and recovery. When a transient or surge occurs, it first works by absorbing all the surge energy, then clamping the voltage to a safe level, and finally allowing the current to safely flow back to its source while dissipating the energy in the form of heat. During the recovery phase, the diode\'s internal circuit is reset, allowing it to be ready to protect against the next surge event.

Conclusion

The TV06B201J-HF diode is an important bi-directional power surge protection device that finds its use in many applications. It has excellent surge protection capability and a fast dynamic response time, making it an ideal choice for protecting against current and voltage surges. Its high blocking voltage, low leakage current, and low junction-to-ambient capacitance make it a great choice in situations where it is necessary to protect circuits from electrical transients.

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