TV06B100J-G

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A Transient Voltage Suppression Diode (TVS) is a semiconductor device designed to protect circuits from damage caused by voltage spikes from external sources. TVSs often take the form of a zener diode or a triple-diode array. The TV06B100J-G is a unidirectional Transient Voltage Suppression Diode designed to protect electronic circuit from, or suppress, voltage transients generated by electrical noise, inductive load switching and electrostatic discharge (ESD).

The TV06B100J-G, also known as a PEAK Pulsar Diode, has a standoff voltage of 6 Volts, which means that it can block voltages up to 6 volts. It is designed to provide a low leakage current and excellent clamping performance under ESD and transient surge conditions. Common applications of the TV06B100J-G include clamps for use on computer system boards, mobile phones, automotive applications, and other high frequency or high power systems.

The working principle of the TV06B100J-G involves connecting a PN junction diode to the circuit being protected. When a spike of voltage exceeding an acceptable level appears, the diode short circuits it allowing the circuit to continue operating without damage. It will then conduct current until the voltage falls below its threshold value. The diode will then automatically reset and begin allowing current through again.

The TV06B100J-G offers enhanced surge protection against ESD, transient events, and positive/negative surges. It also provides outstanding clamping performance, low leakage current, and high reliability. The device is designed to handle a maximum diode capacitance of 1.52pF and a maximum standby current of 1.2mA, making it well suited for a variety of applications.

In summary, the TV06B100J-G is a unidirectional Transient Voltage Suppression Diode designed to protect circuits from voltage transients generated by external sources, such as inductive load switching, electrostatic discharge, and electrical noise. It provides low leakage current, excellent clamping performance, and high reliability in applications such as computer systems boards and mobile phones.

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