TV06B240JB-G Circuit Protection

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TVS - diodes have become a popular choice in a variety of industries, due to their ability to protect sensitive electronics and equipment from damage caused by lightning, static electricity, and power surges. The TV06B240JB-G is one of the more popular models of TVS diodes available on the market, and it is used in a variety of applications thanks to its reliable protection and low power dissipation.

Application Field

The TV06B240JB-G is a low-power bidirectional TVS which is designed to protect sensitive electronics from transients, especially during lightning strikes. It is ideal for applications such as monolithic RF integrated circuits, digital multi-media components, set top boxes, game consoles, mobile phones, broadband modems, and other portable consumer electronics. It can also be used in DC power lines and data lines for additional protection.

Working Principle

The TV06B240JB-G contains two internally connected silicon avalanche diodes. When a surge voltage is applied, the avalanche diodes become forward biased, allowing the device to conduct the surge current to ground and protect the circuit from the surge. This device is designed to be used with a suppressor in series to increase the clamping voltage, as well as for two-level surge protection. The device also features a low power dissipation, low clamping voltage, low leakage current, and an RoHS/Halogen Free compliant package.

The TV06B240JB-G is a 6 V bidirectional TVS and is designed to protect circuits from transients up to 150 W peak power (8/20 μs waveform). It offers excellent protection characteristics which ensure that any transients that are applied to the device are safely clamped and dissipated. It also has an ESD protection level of 8 kV HBM (human body model).

In conclusion, the TV06B240JB-G is a reliable and effective protection device for a variety of sensitive electronics and equipment. It is designed to protect against transients and surges, and it has excellent protecting characteristics that ensure any transient applied to the device is clamped and safely dissipated. With its low power dissipation, low clamping voltage, and low leakage current, it is a popular choice for a variety of applications.

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