TV02W160B-G

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TVS (Transient Voltage Suppressor) diodes are components designed to shunt and suppress transients in circuit systems. They have been developed to work either unidirectionally or bidirectionally on alternating and direct current to provide temporary over-voltage protection for more sensitive elements and components. The TV02W160B-G is a Bi-Directional, Dual-Side Cathode, Avalanche clamp TVS diode, extending a series of proven products to further enhance design flexibility and ensure that protection levels and performance requirements can be met.

The TV02W160B-G is operable from 5.0V to 160V and designed to protect against electrostatic discharge (ESD) as defined by the IEC61000-4-2 international standard. This component achieves the typical 20V peak pulse with a surge of 8/20uS current waveform at 2.5kV for contact discharge. It is suitable for providing ESD protection on data, communication, and low-voltage signal lines such as USB 2.0 and HDMI 1.3.

The working principle of the TV02W160B-G involves providing a small shunt path for the transient energy to be discharged in a controlled manner. When a pulse appears on the protected circuit, the voltage on the TV02W160B-G’s anode rises rapidly, and this triggers the avalanche breakdown of the diode. Negative ions are swept into the P-N junction of the diode and generate an avalanche effect, allowing a large current to flow from anode to cathode.

The TV02W160B-G is suitable for a range of applications, including industrial equipment, medical devices, home appliances, automotive electronics, and electronic components. It is capable of providing low clamping voltage and provides excellent EMI/RFI filtering against data line surges. The product also offers superior solderability and a highly reliable manufacturing process for sealed components.

In conclusion, the TV02W160B-G TVS diode is a versatile component with the capability to protect from ESD with enhanced performance and reliability. The working principle of the diode allows for the rapid, controlled release of energy from transients, while its range of applications ensures its compatibility with a broad selection of modern electronics.

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