TV02W100B-G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS (Transient Voltage Suppression) Diodes are able to provide additional protection to electrical and electronic devices against transient overvoltages. The TV02W100B-G belongs to the TVS Diode family and is designed for the automotive industry.In general, the working principle of this device is based on a two-step mechanism that can be divided into two stages, the first of which is avalanche breakdown. In this part, the voltage applied to the diode will cause the built-in avalanche effect to start, which will cause the breakdown of the diode. In the second stage, once the breakdown occurs, the diode begins to kick back and display a negative resistance effect, thus limiting the peak voltage and current of the applied transient overvoltage.

The TV02W100B-G specifically provides a high level of protection against various transient voltage threats, such as induced lightning pulses, electrostatic discharges, and power cross events. The components provide a sturdy and dependable form of surge protection for automotive systems from 12V to 55V. Additionally, it offers a maximum clamping voltage range of 36V to 60V and a peak pulse power of up to 2500W.

The TV02W100B-G has a number of key features that make it suitable for use in automotive on-board electronic systems. Firstly, its low resistance and capacitance facilitate low capacitive loading on the noise-susceptible automotive data lines, thereby ensuring reliable data transmission. Secondly, the robust SIL package provides a reliable design for the robust electrical performance and improved manufacturing efficiency. Thirdly, its excellent waveform characteristics allow for highly efficient performance without generating large undesired noise. Finally, its snap-back feature provides fast response with no residual voltage after the transient event.

In conclusion, the TV02W100B-G is an ideal candidate for a broad range of applications that have to endure the transient overvoltage threats found in the automotive industry. Its impressive robustness and high level of protection make it suitable for use in a variety of different automotive data links. In addition, its excellent waveform characteristics, low resistance, and capacitance also help ensure the integrity and secure transfer of data, while its snap-back feature offers quick response times with no residual voltage.

The specific data is subject to PDF, and the above content is for reference