V10D202C-M3/I Discrete Semiconductor Products

The V10D202C-M3/I is a surface-mount diode array in a TO-263AB package. It is ideally used for high-speed switching, line termination, and clamping applications.

The V10D202C-M3/I has an integrated anti-parallel diode and two independent two standard diodes. This series is designed to offer ultra-low forward voltage drop and high-speed switching for their application fields. This diode array also has an additional clamp diode that provides protection from ESD damage. In particular, it has a VDC (maximum clamp current) rating of 630V and a VDC (peak forward voltage) rating of 17V, which makes it particularly suitable for handling higher voltage levels.

The V10D202C-M3/I is a RoHS compliant silicon device, with a high current carrying capacity of 5A. It also features an optimized switching waveform, which reduces switching noise and provides higher reliability. It also features a low thermal resistance of 1.85°C/W, high power dissipation of 970mW, and a high surge rating of up to 8A.

The working principle of the V10D202C-M3/I is quite simple. It consists of two independent two-standard diodes and an integrated anti-parallel polarity protection diode. This device is designed to offer high-performance switching along with an ultra-low forward voltage drop, making it suitable for a variety of applications. The integrated diode provides a clamping function to protect against any overvoltage or spikes due to ESD.

The V10D202C-M3/I is suitable for applications such as high-speed switching, line termination, and clamping. This diode array is perfect for use in telecommunications, industrial, and automotive electronics. It is also suited for use in switching converters, power distribution and control systems, as well as other general purpose applications.

In conclusion, the V10D202C-M3/I is an ideal solution for a wide variety of application fields due to its high-speed switching capability, ultra-low forward voltage drop and integrated anti-parallel diode. Its simple working principle and high reliability makes it the perfect solution for applications such as line termination and high-speed switching.