83CNQ100ASL

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The 83CNQ100ASL is a high speed schottky rectifier array from Vishay Semiconductor – a leading manufacture of semiconductors, discrete components and modules. This device is designed for use in low voltage applications such as over-voltage and reverse battery protection, and it operates with a forward voltage (VF) of approximately 0.72 volts. This rectifier array provides fast switching times and excellent conduction performance, suitable for high frequency applications.

The 83CNQ100ASL is a four terminal straight channel device and it is fabricated on the highly reliable silicon-based semiconductor substrate material. It is a dual package device, providing two separate channels that can be operated independently. Each channel consists of an anode, a cathode, and a base terminal. The anode and base are connected in series, while the cathode is connected in parallel to the source. This provides a continuous and reliable conduction path for the current.

The 83CNQ100ASL provides quick transient response time and excellent tolerance with regards to junction capacitance and threshold voltage. The large area of the die helps reduce the leakage current and provides low thermal resistance. The maximum power dissipation for the device is between 75 and 100 W at 25°C. The maximum forward current for the device is 40 A.

The 83CNQ100ASL offers very low forward voltage drop and reverse breakdown voltage, making it an ideal rectifier array for low voltage applications. It also allows very fast switching times, making it suitable for high frequency applications such as motor controllers, converters, and DC-DC inverters. The device is also a suitable choice for power supply applications, providing an economical solution for applications that require high-speed switching.

In terms of its working principle, the 83CNQ100ASL contains four independent schottky rectifier channels in a DIP package. As voltage is applied to the input, the rectifier causes the current to flow in a single direction, from anode to cathode. This current flow results in a reduction of the forward voltage drop, providing improved conduction performance and faster switching times. Reverse voltage is blocked from the output, protecting the device from damage.

In conclusion, the 83CNQ100ASL is an ideal solution for circuits that require low voltage and high current performance. It offers fast switching times, improved conduction performance, and low thermal resistance. Additionally, the device is highly reliable and cost effective, making it a suitable solution for many low voltage applications.

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