FDC6420C Discrete Semiconductor Products

The FDC6420C is a multi-source array featuring 8 channels, which helps ensure versatility in its application. It can be used in a wide range of applications such as audio amplifiers, automotive and industrial control, as well as many other electronic applications. Because it contains 8 individual transistors, the FDC6420C is also well suited to driving large loads while maintaining a very low on-state resistance. The FDC6420C can also be used in pico-projectors and white goods, which requires extremely low-voltage and high voltage operation.

The FDC6420C is a four-layer, high-voltage, low-power MOSFET array. Each channel consists of three MOSFETs connected in series, with the total of 8 channels connected in parallel to each other, making a total of 24 transistors. The array has a low on-state resistance and high switching speed, and it can drive loads up to 60 Watts of continuous current and 150 Watts of peak current.

The FDC6420C is composed of an N-channel, upstream MOSFET which serves as the gate for the series. A logic-level MOSFET follows, and the final one is a P-channel, which controls the output current. The logic-level MOSFET helps control the on-state resistance as well as the switching speed. The logic level gate is also essential in providing compatibility with TTL, DTLL and CMOS logic.

Since each channel is made up of three transistors, they all share the same gate source voltage and switching characteristics. This helps the FDC6420C tolerate larger voltage spikes, and the switching speed is significantly increased, due to the fact that all three transistors respond simultaneously.

The FDC6420C is also temperature insensitive, meaning that it can be used for a wide range of temperatures without any loss of performance. This is ideal for applications that require reliable operation across varying temperatures, and/or under harshly varying conditions, such as automotive and industrial control.

The FDC6420C is also known for its fast switching speed and its low power consumption. This helps reduce power dissipation during operation and allows for a longer life cycle for the device. Additionally, due to its low on-state resistance, it is able to operate at very low voltages without compromising performance.

Overall, the FDC6420C offers an excellent combination of fast switching speed, high-voltage capability and low power consumption. These performance characteristics make the FDC6420C an ideal choice for many applications, such as audio amplifiers, automotive and industrial control, and more.