PI5C6800CL

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PI5C6800CL is an integrated circuit whose application field is mainly in logic, signal switches, multiplexers, and decoders. It is designed with MOS structure and three-state outputs and comes in an eight-lead DIP package. The main purpose of PI5C6800CL is to reduce risk of interfering signals and noise coupling. It widely applies to industrial control and communications, computers, and consumer electronic fields.

The basic principle of PI5C6800CL is to use voltage and/or current inputs to control logic output switch. It mainly consists of three parts. Firstly, logic input circuit is composed of two input transistors and a NOR gate, which serve as the input medium. Its outputs are applied to the static switch. Secondly, static switch is made up of source and drain diffusion regions, a field oxide region, a metal gate, and a back gate structure. This part is the crucial part of the logic switch. Thirdly, the logic output circuit contains a NAND gate. Inputs from the static switch are used to control its output.

One of the key features of PI5C6800CL is its high speed switching. Its switching threshold voltage is about 2 to 14 volts. The propagation delay is about 18 nS for 10 nS rise and fall times. Off state leakage current is around 10 nA and its input capacitance ranges from 0.5 to 4nF. Output impedance is around 400 ohms and output conductance is about 400 micro mho. By offering the features like low propagation delay, high speed switching, and low OFF state leakage current, PI5C6800CL provides excellent performance in logic, signal switch, multiplexer, and decoder applications.

In conclusion, PI5C6800CL is an integrated circuit that is applied in logic, signal switches, multiplexers, and decoders. Its attractive features like high speed switching, low propagation delay, and low OFF state leakage current make it elaborately suitable for diverse applications.

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