100351SC

The 100351SC is a logic flip-flop that is composed of two cross-coupled CMOS inverters forming a bistable latch. This circuit has its trigger inputs divided into two sets, the preset and clear inputs, which are used to force the overall output to either a logic 0 or logic 1 state. This flip-flop has application in memory circuits, counters, shift registers and sequential logic.

The flip-flop works on the principle that the combination of two cross-coupled CMOS inverters will produce two stable output states. The two inputs, the preset and clear are used to force one of the two cross-coupled CMOS inverters to conduct, resulting in the output state being set to either a logic 0 or logic 1. The preset input, when set to logic 1, sets the output state to logic 1. Similarly, the clear input, when set to logic 1, sets the output state to logic 0.

The 100351SC has two gates made from the combination of two cross-coupled CMOS inverters. One gate is driven by the preset input and sets the output to logic 1 if the preset input is at logic 1. The other gate is driven by the clear input and sets the output to logic 0 if the clear input is at logic 1. As long as the preset and clear inputs remain at logic 0, the flip-flop will retain its current state.

The 100351SC is used in a variety of applications ranging from frequency dividers, shift registers, memory circuits and sequential logic. It is especially useful in memory applications since it allows the contents of the memory to be easily preset and cleared. The 100351SC is also able to be used as a frequency divider since it changes state every time there is a clock pulse. Finally, the 100351SC is commonly used as a shift register to store a number of bits for manipulation. This type of register is formed by connecting a number of 100351SCs in series.

In conclusion, the 100351SC is a logic flip-flop composed of two cross-coupled CMOS inverters forming a bistable latch. Its preset and clear inputs are used to set and clear the output state, respectively. The 100351SC has various uses and applications, including memory circuits, frequency dividers, shift registers and sequential logic.