Consider the circuit shown above. The output should be the vote of the three flip flops. The switch to ... NAND function if you throw in a single transistor. You could even do the logic ...

This flip-flop needs two inputs; one to store the value and another to erase the stored value. For that, it’s two more transistors. The first time the circuit senses a clap, it stores the value ...

Fig. 1: Conventional Flip-Flop design b) To have the reset functionality, there is a need to have a signal ‘RNN’ which is invert of ‘RN’ which finally would eats up more transistors. Proposed circuit ...

Figure 4 and 5 represent the transistor level schematic that show how a typical asynchronous RESET type flip-flop can be converted into the proposed circuit which can function as either RESET or SET ...

Static RAM is fast because the six-transistor configuration of its pretzel-like flip-flop circuits keeps current flowing in one direction or the other (0 or 1). The 0 or 1 state can be written and ...