Digital Electronics Practice Using Integrated Circuits
With the advent of integrated circuit technology, the importance and usefulness of digital electronics has vastly increased. The size, cost and power dissipation have been reduced in the ratio of 2,000:1 and the performance, reliability and efficiency of equipment increased tremendously. This book gives a basic concept of digital techniques and then introduces simple function to complex functions. It uses SSI and MSI, TTL ICs of the most commonly available 54/74 series. The book will be useful to students of electronics and computer technology, as well as to practicing engineers and technicians.
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2-input AOI gates 9's complement active-low adder AIM To study astable multivibrator BCD inputs BCD-to-7-Segment BCD-to-decimal binary numbers block diagram buffers circuit and verify circuit of Fig circuit shown clock pulses CMOS connected to logic counter ICs counting D/A converter data input decade counter decimal decoder Decoder/Driver demultiplexer digital circuits digital comparator Dual J-K flip-flops encoder EX-OR gate Excess-3 Explain the operation frequency function table given in Fig given in Table input terminal input voltage Inputs Output inverter J-K flip-flops logic expression monostable monostable multivibrator multiplexer NAND gates observe the output Octal one-shot open-collector Output Fig output voltage output waveform parity Pinout preset and clear realize refer to Experiment resistor REVIEW QUESTIONS Schmitt trigger shift-register shown in Fig Strobe switch synchronous counter Transparent Latches Tri-state truth table TTL gates verify its operation verify the operation waveforms