Learning By Doing Digital Electronics
Learning By Doing Digital Electronics
Introduction The R-S flip-flop logic function is experimentally proved by conducting experiment 7 in our practical session. AIM To prove the logic function of the R-S flip-flop Learning Objective To construct and study the characteristic and logic functions of R-S…
Introduction Our next tutorial on the sequential circuit is an in-depth discussion on JK Flip-Flops. We have widely discussed earlier two flip-flops, namely the S-R flip-flop and the D flip-flop. Now we are in the study of the most important…
Introduction Digital circuits usually process input signals and exhibit output signals in two states – High- Low, 1 or 0, indicating ‘on’ or ‘off’, ‘yes’ or ‘no’. These binary states, high and low, are being produced by the circuit working.…
Introduction We are discussing ‘Sequential Circuits’ in our tutorial on digital techniques. We have discussed flip-flops and then R-S flip-flops, their schematic, symbol and other parameters. We have exclusively studied R-S flip flop with illustrations as the first flop. Now…
Introduction XOR (Exclusive-OR) Gate Logic Function is proved by conducting this experiment. As our 6th experiment, we practically do the experiment with the XOR gate circuit to prove its logic function, so that a reader can get enhanced knowledge and…
Introduction In this post, we conduct the experiment to prove the NOR gate logic function. In our practical demo experiments, this is our 5th experiment. By conducting experiments, we demonstrate the logic functions of logic gates one by one. Theory goes hand…
Introduction The word sequential means something that happens in order, one after another. In ‘Sequential Logic Circuits’, the output does not depend only on the present input. It also depends on what happened before — the previous inputs and…
Introduction We have already discussed a regulated power supply using IC 7805, a constant voltage regulator giving 5 V DC . This is how we get various fixed regulated voltages using fixed value ICs like 7806, 7812 etc. But here…
Introduction Every day, we young and old use a variety of electrical and electronic gadgets for our living and utility purposes. It may be used in the kitchen, bedroom or bathroom. Children often use toys made of electrical, mechanical and…
Introduction In this post we are experimenting to prove the NAND gate logic function. In our practical series this is our 4th experiment. Experiment by experiment we are demonstrating the logic functions of logic gates one by one. Always theory…
