)What type of logic gate does this circui his circuit configuration produce?
1) what are the steps to troubleshoot a circuit board correctly ??? 2) What is logic gate in electronics/electrical ? How does it work ??
1. Draw a circuit diagram that implements the logic for a two-input OR gate that lights an LED when the OR gate is asserted. Use only NPN transistors, resistors, jumper wires for the inputs, a power source, and an LED.
(a) The circuit shown below in Figure 3 has a two-input logic gate hidden from view. By inspection of the output function F, identify the hidden logic gate. ; hidden logic F-(ADB)(C08) gate cas Figure 3 (b) Draw a truth table for the function F given in part (a) above and hence derive an alternative 'sum of products' expression for F.
2. [20 points] Show that every logic circuit can be converted to one where every gate has fan-in at most two and fan-out at most one, and all NOT gates have input variables as their inputs (i.e., no gate feeds into a NOT gate). Hint: Recall what De Morgan's Law says about AND, OR, and NOT gates.
a single logic gate in a prototype integrated circuit is found to be capable of switching from the on state to off state in 12 ps, this corresponds to: a 1.2 ns b 120 ns c 1200 ns d 12.000 ns
6. The circuit below is a digital logic gate, and each of the inputs A, B, C may take on a value of either 0V or 5V; 0V corresponds to logic 0 while 5V corresponds to logic 1. Complete the table below and hence determine the cutoff, forward active, reverse active, and saturated. β 70. 430Ω OUT 9002 QA 900Ω A B C | MODE OF QA MODE OF QB I MODE OF Qc | OUT
Why is the common-gate amplifier configuration the only JFET type amplifier that amplifies the signal and keeps it in phase?
How to convert this into a logic gate circuit? I need to use at
least one D-flip-flop
next 01 01 01 State Output D1 DO 10 01 01 next 00 next 11 next 10 01 10
Calculate the static logic high fan-out for the circuit of Figure 5.3, assuming that VOH Of the driving gate can drop from-0.7 V to 0.8 V. Use β = 50. CC 0 c300 300 Ω RCI 270 Ω 04 CI 03 E4 CIA ds o E4 RE 1.24 kΩ VEE -5.2 V ) Circuit b Logic Symbol
Calculate the static logic high fan-out for the circuit of Figure 5.3, assuming that VOH Of the driving gate can drop from-0.7 V...
Question 10 (5 marks) A combinational logic circuit is shown in Figure 3 along with a timing diagram. a) The output waveform (X) shown in the timing diagram is not correct for the circuit shown. Draw the correct waveform. (2 marks) b) The output waveform shown is the result of incorrect implementation of the circuit gates has been replaced by another type of gate. Which gate has been replaced and what is the replacement gate? Explain your answer. (3 marks)...