Design Tri-state TTL gates, Explain the working mechanism? What is the use of diodes in a circuit?
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- The only function of a not gate is to …..A. stop a signalB. re-complement a signalC. invert an output signalD. act as a universal gated) Draw the schematics of 4-bit synchronous and asynchronous MOD-8 counters and comment on their pros and cons. e) Calculate the noise margin for a logic gate with the following logic levels: VIL = 1.1 V, VIH = 3.2 V, VOL = 0.6 V, VOH = 4.0 V.Using a K-map, simplify the output expression for the circuit in the figure. Draw the logic diagram for the simplified logic expression derived in the previous procedure. Construct the simplified circuit in the previous procedure. Use a DIP switch for each input.
- In TTL, what are the two main kinds of output circuits?Q4(a) Adder is divided into three types which are half adder, full adder, and parallel adder. Illustrate the implementation of full adder using half adder with necessary logic gates. (i) (ii) Figure Q4(a)(ii) shows the input timing diagram for a full adder. Illustrate the timing diagrams for output S and Cout- B Cin Cout Figure Q4(a)(ii) (iii) Given A = 111001 and B = 100010. Construct a 6-bit parallel adder to solve for A + B.Q4(a) Adder is divided into three types which are half adder, full adder, and parallel adder. Illustrate the implementation of full adder using half adder with necessary logic gates. (i) (ii) Figure Q4(a)(ii) shows the input timing diagram for a full adder. Illustrate the timing diagrams for output S and Cout- Cin Cout Figure Q4(a)(ii)
- For the basic TTL gate shown in figure (5), if all the inputs are high at logic (1), BR = 0.02 and Br = 100, then find the value of: Note: (Write the equations of each point not just the value) 1) IB2 = Amperes. 2) Vc2=1 3) Ic2= Amperes. 4) IIKQ = 5) IB3 = Amperes. 6) Ic3 = Amperes. Volt. Amperes. Figure (5) 1.4k 4k 0₂ YWhat are the two primary categories of output circuits in TTL?Electrical Engineering 3. For the logic circuit in Figure 1, compute the following parameters: A) The total number of single stuck-at faults. B) The total number of all possible multiple stuck-at fault combinations. C) The total number of stuck-open faults. Note: You can assume that 3-input AND gate is realized using 8 transistors, a two-input OR gate is realized using 6 transistors, and an inverter is realized using 2 transistors.
- USE DIGITAL LOGIC AND DESIGNS . How universal gates can be used to perform AND, OR and NOT logics? (Draw logics)1E. Write a VHDL code for all Logic Gates and verify Output waveforms. 2E. Write a VHDL code for Half Adder and verify Output waveforms. 3E. Write a VHDL code for Full Adder and verify Output waveforms.6. i) For the circuit shown in Figure Q16, Find the logic functions of X and Y Figure Q1 ii) Simplify X and Y using Boolean algebra. hp ort delete