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Problem 5. (20 points) Design and sketch a standard CMOS transistor circuit to implement the logic...
1) Sketch a transistor-level schematic for a compound CMOS logic gate for each of the following functions: a. A 3-input XOR gate b. The function Y = ABC + D c. The function Y = (AB + C) · D
4. Consider the logic equation Y=.NOT. (A. (B+C)(D+E)). a. Sketch the circuit using Complementary CMOS design (20%) b. Sketch the circuit using Dynamic Logic design (15%) c. Sketch the circuit using Domino Logic design (15%)
3. (20 points). A CMOS logic circuit is a generalization of the CMOS inverter. CMOS employs MOS transistors of both polarities. a) In Fig. 3 indicate NMOS and PMOS transistors; b) The inverter consists of an NMOS pulldown and PMOS pull-up transistor. Draw the CMOS NOT gate. Gate Gate Oxlde Oxlde Fig.3 3. (20 points). A CMOS logic circuit is a generalization of the CMOS inverter. CMOS employs MOS transistors of both polarities. a) In Fig. 3 indicate NMOS and...
Design a full subtractor and implement it with compound static CMOS gates. The number of gates in your design should be minimized. (a) Sketch a transistor-level schematic for each gate (b) Sketch a stick diagram of the barrow output circuit. 2. Design a full subtractor and implement it with compound static CMOS gates. The number of gates in your design should be minimized. (a) Sketch a transistor-level schematic for each gate (b) Sketch a stick diagram of the barrow output...
6. Synthesize a CMOS logic circuit that implements the Boolean function and determin transistor W/L ratios for each transistor. Assume that for the basic inverter (W/L)n -1.5, (W/L)p-5. (10 points)
Please answer every part 1) Six Transistor CMOS Logic Circuit, Z-output; A, B, C are the inputs. 15 pts The three P-devices are connected as follows: Q2S-5V; Q2D-Q4S Q6S; Q4D-Q6D-Z. The three N-devices are connected as follows: QiS-GND Q3D-Q5S Q3S GNDQID-Q5D-Z The three inputs are connected as follows: A-QIG-Q2G; B-Q3G-Q4G; C Q5G Q6G. a) Draw the CMOS circuit. 3 pts b) Draw the function table for the three inputs, the six transistors and the output, Ζ. Use 0 for an...
Using PSPICE, simulate a CMOS logic circuit that produces the complement of function AB+C. Then Modify the circuit to be a clocked CMOS circuit that produces the same logic function. Using PSPICE, simulate a CMOS logic circuit that produces the complement of function AB+C. Then Modify the circuit to be a clocked CMOS circuit that produces the same logic function.
Question4: Implement the following logic function using complementary CMOS. a) OUT = (A + B). CD b) Size the devices such that the output resistance is the same as that of an inverter with NMOS W,/L=4 and PMOS W./L=8 c) What is the logic function implemented by the CMOS transistor network shown below? Vpo B. T Y
solve both 2.10 Find the transistor schematic for the CMOS logic circuit realized by the layout shown in Fig. P2.10. Give the widths of all transistors. AssumeL = 21, where A = 0.4 um. In tabular form, give the area and perimeter of each junction that is not connected to VDD or to ground. VDD Polysilicon 8A n well -p diffusion Active region Out 6/ n diffusion Metal Gnd A Fig. P2.10 D 17.33 The circuit of Fig. P17.33 consists...
Q. Implement [F = (A+B+C).(D+E) ] using Static CMOS logic, transmission gates and pass transistors. "This is a question of CMOS VLSI Design "