REBDB-309 日本AV 5. 1. 3. The above circuit assumes a width for the transistor of 0.1 Î? gt& & 1.1. Using the above circuit, modify it to design the following logic gates: Ltr a. AND gate b. OR gate c. NOT gate d. NAND gate e. NOR gate f. XOR gate g. XNOR gate h. Half adder i. Full adder Using calculations and simulation, draw the truth table for each of the gates listed above. for each gate, draw the circuit before and after modification. 40. 1. 20. Explain the functionality of each logic gate using the time domain waveform and logic diagrams. 2. 1. 7. Transfer the hard dimensions of the circuit to the software using the salicci first_ lechnology(msi) model. 85. 0. 85. For each gate, evaluate the output voltage in addition to the transfer curve for the circuit. Create the logic diagram for the circuit and simulate it for each gate. Substitute a complete layout of the circuit at the end of the design. 85. 0. 85. Define the logic template for each gate using Verilog and mov from the Verilog template is a logic gate. Verify the Verilog models for each gate using the test bench file. Simulate the circuit for the entire logic gate out of the circuit and verify its functionality using either the Verilog simulation or analysis calculus for each gate. 5. 1. 3. The above circuit assumes a width for the transistor of 0.1 Î? gt& & 1.1. Using the above circuit, modify it to design the following logic gates: Ltr a. AND gate b. OR gate c. NOT gate d. NAND gate e. NOR gate f. XOR gate g. XNOR gate h. Half adder i. Full adder Using calculations and simulation, draw the truth table for each of the gates listed above. for each gate, draw the circuit before and after modification. 40. 1. 20. Explain the functionality of each logic gate using the time domain waveform and logic diagrams. 2. 1. 7. Transfer the hard dimensions of the circuit to the software using the salicci first_ lechnology(msi) model 85. 0. 85. Create the logic diagram for the circuit and simulate it for each gate. Substitute a complete layout of the circuit at the end of the design. 85. 0. 85. Define the logic template for each gate using Verilog and mov from the Verilog template is a logic gate. Verify the Verilog models for each gate using the test bench file. Simulate the circuit for the entire logic gate out of the circuit and verify its functionality using either the Verilog simulation or analysis calculus for each gate. - 免费预告片中文字幕 srt。

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