HW 10 Solutions

The logic function implemented by the multiplexer circuit is (ground implies a logic "0") 4x1 MUX 1。 1₁ 1₂ 13 S₁ S₂ P Q Y -F

logic circuits and design   answer 2 only thnaks

[Digital logic circuit] It's a question Calculate 1) Path Delay, 2) Critical Path Delay, and 3) Circuit Delay in the following circuits ( NEED NEAT HANDWRITTEN SOLUTION ONLY OTHERWISE DOWNVOTE)

Q1) Choose the correct answer: Solve all please I. The circuits can be divided into two broad categories analog and digital are called: a-control circuits b- logic circuits c- electronic circuits d- design circuits II. Magnitude comparison is performed by a logic circuit called a: a- divider b- multiplexer c- decoder d- comparator The resolution of 5 bits ADC from analog signal (-4-4)V is: a- 0.2 b-0.22 c- 0.24 III. IV. V. d- 0.25 The full scale output from analog signal (-4-4)V by using 5 bits ADC is: a- 3.7 b-3.75 c-3.85 d-4 The number of quantization level of 10 bit ADC from analog signal (-5~5)V is: a- 128 b- 256 c- 32 d-1024

answer all the following questions. For a 12-bit linear PCM code with a resolution of 0.02 V, determine the voltage range that would be converted to the following PCM codes: 100000000001 000000000000 110000000000 010000000111 100100010001 101010101010

Problem 3: Please convert the Mealy FSM in Table 1 to a Moore machine by showing the Moore FSM table. Next State, Output Current State Input 0 1 A B,1 D,0 B C,0 B,0 C B,1 A,0 D B,0 C,0 Table 1

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Implement the following logic function with an 8x1 MUX. Apply the variable A, C, and D to the selection lines. Also implement the same logic function using discrete logic gates. Compare the output waveforms. The two circuits should be created in the same schematic file using the same inputs. The two sets of outputs from the two circuits should be shown in the same waveform and simulated simultaneously. F (A, B, C, D) = (A+B+D’)(C+A)(B+D)

Hello I am having trouble with a practice problem for my digital circuits class. I would appreciate if you can help me out. Thanks.

Using any design approach, plan and design the following problem: (show the Block Diagram, Truth Table, Simplification Approach Solution, Circuit Diagram) 2. Simple Security System A simple security system for two doors consists of a card reader and a keypad. Cand Reader To Door To Dor 2 To Alam Logic Circuit D E Keypad A person may open a particular door if he or she has a card containing the corresponding code and enters an authorized keypad code for that card. The outputs from the card reader are as follows: A B No card inserted Valid code for door 1 0 1 0 0 Valid code for door 2 1 1 Invalid card code 10 To unlock a door, a person must hold down the proper keys on the keypad and, then, insert the card in the reader. The authorized keypad codes for door 1 are 101 and 110, and the authorized keypad codes for door 2 are 101 and 011. If the card has an invalid code or if the wrong keypad code is entered, the alarm will ring when the card is inserted. If the correct keypad code is…

1.2 Convert to octal. Convert to hexadecimal. Then convert both of your answers to decimal, and verify that they are the same. 111010110001.011, (b) 10110011101.112