A two-bit binary multiplier :can be implemented using a. 2 input AND gates only b. 2 input XOR gates and 2 input AND gates only Two 2 input NOR gates and one XOR gate d. XOR gates and shift registers C.
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- true or false ?? an even two bit parity checker will output a parity error if data A=LOW data , B=HIGH. parity bit = HIGH2-bit half-adder using logic gates and or not. Please type answer no write by hend.Question 2: The HCS12 registers have the values shown in the attached table.Where X, means the values is undefined. Answer the following:A. What is the HCS12 operational mode?B. What is the value on port B pins?C. What is the value on pins PT4-PT7?D. What is the value of X in PTT register?E. Is port B working in full or reduced power?F. What is the pins configuration of CAN2 and CAN4?
- JOIN 3 circuits below(1,2 and 3) in a carry-ripple adder configuration and demonstrate binary addition of two three-bit numbers using a minimum of four number pairs that include both negative and positive numbers (signed 2s complement representation) and at least one overflow result. Circuit 1: a full-adder using any combination of gates from the following ICs: 7400, 7404,7408, 7410, 7420, 7432, and 7486 Circuit 2: a full-adder using a single 74138 IC and any additional assorted gates that may be necessary Circuit 3: a full-adder using a single 74138 IC and assorted gates.For the circuit in figure 3 below, assume the inputs are, ???/???? = 1, A=1001 and B = 1100.Figure 33.1.1 Write out the Binary manipulation. 3.1.2 Show the circuit with the binary numbers at each stage of manipulation.Realize the following function ; " on the image " using a(a) 4-to-1 multiplexer, and draw the logic diagram.(b) 8-to-1 multiplexer, and draw the logic diagram.You may use external gates if needed.
- . Flag Register is a special purpose. Name two types of registers used in 8086 microprocessor. Consider the given example and explain how over flow, carry, parity and auxiallry flag will work on these instruction. MOV AL, 50 (50 is 01010000 which is positive) MOV BL, 32 (32 is 00110010 which is positive) DD AL, BL (82 is 10000010 which is negative)Discreet Mathematics Create the logic circuit diagram for F= XY’ + XZWhat is the hexadecimal value stored in Register A after the following assembler has executed? LDA #0x71 NOTA NOTA LDR B,#0x71 ADC A,B LDR B,#0xEB ADC A,B NOTA LDR B,#0xD5 ADC A,B LDR B,#0x53 SBC A,B LDR B,#0x19 SBC A,B LDR B,#0x5E SBC A,B
- 5 clock signal frequency for a 4-bit up counter is 20kHz. What is the frequency of the most valuable bit output? d) none1.How could you reset an 8-bit serial in-serial out shift register? 2.A binary number is shifted 4 positions to the left. What is the number?F(a,b,c,d)=ab'+c'd'+a'cd' Perform the function in accordance with the following styles using the Karnaugh diagram. Draw each simplification using the corresponding logic gates. a) only or not (NOR) b) and not just (NAND) c) OR-NAND d) AND-NOR