Binary to Octal Decoder using 7-Segment Display. what is the K-map and truth table ?
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Binary to Octal Decoder using 7-Segment Display. |
what is the K-map and truth table ?
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- Binary to Octal Decoder using 7-Segment Display. write the k-map and use 4 input and 7output?If the current value of the stack segment register and stack pointer are C00016 and F F0016, respectively, what is the address of the current top of the stack ?the diagram on the right is for a register bank circuit that contain 8 registers. Each register is 16-bit. Theregister can read or write to one register at a time using address bus.Design the circuit and specify the width of EVERY bus.
- Procedure: 1. Design an even/odd parity generator for 4-bit data. 2. Design a parity checker circuit for a 4-bit data. 3. Design a logic circuit for a 3-bit message to be transmitted with an even parity bit. 4. Four data bits are to be transmitted. Design a parity bit generator to give an o/p of 'l' if the number of logic l's in the message is: (i) odd; (ii) even.3. What converts binary numbers to decimal numbers? 1. BCD to 7-segment Decoder 2. Encoder 3. Decoder 4. What is the main difference between decoder and demultiplexer? 5. Which statement is true for a priority encoder that has two inputs triggered at the same time? a. The output will be incorrect. b. The output is determined by the input with higher priority. c. The output will remain correct.true or false ?? an even two bit parity checker will output a parity error if data A=LOW data , B=HIGH. parity bit = HIGH
- dont use others answers show your work step by step short answer Suppose we are given the following subset of binary words, created for a 7-bit memory word with one parity bit: 11100110, 00001000, 10101011, and 11111110. Does this code use even or odd parity? Explain in 1-2 sentences.Answer the below questions. a. What is the counting range in binary and decimal for an up-counter with 3 bits? b. What is the counting range in binary and decimal for a down-counter with 4 bits?Implement the encoder truth table in logical circuit diagram (with the help of logic gates). Implement the Decoder truth table in logical circuit diagram (with the help of logic gates).
- In a multibyte addition program, when must you use the ADD instruction? When must you use the ADC instruction?DISCUSSION: 1- Is the Gray code arithmetic code? Why? Where this code usėd? 2- What is the parity bit? 13- Design five - bit odd parity checker? 4- a) What are the main applications of the comparator? /b) Design two – two bit comparator. -5- Convert five.bit Gray to binary code, write truth table and draw the circuit diagram. 2-5- What is meant by 4 to 16-line decoder? Draw the block diagram of that decoder (Please don't show the logic circuit) that has active low inputs and active high outputs. - Draw the decoding logic circuit that will detect following binary codes. Given that an active low output is required. (i) 1001 (ii) 110110 - You wish to detect only the presence of the codes 1110, 1101, 0101 and 1001. An active HIGH output is required to indicate their presence. Develop the minimum decoding logic with a single output that will indicate when any one of these codes is on the inputs. For any other codes output must be LOW. -For the decimal to BCD encoder logic of the following circuit, assume that the inputs 5, 6 and 9 are HIGH. What is the output code? Is it a valid BCD code? A, 3 A -A, 9. 2. 4507