With a counter 10 lights will be controlled. At the first clock pulse all lights will be ON (1). at the following pulses, lights will be off from inside to outside and the ones that are OFF will not be ON. According to which modulo must this design work ? a)2 b)5 c)6 d)10 IF WE WANT TO DESIGN THIS PROBLEM BY USING ROM, HOW MANY INPUTS WILL THE ROM HAVE? a)3 b)5 c)6 d)10

With a counter 10 lights will be controlled. At the first clock pulse all lights will be ON (1). at the following pulses, lights will be off from inside to outside and the ones that are OFF will not be ON. According to which modulo must this design work ? a)2 b)5 c)6 d)10 IF WE WANT TO DESIGN THIS PROBLEM BY USING ROM, HOW MANY INPUTS WILL THE ROM HAVE? a)3 b)5 c)6 d)10

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter7: Input/output Technology

Section: Chapter Questions

Problem 24VE

See similar textbooks

Similar questions

With a counter 10 lights will be controlled. At the first clock pulse all lights will be ON (1). At the following pulses, lights will be off from inside to outside and the ones that are OFF will not be ON. IF WE WANT TO DESIGN THIS PROBLEM BY USING ROM, HOW MANY INPUTS WILL THE ROM HAVE? -3 -5 -6 -10
I need you to help me understand this problem. Try your best please :) Design a digital logic circuit as a Read Only Memory (ROM) [Decoder plus OR gates]. A ROM accepts a three-bit number and generates an output binary number equal to three times the input number, plus one. ***make sure to create the truth table first*** (a) What is the size of the initial (unsimplified) ROM ? (b) What is the size of the final (simplified) ROM ?
1. What is the optimum size of the memory?2. What is the size of the state decoder? 2 x 4 3 x 8 4 x 16 5 x 32 6 x 64 3. Which of the following is the correct input to the state counter? "0, IR[2:0]" "1, IR[2:0]" "IR[2:0], 0" "IR[2], 0, IR[1:0]" 4. What state/s should activate the CLR control line of the state counter?
design a rom by using a address decoder, input buffer and or gate that stored value of 11 when output line is 0
Choose an answer and write the procedureIn a microcontroller, the interior of the memory that goes from 0x200 to 0x21FF has been reserved for the program code.What is the maximum size that a program code can have?A) 256B) 512C) 1024D)128
Please answer the following question using only one 3-bit binary counter with clear input and the minimum number of components listed below, design a counter that generates the following sequence repeatedly: 0-> 3 -> 5 -> 7 -> 9 -> 11-> 13 -> 0 -> 3 -> 5 -> 7 …… Information: E is enable input. When E = 1, it counts at every clock cycle. When E = 0, it stops counting and output stays unchanged. clr is clear input. When clr = 1, it starts counting from 0 from the next clock cycle if E = 1. The only allowed components are: a) 3-bit binary counter b) left and right shifter c) Logic Gates (And, Or, Not) PLEASE USE THE 3-BIT COUNTER DESIGN BELOW WHEN DESIGNING THE COUNTER
Please answer the following question using only one 3-bit binary counter with clear input and the minimum number of components listed below, design a counter that generates the following sequence repeatedly: 0-> 3 -> 5 -> 7 -> 9 -> 11-> 13 -> 0 -> 3 -> 5 -> 7 …… Note: E is enable input. When E = 1, it counts at every clock cycle. When E = 0, it stops counting and output stays unchanged. clr is clear input. When clr = 1, it starts counting from 0 from the next clock cycle if E = 1. The allowed components are: a) 3-bit binary counter b) left and right shifter c) Logic Gates (And, Or, Not) (the number of input pins are not limited, which means that you can have more than 2 input pins)
Q#02) Explain Direct Memory Access (DMA), and Input/output timing diagram with clock synchronization.
if i want to have an output of 6 bit, what is the size of my ROM and Decoder
Q1- a- Program an 8-bit ROM to store words that start from [00 H] up to [1F H] (sequentially). Write the characteristic table & draw the diagram of its circuit. (H: Hexadecimal) HINT: You should explain the principle of ROM work by taking selected I/p's of the circuit (Not all I/p's). b- Count the types of ROM circuits & explain briefly each one of them.
Think for a moment that the idea of code that can be moved doesn't exist. How could the switching system for the RAM be made more difficult?
Below is a diagram of a priority encoder chip. In order for the chip to be active the enable, EI, must be ["LOW", "HIGH", "Either LOW or HIGH will work"] For an input pin to be active it must be ["LOW", "HIGH", "Either LOW or HIGH will work"] If the input pin I4 is LOW and all the other input pins are HIGH, the outputs will be A0 = ["0", "1", "Cannot be determined"] A1 = ["0", "1", "Cannot be determined"] A2 = ["0", "1", "Cannot be determined"]