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OBJECTIVE: The objective of this experimenti gain knowledge of sequential orcuts. You will use fip-flops to design up and down counters and will also design a control crout to get the desired sequence of counting. You will become familiar with 555 timer and use it to generate pulses DESIGN REQUIREMENTS: a. Design a clock pulse generator using 555 timer as shown b. Using 3p-flops, design a 4 bit binary down counter. Verify the counting sequence by connecting LED's to the outputs c. Modify the above circut to get a 4-bit binary up-counter. Verify the counting sequence by using LED's connected to the outputs 4. Using the above binary so counter, design a counter with a sequence: 1, 2, 3, 4, 5 by adding an additional contra crout verty the counting sequence by using LED's connected to the outputs (optional) You may connect the decoder and displey, whic designed in experiment 100 (optional) In addition, you may get implement the crout a, b, and unter and display NOTE: S for at 555 p CLOCK PASE GENCLATOR Saur 515 Cuar (2490) and in this C. Further, you numbers rawing w wring

OBJECTIVE: The objective of this experimenti gain knowledge of sequential orcuts. You will use fip-flops to design up and down counters and will also design a control crout to get the desired sequence of counting. You will become familiar with 555 timer and use it to generate pulses DESIGN REQUIREMENTS: a. Design a clock pulse generator using 555 timer as shown b. Using 3p-flops, design a 4 bit binary down counter. Verify the counting sequence by connecting LED's to the outputs c. Modify the above circut to get a 4-bit binary up-counter. Verify the counting sequence by using LED's connected to the outputs 4. Using the above binary so counter, design a counter with a sequence: 1, 2, 3, 4, 5 by adding an additional contra crout verty the counting sequence by using LED's connected to the outputs (optional) You may connect the decoder and displey, whic designed in experiment 100 (optional) In addition, you may get implement the crout a, b, and unter and display NOTE: S for at 555 p CLOCK PASE GENCLATOR Saur 515 Cuar (2490) and in this C. Further, you numbers rawing w wring

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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please explain part a

OBJECTIVE: The objective of this experiment is to gain knowledge of sequential circuits. You will use fip-flops to design up and down counters and will also design a control crout to get the desired sequence of counting. You will become familiar with 555 timer and use it to generate pulses DESIGN REQUIREMENTS: a. Design a clock pulse generator using 555 timer as shown. b. Using JKp-flops, design a 4 bit binary down counter. Verify the counting sequence by connecting LED's to the outputs. c. Modify the above circult to get a 4-bit binary up-counter. Verify the counting sequence by using LED's connected to the outputs d. Using the above binary up counter, design a counter with a sequence: 0, 1, 2, 3, 4, 5 by adding an additional control circuit. Verity the counting sequence by using LED'S connected to the outputs e. (optional) You may connect the decoder and display, which you have designed in experimenta 3. too verify your outputs f. (optional) In addition, you may get an IC counter (eq 7490) and Implement the circuit a, b, and cusing this IC. Further, you can connect the decoder to the counter and display it as indicated in paragraph e NOTE: See data for actual 555 pin numbering. Here in numbering rearranged to simplify schematic drawing so pin a's are not in sequence. CLOCK PIASE GENERASSA everyt Saur 445 COLA
Transcribed Image Text:OBJECTIVE: The objective of this experiment is to gain knowledge of sequential circuits. You will use fip-flops to design up and down counters and will also design a control crout to get the desired sequence of counting. You will become familiar with 555 timer and use it to generate pulses DESIGN REQUIREMENTS: a. Design a clock pulse generator using 555 timer as shown. b. Using JKp-flops, design a 4 bit binary down counter. Verify the counting sequence by connecting LED's to the outputs. c. Modify the above circult to get a 4-bit binary up-counter. Verify the counting sequence by using LED's connected to the outputs d. Using the above binary up counter, design a counter with a sequence: 0, 1, 2, 3, 4, 5 by adding an additional control circuit. Verity the counting sequence by using LED'S connected to the outputs e. (optional) You may connect the decoder and display, which you have designed in experimenta 3. too verify your outputs f. (optional) In addition, you may get an IC counter (eq 7490) and Implement the circuit a, b, and cusing this IC. Further, you can connect the decoder to the counter and display it as indicated in paragraph e NOTE: See data for actual 555 pin numbering. Here in numbering rearranged to simplify schematic drawing so pin a's are not in sequence. CLOCK PIASE GENERASSA everyt Saur 445 COLA
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