create the schematic needed for part d please OBJECTIVE:The objective of this experiment is to gain knowledge of sequentialcircuits. You will use fip-flops to design up and down counters and will alsodesign a control crout to get the desired sequence of counting. You willbecome familiar with 555 timer and use it to generate pulsesDESIGN REQUIREMENTS:a. Design a clock pulse generator using 555 timer as shown.b. Using JKp-flops, design a 4 bit binary down counter. Verify thecounting sequence by connecting LED's to the outputs.c. Modify the above circult to get a 4-bit binary up-counter. Verify thecounting sequence by using LED's connected to the outputsd. 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 countingsequence by using LED'S connected to the outputse. (optional) You may connect the decoder and display, which you havedesigned in experimenta 3. too verify your outputsf. (optional) In addition, you may get an IC counter (eq 7490) andImplement the circuit a, b, and cusing this IC. Further, you can connect thedecoder to the counter and display it as indicated in paragraph eNOTE: See data for actual 555 pin numbering. Here in numberingrearranged to simplify schematic drawing so pin a's are not in sequence.CLOCK PIASE GENERASSAeverytSaur445COLA

To make the required counter we need to add a NAND gate as a control circuit in the 4 bit binary up…

OBJECTIVE: gain knowledge of sequential The objective of this experiment circuts. 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 puses. DESIGN REQUIREMENTS: & Design a clock pulse generator using 555 b. Using X-fops, design a 4 be binary down counter. Verify the counting sequence by connecting LED's to the outputs Modify the above crout 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: 0, 1, 2, 3, 4, 5 by adding an additional contre crut verty the counting sequence by using LED's connected shown (optional) You may connect the decoder and displey, which you have designed in experhenti outputs (open) In addtion, you NOTE: See data SLOCK PASE GEDICH 555 undering wing op unter (es 7490) and Further, www. Humbering

OBJECTIVE: gain knowledge of sequential The objective of this experiment circuts. 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 puses. DESIGN REQUIREMENTS: & Design a clock pulse generator using 555 b. Using X-fops, design a 4 be binary down counter. Verify the counting sequence by connecting LED's to the outputs Modify the above crout 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: 0, 1, 2, 3, 4, 5 by adding an additional contre crut verty the counting sequence by using LED's connected shown (optional) You may connect the decoder and displey, which you have designed in experhenti outputs (open) In addtion, you NOTE: See data SLOCK PASE GEDICH 555 undering wing op unter (es 7490) and Further, www. Humbering

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

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