Resources for CircuitMaker

  1. User Manual for windows: 

  2. Using CircuitMaker: 

  3. Getting StartedWith Circuit Maker:  

  4. Circuit design tutorial in CircuitMaker5:  


CircuitMaker simulations Contributed by:


  1. Nilabhra Hazra: Half adder,  Full adder, 3-8 decoder, 
  2. Ranjeet Kumar: Half addrer, Full adder, adder presentation, RS Flip flop, 
  3. Amit Kumar: Half addrer, Full adder, 3-8 decoder, 
  4. Saurav Saran: Half adder, 
  5. Jhantu Nandi (good examples): Half adder, Full adder,
  6. Shweta Shaw: Half adder, Full adder, 3-8 decoder,
  7. Suchismita Bhattacharya: Half adder (doc and Ckt), 
  8. Subhas Bagal: Half adder, Full adder, 2-4 decoder, 3-8 decoder,  
  9. Mir Saif Ali: Half adder, Full adder, 2-4 decoder, 3-8 decoder, 
  10. Amit Mondal: Half adder, Full adder, 2-4 decoder, 3-8 decoder, 

 Question: What about you (only 10 persons)???

FTP link to get files directly within the campus network: ftp://192.168.67.2/Semester%20III/CSE&IT/Analog-Digital%20Elec(CS%20301)/

Note: You may post the other slides in your slideshare.net account and send me the link address. For example, here is one of my conference presentation posted in slideshare:   http://www.slideshare.net/epssworld/ashok-iec2008-presentation-v2-presentation


You should be proud of your work.

Two heroes of the class were present in the lab.
Can you recognize them!
Thanks to our photographer for capturing the rare moment.

    

1 comment:

  1. Dr. Ashok BanerjiAugust 27, 2015 at 3:38 AM

    Note for ckt maker

    (1) The simplest clock source is the Pulser device. Ignore the inputs, and just use either output (one is the complement of the other) as your clock signal.

    (2) Another way to get a clock signal to generate it using a Data Sequencer. Type captial G to get one, or browse to it under Digital/Instruments under the Devices menu. Here's how to set it up so that pin 1 on the right side can be used as a clock signal:

    Double click on the device, and you will get an "Edit Data Sequencer" dialog box. First of all, resist the temptation to turn on the "Use External Clock" option; it generates values at the proper rate for simulation (one propagation delay per step) all by itself. Edit the first 8 rows of the "Address - Data" box so that addresses 1, 2, 3, 4 contain 00, and addresses 5, 6, 7, 8 contain 01. Set the Start and Stop Addresses to 1 and 8 respectively.

    When the simulation runs, the sequencer will output 0 on output No. 1 for four propagation delays, then will output 1 on the same output pin for another four propagation delays. The process repeats as long as the simulation runs. Connect a scope tool to the output to add this waveform to your waveform window.

    This device can be used to generate any sequence of arbitrary 8-bit values, which makes it useful for testing certain complex circuits.

    (Source: http://babbage.cs.qc.edu/courses/cs343/Circuit_Maker/#sequencer)

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