E-Teacher Circuits

We provide you some Digital Electronics Assignments for your reference. These are automated E-circuits, you just need to refer each step to understand the circuit. We also provide Circuit diagram for each assignment.

  1. 2-Input AND Gate Show circuit diagram
    ICs used: 74LS08
  2. Hex Inverting NOT Gate Show circuit diagram
    ICs used: 74LS04
  3. 2-Input OR Gate Show circuit diagram
    ICs used: 74LS32

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  1. 4 bit Up/Down Counter using 74HC191
    ICs used: 74HC191
  2. 4:1 Multiplexer Using IC 74LS153
    ICs used: 74LS153
  3. Triple 3-Input NOR Gates
    ICs used: 74LS27
  4. Dual 4-Input NAND Gates
    ICs used: 74LS20
  5. Dual 4-Input AND Gates
    ICs used: 74LS21
  6. 8-Input NAND Gate
    ICs used: 74LS30
  7. Half subtractor basic gates
    ICs used: 74LS8674LS0474LS08
  8. Full Adder function using 3:8 Decoder
    ICs used: 74LS13874LS20
  9. 8:1 Multiplexer using IC 74LS153
    ICs used: 74LS153
  10. Implementation of NOT Gate using NAND gate
    ICs used: 74LS00
  11. Implementation of AND Gate using NAND gate
    ICs used: 74LS00
  12. Implementation of OR Gate using NAND gate
    ICs used: 74LS00
  13. Implementation of Ex-OR Gate using NAND gate
    ICs used: 74LS00
  14. Implementation of NOR Gate using NAND gate
    ICs used: 74LS00
  15. Implementation of NOT Gate using NOR gate
    ICs used: 74LS02
  16. Implementation of AND Gate using NOR gate
    ICs used: 74LS02
  17. Implementation of OR Gate using NOR gate
    ICs used: 74LS02
  18. Implementation of NAND Gate using NOR gate
    ICs used: 74LS02
  19. Half Adder Using NAND Gates
    ICs used: 74LS00
  20. Implementation of EX-NOR Gate using NOR gate
    ICs used: 74LS02
  21. Half Subtracter Using NAND Gates
    ICs used: 74LS00
  22. One Bit Comparator
    ICs used: 74LS0474LS0874LS02
  23. Implement 4-Bit Magnitude Comparator using IC-74LS85
    ICs used: 74LS85
  24. Implementation of Ex-NOR Gate using NAND gate
    ICs used: 74LS00
  25. Full Adder Using NAND Gates
    ICs used: 74LS00
  26. Binary to Gray code converter using logic gates
    ICs used: 74LS86
  27. Half Adder Using Basic Gates
    ICs used: 74LS8674LS08
  28. 2-Input NAND Gate
    ICs used: 74LS00
  29. 2-Input Ex-OR Gate
    ICs used: 74LS86
  30. 2-Input NOR Gate
    ICs used: 74LS02
  31. Hex Inverters with Open-Collector Outputs
    ICs used: 74LS05
  32. Hex Inverters with Open-Collector Outputs
    ICs used: 74LS14
  33. Quad 2-input NAND Gates with Open-Collector Outputs
    ICs used: 74LS38
  34. Quad 2-input NAND Gates with Open-Collector Outputs
    ICs used: 74LS03
  35. Triple 3-Input NAND Gate
    ICs used: 74LS10
  36. Quad 2-input NAND Gates with Schmitt Trigger Inputs
    ICs used: 74LS132
  37. Triple 3-Input AND Gate
    ICs used: 74LS11
  38. To design and implement Multiplexer using gates
    ICs used: 74LS1074LS0474LS20
  39. To design and implement DeMultiplexer and using gates
    ICs used: 74LS0474LS11
  40. BCD to Excess-3 code converter using logic gates
    ICs used: 74LS8674LS0474LS0874LS32
  41. One Bit Comparator
    ICs used: 74LS8674LS0474LS08
  42. 2-Bit Up Counter
    ICs used: 74LS76
  43. 2-Bit Down Counter
    ICs used: 74LS76
  44. To Design and Verify the operation BCD ripple counter using JK flip-flops
    ICs used: 74LS0074LS76
  45. 3-Bit Up Counter
    ICs used: 74LS76
  46. 3-Bit Down Counter
    ICs used: 74LS76
  47. Mod 6 Counter
    ICs used: 74LS9074LS08
  48. Full Subtractor using Two half adders basic gates
    ICs used: 74LS8674LS0474LS0874LS32
  49. 8 Bit Comparator Using 74LS85
    ICs used: 74LS85
  50. 4-Bit Up Counter
    ICs used: 74LS76
  51. 4-Bit Down Counter
    ICs used: 74LS76

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