demonstrate how the AND, OR, Inverter, and NAND Integrated Circuits work.   Using NI Multisim, design four different circuits: AND, OR, Inverter, and NAND On the one working space, place the four circuits, each taking up a quadrant of space with labels:   AND           OR   Inverter      NAND       Each Circuit should include: Power: VCC and DGND A switch or two switches for input: SPDT All switches should use the same keys to activate: A and B, or just A for the Inverter. A resistor and LED for output--your color choice(s) The appropriate 74LS...  IC chip. Label the chip function: Example AND Gates Wiring that uses the correct color coding for this class. Black - Ground Red - Power/VCC Blue - Input from Switches Green - Output Yellow - Connect two logic gates White - Miscellaneous

demonstrate how the AND, OR, Inverter, and NAND Integrated Circuits work.

• Using NI Multisim, design four different circuits: AND, OR, Inverter, and NAND
  • On the one working space, place the four circuits, each taking up a quadrant of space with labels:

  AND           OR

Inverter      NAND

• • • Each Circuit should include:
      • Power: VCC and DGND
      • A switch or two switches for input: SPDT
        • All switches should use the same keys to activate: A and B, or just A for the Inverter.
      • A resistor and LED for output--your color choice(s)
      • The appropriate 74LS...  IC chip.
        • Label the chip function: Example AND Gates
      • Wiring that uses the correct color coding for this class.

Black - Ground

Red - Power/VCC

Blue - Input from Switches

Green - Output

Yellow - Connect two logic gates

White - Miscellaneous