+Vcc Material Needed : 2- IN4001 Silicon Diodes 1 - 1K resistor 1- 10K resistor 1k Ohm (A] IN4001 A ELECTRONIC WORKBENCH OUTPUT DATA SW1 [B] IN4001 B DATA SW2 Figure 3.1 Procedure : 1. Wire the...

Extracted text: +Vcc Material Needed : 2- IN4001 Silicon Diodes 1 - 1K resistor 1- 10K resistor 1k Ohm (A] IN4001 A ELECTRONIC WORKBENCH OUTPUT DATA SW1 [B] IN4001 B DATA SW2 Figure 3.1 Procedure : 1. Wire the circuit shown in Figure 3.1. The inputs A and B come from DATA SWITCHES SW1 and SW2. You will measure the output voltage C with respect to ground. 2. Using SW1 and SW2, apply the input voltages indicated in Table I to the logic gate. For each set of inputs, monitor the output voltage and record in Table I. 3. Using positive logic assignments, convert the voltage levels in Table I into binary 1's and O's and transfer to Table II Table I Table II Table III A В A B A B OV OV OV +5V +5V OV +5V +5V 4. Study Table Il and determine the logic function being performed. Logic Function Convert the voltage levels in Table I into 1's and O's using negative logic assignment and transfer to Table III. NEGATIVE LOGIC is that the logic is zero (0) if voltage is above 3 volts and logic one (1) if the voltage is below 2 volts. 5. Study Table IIl and determine the logic function being performed. Logic Function