Digital Logic Experiment

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Presentation transcript:

Digital Logic Experiment General Instructions In this experiment we will build the 5 gate types using switch logic. In the real world, this logic is implemented using diodes and transistors in the form of integrated circuits. For our tests, the switches represent a logic “0” when not pushed, and a logic “1” when pressed. The led, when lighted, will represent a logic “1”. Build each gate using the instructions supplied, then draw the Truth Table for each gate type using the switches and LED to set the inputs and read the output.

Digital Logic Experiment Switch S1 E1 to G3 Switch S2 E10 toG12 LED1 G20(+) to G22 R1 I20 to +Buss Jumper Gnd1 to Gnd4 Invert Gate Jumper B10 to Gnd Buss Jumper I12 to F20 Jumper F22 to Gnd Buss

Digital Logic Experiment Switch S1 E1 to G3 Switch S2 E10 toG12 LED1 G20(+) to G22 R1 I20 to +Buss Jumper Gnd1 to Gnd4 AND Gate Jumper B1 to Gnd Buss Jumper I3 to B10 Jumper I12 to F22

Digital Logic Experiment Switch S1 E1 to G3 Switch S2 E10 toG12 LED1 G20(+) to G22 R1 I20 to +Buss Jumper Gnd1 to Gnd4 NAND Gate Jumper B1 to Gnd Buss Jumper I3 to B10 Jumper I12 to F20 Jumper F22 to Gnd Buss

Digital Logic Experiment Switch S1 E1 to G3 Switch S2 E10 toG12 LED1 G20(+) to G22 R1 I20 to +Buss Jumper Gnd1 to Gnd4 OR Gate Jumper B1 to Gnd Buss Jumper B10 to Gnd Buss Jumper I3 to J12 Jumper I12 to F22

Digital Logic Experiment Switch S1 E1 to G3 Switch S2 E10 toG12 LED1 G20(+) to G22 R1 I20 to +Buss Jumper Gnd1 to Gnd4 NOR Gate Jumper B1 to Gnd Buss Jumper B10 to Gnd Buss Jumper I12 to F20 Jumper I3 to J12 Jumper F22 to Gnd Buss

Digital Logic Experiment – Data Sheet IN A OUT 1 NAND Truth Table IN B IN A OUT 1 AND Truth Table IN B NOT Truth Table IN A OUT 1 IN A OUT 1 OR Truth Table IN B IN A OUT 1 NOR Truth Table IN B