By Simon Dunstan
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The XOR gate is a 2-input gate. Recall that the truth table is similar to the OR gate except for when both inputs are HIGH; in this case, the output is LOW. The truth table for a 2-input XOR gate can be summarized in the following statement: The output is HIGH only if one input is HIGH; otherwise it is LOW. The truth table for an XOR gate is shown in Table 5 - 1(b). 0 kQ resistors Summary of Theory In this experiment, you will test the OR and XOR gates but go one step further and use these gates in an application.
Use this logic probe to test another circuit. □ Measure logic levels with the digital multimeter (DMM) and the oscilloscope, and compare them with valid input logic levels. 0 kfl 1 k fl potentiometer Summary of Theory Digital circuits have two discrete voltage levels to represent the binary digits (bits) 1 and 0. All digital circuits are switching circuits that use high-speed transistors to represent either an ON condition or an OFF condition. Various types of logic, representing different technologies, are available to the logic de signer.
5. Construct the circuit shown in Figure 4-7 and complete truth Table 4-7. Notice that the truth table for this circuit is the same as the truth table for one of the single gates. ) 32 Output Inputs Output Inputs 6. Repeat Step 5 for the circuits shown in Figures 4-8 and 4-9. Complete truth Tables 4-8 and 4-9. For Further Investigation The circuit shown in Figure 4-10 has the same truth table as one of the truth tables shown in Table 4-1 (a) through (e). Test all input combinations and com plete truth Table 4-10.