6. Modify your experiment circuit so that it appears as shown in Figure 3.2. One logic input will come from SW1. The other logic input will be a 1Hz clock (CLK) signal from the FUNCTION GENERATOR. You will monitor the gate output with LED DISPLAY L1 and the clock output on LED DISPLAY L2. + 5V 1K SW1 CLK LED INDICATOR (1H2) L2
6. Modify your experiment circuit so that it appears as shown in Figure 3.2. One logic input will come from SW1. The other logic input will be a 1Hz clock (CLK) signal from the FUNCTION GENERATOR. You will monitor the gate output with LED DISPLAY L1 and the clock output on LED DISPLAY L2. + 5V 1K SW1 CLK LED INDICATOR (1H2) L2
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Transcribed Image Text:6. Modify your experiment circuit so that it appears as shown in Figure 3.2. One logic input will
come from SW1. The other logic input will be a 1Hz clock (CLK) signal from the FUNCTION
GENERATOR. You will monitor the gate output with LED DISPLAY L1 and the clock
output on LED DISPLAY L2.
+ 5V
1K
SW1
CLK
LED INDICATOR
(1Hz)
Figure 3.2
7. Set SW1 to Binary 0 (down). Note the output on L1. Then set SW1 to binary 1(up). Again
note the output on L1. Explain your result,
SW1 = 0; Output C =
SW1 = 1; Output C =
What logic function does this gate performing?
12 V
10 k Ohm
IN4001
SW1
OUTPUT
INPUTS
IN4001
sw2
Figure 3.3
8. Construct the logic gate shown in Figure 3.3. (note for the -12V supply and the 10K
resistor). Again, DATA SWITCH SW1 and SW2 will supply the logic input D and E, and
you will measure the output voltage at F with a voltmeter.
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