mal In the following circuit, changing potentiometer R3 would adjust, C R2 10KO V OUT1 MnF R1 VCC 12V VEE 01 RM 12V ww 20kn 100914 R3 www 4.TK 00% A1 Key-A 1002 A2 R32 D2 V OUT2 ww LM318D -12V VEE 20k 101914 LM3180 12V VCC [Learning Outcome 61 a) both frequency and duty cycle. b) the output amplitude. c) only the frequency (duty cycle is constant). d) only the duty cycle (frequency is constant). Previous Page Next Page L reyh X1 Page 7 of 1 O

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
10th Edition
ISBN:9781337399128
Author:Russell E. Smith
Publisher:Russell E. Smith
Chapter9: Components For Electric Motors
Section: Chapter Questions
Problem 14RQ
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mal
In the following circuit, changing potentiometer R3 would adjust,
C
R2
10KO
V OUT1
MnF
R1
VCC
12V
VEE
01
RM
12V
ww
20kn
100914
R3
www
4.TK
00%
A1
Key-A
1002
A2
R32
D2
V OUT2
ww
LM318D
-12V
VEE
20k
101914
LM3180
12V
VCC
[Learning Outcome 61
a) both frequency and duty cycle.
b) the output amplitude.
c) only the frequency (duty cycle is constant).
d) only the duty cycle (frequency is constant).
Previous Page
Next Page
L
reyh
X1
Page 7 of 1
O
Transcribed Image Text:mal In the following circuit, changing potentiometer R3 would adjust, C R2 10KO V OUT1 MnF R1 VCC 12V VEE 01 RM 12V ww 20kn 100914 R3 www 4.TK 00% A1 Key-A 1002 A2 R32 D2 V OUT2 ww LM318D -12V VEE 20k 101914 LM3180 12V VCC [Learning Outcome 61 a) both frequency and duty cycle. b) the output amplitude. c) only the frequency (duty cycle is constant). d) only the duty cycle (frequency is constant). Previous Page Next Page L reyh X1 Page 7 of 1 O
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