The lamp in the circuit below represents an AC induction motor. It is controlled by the Triac which is driven by the MOC3021 which is supplied with 5V DC. Why is the lamp not receiving the full 230V AC supply when S1 is closed? Kindly provide an amended circuit that will make it receive the full AC supply (COM VALUE=5 R2(1), U1 R1 6 100 AMP=230 OFFSET=0 FREQ=50 PHASE=0 R2 39 МОСЗ021 U2 THETA=0 BTA06-6008 C1 0.01uF L1 +161 230V AC Vote 24W

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
The lamp in the circuit below represents an
AC induction motor. It is controlled by the
Triac which is driven by the MOC3021
which is supplied with 5V DC. Why is the
lamp not receiving the full 23OV AC supply
when S1 is closed? Kindly provide an
amended circuit that will make it receive the
full AC supply
(COM
VALUE=5
U1
R1
R2(1)
6
100
AMP=230
OFFSET=0
FREQ=50
PHASE=0
THETA=0
VA
R2
39
MOC3021
AV U2
BTA06-6008
C1
0.01uF
L1
+161
230V
AC Vots
24W
Transcribed Image Text:The lamp in the circuit below represents an AC induction motor. It is controlled by the Triac which is driven by the MOC3021 which is supplied with 5V DC. Why is the lamp not receiving the full 23OV AC supply when S1 is closed? Kindly provide an amended circuit that will make it receive the full AC supply (COM VALUE=5 U1 R1 R2(1) 6 100 AMP=230 OFFSET=0 FREQ=50 PHASE=0 THETA=0 VA R2 39 MOC3021 AV U2 BTA06-6008 C1 0.01uF L1 +161 230V AC Vots 24W
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