Summary of MultiSIM Circuit Files for
Electronic Devices, 9th Edition by Tom Floyd
Chapter 2:
Circuit
E02-01
E02-03a
E02-03b
E02-04
E02-06a
E02-06b
E02-06c
E02-07
E02-08
E02-10
E02-11
E02-12
E02-13
F02-92a
F02-92b
F02-92c
F02-92d
F02-93a
F02-93b
F02-94
F02-96
F02-97
F02-98
F02-99
MultiSIM 10
VR(1) = 9.287 V
VD(1) = 0.713 V
VR(2) = 1.000 mV
VD(2) = 9.999 V
Half-wave VP = 4.3 V
Half-wave VP = 99.2 V
Half-wave VP = 84.2 V
Half -wave VP = 49.3 V
Half -wave VP = 49.3 V
Full-wave VP = 24.3 V
Full-wave VP = 15.7 V
VL(max) = 13.470V
VL(min) = 13.126 V
Half-wave
VP(max) = 9.09 V
VP(min) = −653 mV
Clipped
VP(max) = 5.693 V
VP(min) = −5.693 V
Clipped
VP(max) = 8.965 V
VP(min) = −18.000 V
Negative clamp
VP(max) = 754 mV
VP(min) = −45.5 V
VR = 1.990 nV
VR = 99.152 V
VR = 14.027 V
ID = 2.98 mA
VD = 0.651 V
Half-wave VP = 4.23 V
Half-wave VP = −49.3 V
Half-wave VP = 84.0 V
PRL = 7.985 W
Full-wave VP = 20.5 V
Full-wave VP = −32.3 V
VL(max) =53.302 V
VL(min) = 52.215 V
Vripple = 1.09 VPP
Half-wave
VP(max) = 713 mV
VP(min) = −10.0 V
185
MultiSIM 11
VR(1) = 9.287 V
VD(1) = 0.713 V
VR(2) = 1.000 mV
VD(2) = 9.999 V
Half-wave VP = 4.3 V
Half-wave VP = 99.2 V
Half-wave VP = 84.2 V
Half-wave VP = 49.3 V
Half-wave VP = 49.3 V
Full-wave VP = 24.3 V
Full-wave VP = 15.7 V
VL(max) = 13.470 V
VL(min) = 13.126 V
Half-wave
VP(max) = 9.09 V
VP(min) = −653 mV
Clipped
VP(max) = 5.693 V
VP(min) = −5.693 V
Clipped
VP(max) = 8.965 V
VP(min) = −18.000 V
Negative clamp
VP(max) = 754 mV
VP(min) = -45.5 V
VR = 1.990 nV
VR = 99.152 V
VR = 14.027 V
ID = 2.98 mA
VD = 0.651 V
Half-wave VP = 4.23 V
Half-wave VP = −49.3 V
Half-wave VP = 84.0 V
PRL = 7.985 W
Full-wave VP = 20.5 V
Full-wave VP = −32.3 V
VL(max) =53.302 V
VL(min) = 52.215 V
Vripple = 1.09 VPP
Half-wave
VP(max) = 713 mV
VP(min) = −10.0 V
Circuit
F02-103a
F02-103b
F02-106a
F02-106b
F02-106c
F02-106d
F02-107
F02-108
F02-110
TSE02-01
TSE02-02
TSE02-03
TSE02-04
TSP02-62
TSP02-63
TSP02-64
TSP02-65
TSP02-66
MultiSIM 10
Clipped
VP(max) = 722 mV
VP(min) = −722 mV
VP(max) = 735 mV
VP(min) = −735 mV
IP(D1) = 13.3 mA
IP(D1) = 13.3 mA
VD = 25 V
Diode is open.
VD = 15 V
Diode is open.
VR = 2.5 V
Diode is shorted.
VR = 1.128 nV
Diode is functioning or open.
VA = 25.00 V
VB = 24.274 V
VC = 8.726 V
VD = 8.000 V
VSEC = 120 VAC
VREC = 0.047 VAC
VL = 59.886 VDC
Voltages are correct
Full-wave VP = 16.3 V
VS = 120 VAC
Vpri = 0 VAC
Fuse is open.
Bridge output is 19.2 VDC
with 8.72 VPP of 120 Hz
ripple.
VRL = VC = 0 VDC
RSURGE is open.
VRL = 20.4 VDC with 1.25 VPP
of 120 Hz ripple.
No fault.
VC1 ≈ 0 VDC
VC2 > 4 VDC
VD1 is unrectified 5 VP signal
Diode D1 is open.
VR = 3.000 V
Diode is shorted.
VD = 99.999 V
Diode is open.
VD = 32.618
Diode is open.
VD =0.000 V
Diode is shorted.
VD = 0.668 V
No fault.
186
MultiSIM 11
Clipped
VP(max) = 722 mV
VP(min) = −722 mV
VP(max) = 735 mV
VP(min) = −735 mV
IP(D1) = 13.3 mA
IP(D1) = 13.3 mA
VD = 25 V
Diode is open.
VD = 15 V
Diode is open.
VR = 2.5 V
Diode is shorted.
VR = 1.128 nV
Diode is functioning or open.
VA = 25.00 V
VB = 24.274 V
VC = 8.726 V
VD = 8.000 V
VSEC = 119.695 VAC
VREC = 0.047 VAC
VL = 59.886 VDC
Voltages are correct
Full-wave VP = 16. 3 V
VS = 120 VAC
Vpri = 0 VAC
Fuse is open.
Bridge output is 19.2 VDC
with 8.72 VPP of 120 Hz
ripple.
VRL = VC = 0 VDC
RSURGE is open.
VRL = 20.4 VDC with 1.25 VPP
of 120 Hz ripple.
No fault.
VC1 ≈ 0 VDC
VC2 > 4 VDC
VD1 is unrectified 5 VP signal
Diode D1 is open.
VR = 3.000 V
Diode is shorted.
VD = 99.999 V
Diode is open.
VD = 32.618
Diode is open.
VD =0.000 V
Diode is shorted.
VD = 0.668 V
No fault.
Circuit
TSP02-67
TSP02-68
TSP02-69
TSP02-70
TSP02-71
TSP02-72
TSP02-73
TSP02-74
TSP02-75
TSP02-76
TSP02-77
TSP02-78
TSP02-79
MultiSIM 10
VD = 0.192 nV
Diode is shorted.
VD = 2.577 V
Diode is leaky.
VD = 11.999 V
Diode is open.
VA = 25.00 V
VB = 24.273 V
VC = 8.000 V
VD = 8.000 V
Diode D2 is shorted.
VR is unrectified 60 Hz 5 VPP
sine wave.
Diode is shorted.
VR(max) = 38.4 V
VR(min) = −49.3 V
Diode is leaky.
VS = 120 VAC
VRL = 0 VAC
Diode is open.
VRL is positive half-wave
rectified.
VP = 20.5 VAC
Lower diode is open.
Vpri = 120 VAC
VP(min) = 60 VAC
Transformer has reduced
turns ratio.
VRL is positive full-wave
rectified.
VRL(max) = 54.9 V
VRL(min) ≈ 0 V
Capacitor C is open.
VRL is positive clipped sine
wave.
VP(max) = 679 mV
VP(min) = −909 mV
Diode is leaky.
VRL is positive clipped sine
wave.
VP(max) = 722 mV
VP(min) = −30.0 V
Diode D1 is open.
VRL is positive full-wave
rectified.
VRL(max) = 16.7 V
IRL = 0 ADC
Resistor RL is open.
187
MultiSIM 11
VD = 0.192 nV
Diode is shorted.
VD = 2.577 V
Diode is leaky.
VD = 11.999 V
Diode is open.
VA = 25.00 V
VB = 24.273 V
VC = 8.000 V
VD = 8.000 V
Diode D2 is shorted.
VR is unrectified 60 Hz 5 VPP
sine wave.
Diode is shorted.
VR(max) = 38.4 V
VR(min) = −49.3 V
Diode is leaky.
VS = 120 VAC
VRL = 0 VAC
Diode is open.
VRL is positive half-wave
rectified.
VP = 20.5 VAC
Lower diode is open.
Vpri = 120 VAC
VP(min) = 60 VAC
Transformer has reduced
turns ratio.
VRL is positive full-wave
rectified.
VRL(max) = 54.9 V
VRL(min) ≈ 0 V
Capacitor C is open.
VRL is positive clipped sine
wave.
VP(max) = 679 mV
VP(min) = −909 mV
Diode is leaky.
VRL is positive clipped sine
wave.
VP(max) = 722 mV
VP(min) = −30.0 V
Diode D1 is open.
VRL is positive full-wave
rectified.
VRL(max) = 16.7 V
IRL = 0 ADC
Resistor RL is open.
Chapter 3:
Circuit
E03-05
E03-06
E03-08
F03-70
F03-73
F03-77
TSE03-01
TSE03-02
TSE03-03
TSE03-04
TSE03-05
MultiSIM 10
ID(1) ≈ 0 A
VD(1) = 4.860 V
ID(2) = 0.206 A
VD(2) = 5.137 V
ID = 1.330 mA
VR = 0.024 A
VD = 11.930 V
Clipped
VP(max)(1) = 5.57 V
VP (min)(1) = −3.78 V
VP(max)(2) = 6.73 V
VP (min)(1) = −15.5 V
IR(1) = 0.150 A
VR(1) = 4.692 V
IR(2) = 0.040 A
VR(2) = 5.116 V
ID = 0.033 A
VOUT = 12.026 VAC
VOUT = 22.7 VDC
Zener diode is open.
Bridge output is 19.2 VDC
with 8.72 VPP of 120 Hz
ripple.
VC = 0 VDC
VOUT = 0.000 VDC
RSURGE is open.
Bridge output is 20.3 VDC
with 2.42 VPP of 120 Hz
ripple.
VC = 19.9 VDC with 1.61 V of
120 Hz ripple
VOUT = 15.0 VDC
No fault.
Transfomer secondary and
fuse rating exceeded, causing
secondary to open and fuse to
blow.
Switch J1 up:
LED1 is off and LED2 is off
ILED1 = 12 mADC
ILED2 ≈ 0 ADC
Switch J1 down:
LED1 off and LED2 is on
ILED1 = −12 mADC
ILED2 = −10.34 mADC
LED1 is shorted
188
MultiSIM 11
ID(1) ≈ 0 A
VD(1) = 4.860 V
ID(2) = 0.206 A
VD(2) = 5.137 V
ID = 1.330 mA
VR = 0.024 A
VD = 11.930 V
Clipped
VP(max)(1) = 5.57 V
VP (min)(1) = −3.78 V
VP(max)(2) = 6.73 V
VP (min)(1) = −15.5 V
IR(1) = 0.150 A
VR(1) = 4.692 V
IR(2) = 0.040 A
VR(2) = 5.116 V
ID = 0.033 A
VOUT = 12.026 VAC
VOUT = 22.7 VDC
Zener diode is open.
Bridge output is 19.2 VDC
with 8.72 VPP of 120 Hz
ripple.
VC = 0 VDC
VOUT = 0.000 VDC
RSURGE is open.
Bridge output is 20.4 VDC
with 2.42 VPP of 120 Hz
ripple.
VC = 19.6 VDC with 950 mV
of 120 Hz ripple
VOUT = 15.0 VDC
No fault.
Transfomer secondary and
fuse rating exceeded, causing
secondary to open and fuse to
blow.
Switch J1 up:
LED1 is off and LED2 is off
ILED1 = 12 mADC
ILED2 ≈ 0 ADC
Switch J1 down:
LED1 off and LED2 is on
ILED1 = −12 mADC
ILED2 = −10.34 mADC
LED1 is shorted
Circuit
TSP03-47
TSP03-48
TSP03-49
TSP03-50
MultiSIM 10
IT ≈ 0 ADC
VOUT = 8.000 VDC
Zener diode is open.
VC is 20.5 VDC with 11.5 V of
120 Hz ripple, so zener drops
out of conduction on negative
excursions.
VOUT = 12.0 VDC with 9.0 V
of 120 Hz negative peaks.
Capacitor C is open.
VC = 28.9 VDC with 521 mV
of 120 Hz ripple.
VOUT ≈ 0 VDC
ID = 0.087 ADC
Zener diode is shorted.
VR = 22.340 VDC
IR ≈ 0 ADC
680 Ω resistor is open.
MultiSIM 11
IT ≈ 0 ADC
VOUT = 8.000 VDC
Zener diode is open.
VC is 20.5 VDC with 11.5 VP
of 120 Hz ripple, so zener
drops out of conduction on
negative excursions.
VOUT = 12.0 VDC with 9.0 V
of 120 Hz negative peaks.
Capacitor C is open.
VC = 28.9 VDC with 262 mVP
of 120 Hz ripple.
VOUT ≈ 0 VDC
ID = 0.087 ADC
Zener diode is shorted.
VR = 22.340 VDC
IR ≈ 0 ADC
680 Ω resistor is open.
MultiSIM 10
IB = 1.111 mA
IC = 0.099 A
IE = 0.100 A
VBE = 0.893 V
VCB = −0.753 V
VCE = 0.140 V
IB = 0.217 mA
IC = 9.838 mA
VCE = 0.161 V
Transistor is saturated, as
βIB > IC (sat).
IC(1) ≈ 0 A
VCE(1) = 7.340 V
IC(2) = 0.027 A
VCE(2) = 0.152 V
Transistor is switching
between saturation and cutoff
and LED is turning on and off
as expected.
IB = 0.667 mA
IC = 0.032 A
IE = 0.033 A
VCB = 4.605 V
VBE = 0.877 V
VCE = 5.481 V
MultiSIM 11
IB = 1.111 mA
IC = 0.099 A
IE = 0.100 A
VBE = 0.893 V
VCB = −0.753 V
VCE = 0.140 V
IB = 0.217 mA
IC = 9.839 mA
VCE = 0.161 V
Transistor is saturated, as
βIB > IC (sat).
IC(1) ≈ 0 A
VCE(1) = 7.340 V
IC(2) = 0.027 A
VCE(2) = 0.152 V
Transistor is switching
between saturation and cutoff
and LED is turning on and off
as expected.
IB = 0.667 mA
IC = 0.032 A
IE = 0.033 A
VCB = 4.605 V
VBE = 0.877 V
VCE = 5.481 V
Chapter 4:
Circuit
E04-02
E04-04
E04-11
F04-54
F04-55a
189
Circuit
F04-55b
F04-56
F04-57
F04-58
F04-59
TSE04-01
TSE04-02
TSE04-03
TSE04-04
TSP04-55
TSP04-56
MultiSIM 10
VBC = −3.243 V
VBE = −0.834 V
VCE = −4.077 V
IB = 0.024 mA
IC = 1.199 mA
IE = 1.221 mA
VB(1) = 10.000 V
VC(1) = 20.000 V
VE(1) = 9.228 V
VB(2) = −4.000 V
VC(2) = −12.000 V
VE(2) = −3.216 V
VIN = 4.033 V
VC = 0.222 V
IB = 0.242 mA
IC = 0.012 V
VCE = 0.485 V
Transistor is at or near
saturation, as βIB > IC (sat).
VB = 0.716 V
VC = 5.178 V
No fault.
VB = 0.598 V
VC = 0.022 V
IC = 1.776 µA
Resistor RC is open.
VB = 2.957 V
IB = 0.444 µA
VC = 9.000 V
IC = 1.776 µA
Q1 collector to base open.
Switch J1 open:
IB ≈ 0 ADC
IC = 1.776 µADC
LED1 off
Switch J1 closed:
IB = 831.224 µADC
IC = 13.261 mADC
LED2 off
Resistor RB is leaky.
VB = 2.756 V
IC = 0.048 A
IE is very large.
Resistor RB is shorted
VRC = 14.982 V
IC ≈ 0 A
Resistor RC is open.
190
MultiSIM 11
VBC = −3.243 V
VBE = −0.834 V
VCE = −4.077 V
IB = 0.024 mA
IC = 1.199 mA
IE = 1.221 mA
VB(1) = 10.000 V
VC(1) = 20.000 V
VE(1) = 9.228 V
VB(2) = −4.000 V
VC(2) = −12.000 V
VE(2) = −3.216 V
VIN = 4.033 V
VC = 0.222 V
IB = 0.242 mA
IC = 0.012 V
VCE = 0.485 V
Transistor is at or near
saturation, as βIB > IC (sat).
VB = 0.716 V
VC = 5.178 V
No fault.
VB = 0.598 V
VC = 0.022 V
IC = 1.776 µA
Resistor RC is open.
VB = 2.957 V
IB = 0.444 µA
VC = 9.000 V
IC = 1.776 µA
Q1 collector to base open.
Switch J1 open:
IB ≈ 0 ADC
IC = 1.776 µADC
LED1 off
Switch J1 closed:
IB = 831.224 µADC
IC = 13.261 mADC
LED1 on
Resistor RB is leaky.
VB = 2.756 V
IC = 0.048 A
IE is very large.
Resistor RB is shorted
VRC = 14.982 V
IC ≈ 0 A
Resistor RC is open.
Circuit
TSP04-57
TSP04-58
TSP04-59
TSP04-60
TSP04-61
TSP04-62
MultiSIM 10
VCE ≈ 0 V
IC = 0.021 A
Q1 collector to emitter
shorted.
VCE = 9.99 V
IC ≈ 0 A
Q1 collector to emitter open.
VB = 10.00 V
VC = 20.00 V
VE = 9.091 V
IB = 0.909 mA
Resistor RE is leaky.
VCE ≈ 0 V
IC = 5.455 mA
Q1 collector to emitter
shorted.
VBB = 4.033 V
VB = 0.050 mV
Resistor RB is open.
VRC = 14.982
IC ≈ 0 V
Resistor RC is open.
MultiSIM 11
VCE ≈ 0 V
IC = 0.021 A
Q1 collector to emitter
shorted.
VCE = 9.99 V
IC ≈ 0 A
Q1 collector to emitter open.
VB = 10.00 V
VC = 20.00 V
VE = 9.091 V
IB = 0.909 mA
Resistor RE is leaky.
VCE ≈ 0 V
IC = 5.455 mA
Q1 collector to emitter
shorted.
VBB = 4.033 V
VB = 0.050 mV
Resistor RB is open.
VRC = 14.982
IC ≈ 0 V
Resistor RC is open.
MultiSIM 10
VBE = 869 mV
VCE = 7.187 V
IC = 39 mA
VBE = 814 mV
VCE = 2.775 V
IC = 4.615 mA
VBE = −794 mV
VCE = −3.082 V
IC = 2.155 mA
VBE = 0.802 V
VCE = 10.385 V
IC = 2.884 mA
VBE = 0.806 V
VCE = 10.101 V
IC = 3.391 mA
VBE = 0.767 V
VCE = 2.366 V
IC = 0.763 mA
VCE = 10.771 V
IC = 923 µA
VCE = 6.001 V
IC = 5.126 mA
MultiSIM 11
VBE = 869 mV
VCE = 7.183 V
IC = 0.039 A
VBE = 0.814 V
VCE = 2.775 V
IC = 4.614 mA
VBE = −0.794 V
VCE = −3.067 V
IC = 2.160 mA
VBE = 0.806 V
VCE = 10.105 V
IC = 3.384 mA
VBE = 0.824 V
VCE = 8.216 V
IC = 6.757 mA
VBE = 0.767 V
VCE = 2.376 V
IC = 0.763 mA
VCE = 10.770 V
IC = 0.924 mA
VCE = 6.000 V
IC = 5.127 mA
Chapter 5:
Circuit
E05-01
E05-02
E05-04
E05-08a
E05-08b
E05-10
F05-33
F05-34
191
Circuit
F05-37
F05-38
F05-40
F05-41
TSE05-01
TSE05-02
TSE05-03
TSE05-04
TSE05-05
TSP05-55
TSP05-56
TSP05-57
TSP05-58
TSP05-59
TSP05-60
MultiSIM 10
MultiSIM 11
VB = 2.047 V
VB = 2.045 V
VC = 6.237 V
VC = 6.240 V
VE = 1.267 V
VE = 1.265 V
VB = −1.666 V
VB = −1.666 V
VC = −9.197 V
VC = −9.198 V
VE = −0.881 V
VE = −0.880 V
VBE = −0.846 V
VBE = −0.846 V
VCE = −7.182 V
VCE = −7.183 V
IC = 0.016 A
IC = 0.016 A
VBE = 0.774 V
VBE = 0.775 V
VCE = 1.169 V
VCE = 1.150 V
IC = 1.017 mA
IC = 1.028 mA
VB = 0.047 µV
VB = 0.047 µV
VC = 10.000 V
VC = 9.999 V
VE = 4.700 nV
VE = 4.699 nV
Resistor R1 is open.
Resistor R1 is open.
VB = 3.197 V
VB = 3.196 V
VC = 10.000 V
VC = 9.999 V
VE = 0.000 V
VE = 0.000 V
Q1 base to emitter is open.
Q1 base to emitter is open.
VB = 3.144 V
VB = 3.145 V
VC = 5.061 V
VC = 5.062 V
VE = 2.329 V
VE = 2.328 V
No fault.
No fault.
VB = 3.197 µV
VB = 3.196 V
VC = 10.000 V
VC = 9.999 V
VE = 2.635 V
VE = 2.635 V
Emitter resistor RE is open.
Emitter resistor RE is open.
VCE ≈ 0 VDC
VCE ≈ 0 VDC
IC = 10.001 mADC
IC = 10.001 mADC
Q1 collector to emitter
Q1 collector to emitter
shorted.
shorted.
VB = 0.671 mV
VB = 0.671 V
VC = 0.018 mV
VC = 0.018 V
Resistor RC is open.
Resistor RC is open.
VBB = 1.500 V
VBB = 1.500 V
VB = 0.080 mV
VB = 0.080 mV
Resistor RB is open.
Resistor RB is open.
VB = 3.664 V
VB = 3.664 V
IR2 = 0.000A
IR2 = 0.000A
Resistor R2 is open.
Resistor R2 is open.
VC = VE = −2.846 V
VC = VE = −2.847 V
Q1 collector to emitter shorted Q1 collector to emitter shorted
VC = −10.000 V
VC = −10.000 V
VE = −2.438 V
VE = −2.439 V
Resistor RC is shorted.
Resistor RC is shorted.
VB = 2.989 V
VB = 2.989 V
VC = 2.999 V
VC = 2.999 V
Q1 emitter to base open
Q1 emitter to base open
192
Chapter 6:
Circuit
E06-08
E06-09
E06-11
F06-51
F06-52
F06-53
F06-54
F06-57
F06-62
MultiSIM 10
VC = 5.527 VDC
Vb = 26. 1 mVPP
Vc = 22 mVPP
DC values off, gain is OK
Vb = 2.83 VPP
Vc = 2.78 VPP
Av = 0.98
Vb = 14.1 mVPP
Vc = 934 mVPP
Av = 66.2
VB = 2.570 VDC
Vb = 0.100 VAC
VOUT ≈ 0 VDC
Vout = 0.214 VAC
VB = 2.452 VDC
Vb = 0.098 VAC
VOUT ≈ 0 VDC
Vout = 5.656 VAC
VB = 1.593 VDC
Vb = 0.100 VAC
VOUT ≈ 0 VDC
Vout = 0.395 VAC
VB = 1.725 VDC
Vb = 1.000 VAC
VOUT = 0.076 VDC
Vout = 0.885 VAC
VC1 = 9.530 VDC
VB1 = 2.486 VDC
Vb1 = 0.050 VAC
VE1 = 1.732 VDC
VC2 = 7.984 VDC
VB2 = 0.640 VDC
VE2 = 2.481 VDC
VOUT2 = −0.082 VDC
Vout2 = 6.178 VAC
Vin = 0.100 VAC
Vout = 3.213 VAC
193
MultiSIM 11
VC = 5.527 VDC
Vb = 26.1 mVPP
Vc = 222 mVPP
DC values off, gain is OK
Vb = 2.83 VPP
Vc = 2.78 VPP
Av = 0.98
Vb = 14.1 mVPP
Vc = 945 mVPP
Av = 67.0
VB = 2.570 VDC
Vb = 0.100 VAC
VOUT ≈ 0 VDC
Vout = 0.214 VAC
VB = 2.469 VDC
Vb = 0.102 VAC
VOUT = 1.259 VDC
Vout = 5.551 VAC
VB = 1.593 VDC
Vb = 0.100 VAC
VOUT ≈ 0 VDC
Vout = 0.395 VAC
VB = 1.725 VDC
Vb = 1.000 VAC
VOUT = 0.076 VDC
Vout = 0.885 VAC
VC1 = 9.530 VDC
VB1 = 2.487 VDC
Vb1 = 0.050 VAC
VE1 = 1.733 VDC
VC2 = 7.989 VDC
VB2 = 0.643 VDC
VE2 = 2.484 VDC
VOUT2 = −0.078 VDC
Vout2 = 6.176 VAC
Vin = 0.100 VAC
Vout = 3.214 VAC
Circuit
TSE06-01
TSE06-02
TSE06-03
MultiSIM 10
VB(1) = 1.678 VDC
VC(1) = 5.777 VDC
VE(1) = 0.906 VDC
Vb(1) = 0.100 mVAC
Vc(1) = 5.132 mVAC
Ve(1) ≈ 0 VAC
VB(2) = 1.680 VDC
VC(2) = 5.774 VDC
VE(2) = 0.907 VDC
Vb(2) = 5.132 mVAC
Vc(2) = 0.832 VAC
Ve(2) ≈ 0 VAC
VOUT = −3.421 mVDC
Vout = 0.823 VAC
No fault.
VB(1) = 1.678 VDC
VC(1) = 5.777 VDC
VE(1) = 0.906 VDC
Vb(1) = 0.100 mVAC
Vc(1) = 0.016 VAC
Ve(1) = 0.000 VAC
VB(2) = 1.678 VDC
VC(2) = 5.777 VDC
VE(2) = 0.906 VDC
Vb(2) = 0.000 VAC
Vc(2) = 0.000 VAC
Ve(2) = 0.000 VAC
VOUT = ≈ 0 VDC
Vout = 0.000 VAC
Capacitor C3 is open.
VB(1) = 1.678 VDC
VC(1) = 5.777 VDC
VE(1) = 0.906 VDC
Vb(1) = 0.100 mVAC
Vc(1) = 0.010 VAC
Ve(1) = 0.000 VAC
VB(2) = 1.678 VDC
VC(2) = 5.777 VDC
VE(2) = 0.906 VDC
Vb(2) = 0.010 VAC
Vc(2) = 0.046 VAC
Ve(2) = 9.806 mVAC
VOUT ≈ 0 VDC
Vout = 0.046 VAC
Capacitor C4 is open.
194
MultiSIM 11
VB(1) = 1.678 VDC
VC(1) = 5.777 VDC
VE(1) = 0.906 VDC
Vb(1) = 0.100 mVAC
Vc(1) = 5.133 mVAC
Ve(1) ≈ 0 VAC
VB(2) = 1.678 VDC
VC(2) = 5.774 VDC
VE(2) = 0.907 VDC
Vb(2) = 5.132 mVAC
Vc(2) = 0.823 VAC
Ve(2) ≈ 0 VAC
VOUT = −2.957 mVDC
Vout = 0.823 VAC
No fault.
VB(1) = 1.680 VDC
VC(1) = 5.777 VDC
VE(1) = 0.906 VDC
Vb(1) = 0.100 mVAC
Vc(1) = 0.016 VAC
Ve(1) ≈ 0.000 VAC
VB(2) = 1.678 VDC
VC(2) = 5.777 VDC
VE(2) = 0.906 VDC
Vb(2) = 0.000 VAC
Vc(2) = 0.000 VAC
Ve(2) = 0.000 VAC
VOUT = ≈ 0 VDC
Vout = 0.000 VAC
Capacitor C3 is open.
VB(1) = 1.678 VDC
VC(1) = 5.777 VDC
VE(1) = 0.906 VDC
Vb(1) = 0.100 mVAC
Vc(1) = 0.010 VAC
Ve(1) ≈ 0.000 VAC
VB(2) = 1.678 VDC
VC(2) = 5.777 VDC
VE(2) = 0.906 VDC
Vb(2) = 0.010 VAC
Vc(2) = 0.046 VAC
Ve(2) = 9.804 mVAC
VOUT ≈ 0 VDC
Vout = 0.046 VAC
Capacitor C4 is open.
Circuit
TSE06-04
TSE06-05
TSP06-60
TSP06-61
TSP06-62
TSP06-63
TSP06-64
TSP06-65
MultiSIM 10
VB(1) = 1.678 VDC
VC(1) = 5.777 VDC
VE(1) = 0.906 VDC
Vb(1) = 0.100 mVAC
Vc(1) = 0.010 VAC
Ve(1) = 0.000 VAC
VB(2) = 1.751 VDC
VC(2) = 9.991 VDC
VE(2) = 0.000 VDC
Vb(2) = 0.010 VAC
Vc(2) = 0.000 VAC
Ve(2) = 0.000 VAC
VOUT ≈ 0 VDC
Vout = 0.000 VAC
Q2 collector to emitter open.
VB ≈ 0 VDC
IR1 = 1.2 mADC
Capacitor C1 is shorted.
VC = 11.111 VDC
Vc = 0.214 VAC
VOUT = 0.000 VDC
Vout = 0.000 VAC
Capacitor C2 is open.
VE ≈ 0 VDC
Ve ≈ 0 VAC
IE = 0.000 ADC
Ie = 3.208 AAC
Capacitor C3 is shorted.
VB = 1.499 VDC
Vb = 0.100 VAC
VC ≈ 0.000 VDC
Vc = 0.598 VAC
Resistor RE is leaky.
VIN ≈ 0 VDC
Vin = 1.000 VAC
VB = 1.727 VDC
Vb = 0.000 VAC
Capacitor C1 is leaky.
VB = 2.903 VDC
Vb = 0.050 VAC
VC = 8.073 VDC
Vc = 0.055 VAC
Capacitor C3 is open.
VC(1) = 7.356 VDC
Vc(1) = 2.754 VAC
VB(2) = 1.508 VDC
Vb(2) = 0.000 VAC
Capacitor C3 is open.
195
MultiSIM 11
VB(1) = 1.678 VDC
VC(1) = 5.777 VDC
VE(1) = 0.906 VDC
Vb(1) = 0.100 mVAC
Vc(1) = 0.010 VAC
Ve(1) = 0.000 VAC
VB(2) = 1.751 VDC
VC(2) = 9.991 VDC
VE(2) = 0.000 VDC
Vb(2) = 0.010 VAC
Vc(2) = 0.000 VAC
Ve(2) = 0.000 VAC
VOUT ≈ 0 VDC
Vout = 0.000 VAC
Q2 collector to emitter open.
VB ≈ 0 VDC
IR1 = 1.2 mADC
Capacitor C1 is shorted.
VC = 11.111 VDC
Vc = 0.214 VAC
VOUT = 0.000 VDC
Vout = 0.000 VAC
Capacitor C2 is open.
VE ≈ 0 VDC
Ve ≈ 0 VAC
IE = 0.000 ADC
Ie = 3.208 mAAC
Capacitor C3 is shorted.
VB = 1.499 VDC
Vb = 0.100 VAC
VC ≈ 0.000 VDC
Vc = 0.598 VAC
Resistor RE is leaky.
VIN ≈ 0 VDC
Vin = 1.000 VAC
VB = 1.727 VDC
Vb = 0.000 VAC
Capacitor C1 is leaky.
VB = 2.903 VDC
Vb = 0.050 VAC
VC = 8.073 VDC
Vc = 0.055 VAC
Capacitor C3 is open.
VC(1) = 7.357 VDC
Vc(1) = 2.754 VAC
VB(2) = 1.508 VDC
Vb(2) = 0.000 VAC
Capacitor C3 is open.
Chapter 7:
Circuit
E07-03
E07-04
F07-42
F07-44
F07-45
F07-46
TSE07-01
TSE07-02
TSE07-03
TSE07-04
TSP07-39
TSP07-40
TSP07-41
TSP07-42
TSP07-43
MultiSIM 10
Vout = 37.9 VPP
Vout = 13.8 VPP
VCE = 6.273 VDC
IC = 0.060 A
Vout = 2.309 VAC for
Vin = 100 mVAC
Vout = 4.859 VAC for
Vin = 5.0 VAC
Vout = 4.839 VAC for
Vin = 5.0 VAC
VB = 3.407 VDC
Resistor R2 is open.
VB = 0.840 VDC
VE ≈ 0 VDC
IC2 = 0.013 ADC
Capacitor C2 is shorted.
VB = 1.825 VDC
VE = 1.013 VDC
VC = 10.441 VDC
Vout = 0.736 VAC
No fault.
VD2 ≈ 0 VDC
Vout shows significant
crossover distortion
D2 is shorted
Vin = 0.177 VAC
VB = 3.572 VDC
Vb = 0.000 VAC
Capacitor C1 is open.
VRE2 ≈ 3.9 VDC
IRE2 = 0.000 ADC
RE2 is open.
VB(1) = 0.703 VDC
VE(1) = −2.182 VDC
VC(1) = 9.000 VDC
Q1 collector to emitter open.
VD2 ≈ 0 VDC
D2 is shorted.
VOUT is a 12.7 VP positive
half-wave output.
Q2 drain to source open.
196
MultiSIM 11
Vout = 37.9 VPP
Vout = 13.8 VPP
VCE = 6.273 VDC
IC = 0.060 A
Vout = 2.309 VAC for
Vin = 100 mVAC
Vout = 4.859 VAC for
Vin = 5.0 VAC
Vout = 4.839 VAC for
Vin = 5.0 VAC
VB = 3.407 VDC
Resistor R2 is open.
VB = 0.840 VDC
VE ≈ 0 VDC
IC2 = 0.013 ADC
Capacitor C2 is shorted.
VB = 1.825 VDC
VE = 1.013 VDC
VC = 10.441 VDC
Vout = 0.736 VAC
No fault.
VD2 ≈ 0 VDC
Vout shows significant
crossover distortion
D2 is shorted
Vin = 0.177 VAC
VB = 3.572 VDC
Vb = 0.000 VAC
Capacitor C1 is open.
VRE2 ≈ 3.9 VDC
IRE2 = 0.000 ADC
RE2 is open.
VB(1) = 0.703 VDC
VE(1) = −2.182 VDC
VC(1) = 9.000 VDC
Q1 collector to emitter open.
VD2 ≈ 0 VDC
D2 is shorted.
VOUT is a 12.6 VP positive
half-wave output.
Q2 drain to source open.
Chapter 8:
Circuit
E08-06
E08-09
E08-12
F08-66a
F08-66b
F08-66c
F08-69
F08-70
F08-71
F08-72
F08-75a
F08-75b
F08-75c
F08-76a
F08-76b
F08-81
TSE08-01
MultiSIM 10
ID = 8.071 mADC
VD = 5.058VDC
VS = 3.147 VDC
VGS = −3.116 VDC
ID = 4.827 mADC
VD = 7.760 VDC
VGS = −2.700 VDC
ID = 1.282 mADC
VD = 7.128 VDC
VGS = −2.020 VDC
ID = 1.009 mADC
VGS = −0.997 VDC
VDS = 6.261VDC
ID = 5.018 mADC
VGS = −0.497 VDC
VDS = 6.138 VDC
ID = 3.027 mADC
VGS = 1.408 VDC
VDS = −6.922 VDC
ID = 2.758 mADC
VGS = −0.901 VDC
ID = 3.343 mADC
VGS = 1.290 VDC
ID = 0.853 mADC
VGS = −1.187 VDC
ID = 1.913 mADC
VGS = −1.513 VDC
ID = 8.000 mADC
VDS = 4.000 VDC
ID = 8.001 mADC
VDS = 5.399 VDC
ID = 8.000 mADC
VDS = −4.520 VDC
ID = 0.913 mADC
VGS = 3.098 VDC
ID = 5.323 mADC
VGS = 4.762 VDC
VDS = 10.963 VDC
VGS = −0.372 VDC
ID = 0.369 mADC
VGS = −0.080 VDC
VD = 14.629 VDC
VS = 0.081 VDC
No fault.
197
MultiSIM 11
ID = 8.071 mADC
VD = 5.058VDC
VS = 3.147 VDC
VGS = −3.116 VDC
ID = 4.827 mADC
VD = 7.760 VDC
VGS = −2.700 VDC
ID = 1.282 mADC
VD = 7.128 VDC
VGS = −2.020 VDC
ID = 1.009 mADC
VGS = −0.997 VDC
VDS = 6.261VDC
ID = 5.018 mADC
VGS = −0.497 VDC
VDS = 6.138 VDC
ID = 3.027 mADC
VGS = 1.408 VDC
VDS = −6.922 VDC
ID = 2.758 mADC
VGS = −0.901 VDC
ID = 3.343 mADC
VGS = 1.290 VDC
ID = 0.852 mADC
VGS = −1.187 VDC
ID = 1.913 mADC
VGS = −1.513 VDC
ID = 8.000 mADC
VDS = 4.000 VDC
ID = 8.001 mADC
VDS = 5.399 VDC
ID = 8.000 mADC
VDS = −4.520 VDC
ID = 0.913 mADC
VGS = 3.098 VDC
ID = 5.323 mADC
VGS = 4.762 VDC
VDS = 10.963 VDC
VGS = −0.372 VDC
ID = 0.369 mADC
VGS = −0.080 VDC
VD = 14.629 VDC
VS = 0.081 VDC
No fault.
Circuit
TSE08-02
TSE08-03
TSE08-04
TSP08-72
TSP08-73
TSP08-74
TSP08-75
TSP08-76
TSP08-77
TSP08-78
TSP08-79
MultiSIM 10
ID = 0.000 ADC
VGS = 0.000 VDC
VD = 0.000 VDC
VS = 0.000 VDC
Resistor RD is open.
ID = 1.776 µADC
VGS = −1.955 VDC
VD = 14.997 VDC
VS = 1.975 VDC
Resistor RS is open.
ID = 0 ADC
VGS = 0 VDC
VD = 14.998 VDC
VS = 0 VDC
Q1 source to drain open.
VG = 0.375 µVDC
VD = 0.031 VDC
VS = 2.547 pVDC
Resistor RS is shorted.
VG = 0.069 mVDC
VD = 6.000 VDC
VS = 0.906 VDC
Resistor RD is shorted.
VG = 0.000 VDC
VD = −2.988 VDC
VS = −1.302 VDC
Resistor RG is shorted.
VG = 0.019 VDC
VD = 7.162 VDC
VS = 1.288 VDC
Resistor R1 is open.
VG = 4.794 VDC
VD = 11.998 VDC
VS = 0.000 VDC
Q1 source to drain open.
VDD = 15.000 VDC
VD = 0.000 VDC
VG = 0.000 VDC
Resistor RD is open.
VD = 9.999 VDC
VR2 = 0.000 VDC
IR2 = 1.000 µADC
Resistor R2 is shorted.
VG = 0.000 VDC
VD = 4.304 VDC
VS = 4.304 VDC
Q1 drain to source shorted.
198
MultiSIM 11
ID = 0.000 ADC
VGS = 0.000 VDC
VD = 0.000 VDC
VS = 0.000 VDC
Resistor RD is open.
ID = 1.776 µADC
VGS = −1.955 VDC
VD = 14.997 VDC
VS = 1.975 VDC
Resistor RS is open.
ID = 0.000 ADC
VGS = 0.000 VDC
VD = 14.998 VDC
VS = 0.000 VDC
Q1 source to drain open.
VG = 0.375 µVDC
VD = 0.031 VDC
VS = 2.547 pVDC
Resistor RS is shorted.
VG = 0.069 mVDC
VD = 6.000 VDC
VS = 0.906 VDC
Resistor RD is shorted.
VG = 0.000 VDC
VD = −2.988 VDC
VS = −1.302 VDC
Resistor RG is shorted.
VG = 0.019 mVDC
VD = 7.162 VDC
VS = 1.288 VDC
Resistor R1 is open.
VG = 4.794 VDC
VD = 11.998 VDC
VS = 0.000 VDC
Q1 source to drain open.
VDD = 15.000 VDC
VD = 0.000 VDC
VG = 0.000 VDC
Resistor RD is open.
VD = 9.999 VDC
VR2 = 0.000 VDC
IR2 = 1.000 µADC
Resistor R2 is shorted.
VG = 0.000 VDC
VD = 4.304 VDC
VS = 4.304 VDC
Q1 drain to source shorted.
Circuit
TSP08-80
MultiSIM 10
VG = 9.000 VDC
VD = 8.352 VDC
VS = 8.311 VDC
Resistor R1 shorted.
MultiSIM 11
VG = 9.000 VDC
VD = 8.352 VDC
VS = 8.311 VDC
Resistor R1 shorted.
MultiSIM 10
ID = 2.657 mADC
VDS = 6.236 VDC
Vout = 1.707 VAC
VGS = −0.628 VDC
Vin = 10.000 mVAC
Vout = 9.114 mVAC
Vin = 10.000 mVAC
Vout = 0.096 VAC
ID = 2.851 mADC
VGS = −2.822 VDC
VDS = 4.874 VDC
ID = 1.844 mADC
Vin = 0.050 VAC
Vout = 0.215 VAC
ID = 1.019 mADC
Vin = 0.050 Vrms
Vout = 0.496 Vrms
ID = 5.849 mADC
Vin = 0.050 VAC
Vout = 0.141 VAC
ID = 3.475 mADC
VGS = −1.136 VDC
VDS = 4.377 VDC
ID = 2.897 mADC
VD = 17.101 VDC
VG = 5.481 VDC
Vin = 10.000 mVAC
ID = 0.015 mADC
VD = 9.000 VDC
Vd = 0.048 VAC
ID = 0.281 mADC
Vin = 0.050 VAC
Vout = 0.046 VAC
ID = 6.616 mADC
Vin = 0.050 VAC
Vout = 0.014 VAC
MultiSIM 11
ID = 2.657 mADC
VDS = 6.234 VDC
Vout = 1.707 VAC
VGS = −0.628 VDC
Vin = 10.000 mVAC
Vout = 9.114 mVAC
Vin = 10.000 mVAC
Vout = 0.096 VAC
ID = 2.851 mADC
VGS = −2.822 VDC
VDS = 4.874 VDC
ID = 1.844 mADC
Vin = 0.050 VAC
Vout = 0.215 VAC
ID = 1.019 mADC
Vin = 0.050 Vrms
Vout = 0.496 Vrms
ID = 5.849 mADC
Vin = 0.050 VAC
Vout = 0.141 VAC
ID = 3.475 mADC
VGS = −1.136 VDC
VDS = 4.377 VDC
ID = 2.897 mADC
VD = 17.101 VDC
VG = 5.481 VDC
Vin = 10.000 mVAC
ID = 0.015 mADC
VD = 9.000 VDC
Vd = Vout = 0.048 VAC
ID = 0.281 mADC
Vin = 0.050 VAC
Vout = 0.046 VAC
ID = 6.616 mADC
Vin = 0.050 VAC
Vout = 0.014 VAC
Chapter 9:
Circuit
E09-08
E09-09
E09-10
F09-56
F09-57a
F09-57b
F09-58
F09-59
F09-60
F09-62
F09-65a
F09-65b
199
Circuit
TSE09-01
TSE09-02
TSE09-03
TSE09-04
TSE09-05
TSP09-54
MultiSIM 10
Vin = 10.000 mVAC
ID(1) = 3.125 mADC
VD(1) = 7.313 VDC
VG(2) ≈ 0 VDC
Vg(2) = 0.075 VAC
ID(2) = 3.130 mADC
Vout(2) = 0.562 VAC
No fault.
Vin = 10.000 mVAC
ID(1) = 6.092 mADC
VD(1) = 2.863 VDC
VG(2) = 2.863 VDC
Vg(2) = 0.433 mVAC
ID(2) = 6.115 mADC
Vout(2) = 0.128 mVAC
Capacitor C3 is shorted.
Vin = 10.000 mVAC
ID(1) = 1.776 µADC
VD(1) = 12.001 VDC
VG(2) ≈ 0 VDC
Vg(2) = 0.000 VAC
ID(2) = 3.125 mADC
Vout(2) = 0.000 VAC
Q1 drain to source open.
Vin = 10.000 mVAC
ID(1) = 3.125 mADC
VD(1) = 7.313 VDC
VG(2) = −0.142 mVDC
Vg(2) = 0.075 VAC
ID(2) = 0.000 ADC
Vout(2) ≈ 0 VAC
Resistor RD2 is open.
Switch J1 up:
VG(3) ≈ 0 VDC
ID(3) = 888.187 nADC
VS(3) = 0 VDC
Switch J1 down:
VG(3) = 4.95 VDC
ID(3) = 888.187 nADC
VS(3) = 0 VDC
Q3 drain to source open.
ID = 4.800 mADC
VDS = 4.801 pVDC
VS = 4.800 VDC
Q1 drain to source shorted.
200
MultiSIM 11
Vin = 10.000 mVAC
ID(1) = 3.125 mADC
VD(1) = 7.313 VDC
VG(2) ≈ 0 VDC
Vg(2) = 0.075 VAC
ID(2) = 3.130 mADC
Vout(2) = 0.562 VAC
No fault.
Vin = 10.000 mVAC
ID(1) = 6.092 mADC
VD(1) = 2.863 VDC
VG(2) = 2.863 VDC
Vg(2) = 0.433 mVAC
ID(2) = 6.115 mADC
Vout(2) = 0.128 mVAC
Capacitor C3 is shorted.
Vin = 10.000 mVAC
ID(1) = 1.776 µADC
VD(1) = 12.001 VDC
VG(2) ≈ 0 VDC
Vg(2) = 0.000 VAC
ID(2) = 3.125 mADC
Vout(2) = 0.000 VAC
Q1 drain to source open.
Vin = 10.000 mVAC
ID(1) = 3.125 mADC
VD(1) = 7.313 VDC
VG(2) ≈ 0 VDC
Vg(2) = 0.075 VAC
ID(2) = 0.000 ADC
Vout(2) ≈ 0 VAC
Resistor RD2 is open.
Switch J1 up:
VG(3) ≈ 0 VDC
ID(3) = 888.178 nADC
VS(3) = 0 VDC
Switch J1 down:
VG(3) = 4.95 VDC
ID(3) = 888.178 nADC
VS(3) = 0 VDC
Q3 drain to source open.
ID = 4.800 mADC
VDS = 4.801 pVDC
VS = 4.800 VDC
Q1 drain to source shorted.
Circuit
TSP09-55
TSP09-56
TSP09-57
TSP09-58
TSP09-59
TSP09-60
TSP09-61
TSP09-62
MultiSIM 10
Vin = 0.050 Vrms
ID = 1.842 mADC
Vc3 = 0.034 VAC
Ic3 = 0.000 AAC
Vout = 0.069 VAC
Capacitor C3 is open.
Vin = 0.050 VAC
Vg = 0.000 VAC
ID = 1.000 mADC
Vout ≈ 0 VAC
Capacitor C1 is open.
Vin = 0.050 VAC
ID = 0.013 ADC
VRS ≈ 0 VDC
IRS = 0.013 ADC
Vout = 0.209 VAC
Resistor RS is shorted.
ID ≈ 0 ADC
VDS = 9.000 VDC
VS ≈ 0 VDC
Q1 drain to source open.
VR1 = 19.986 VDC
IR1 = 1.998 µADC
Resistor R1 is open.
VRD = 24.00 VDC
IRD = 2.400 µADC
Resistor RD is open.
Vin = 0.100 VAC
VR2 = 17.916 VDC
IR2 = 1.792 µADC
Vout = 0.024 VAC
Resistor R2 is open.
Vin = 0.050 VAC
ID = 0.281 mADC
Vs = 0.047 VAC
Vout = 0.000 VAC
Capacitor C2 is open.
MultiSIM 11
Vin = 0.050 Vrms
ID = 1.842 mADC
Vc3 = 0.034 VAC
Ic3 = 0.000 AAC
Vout = 0.069 VAC
Capacitor C3 is open.
Vin = 0.050 VAC
Vg = 0.000 VAC
ID = 1.001 mADC
Vout ≈ 0 VAC
Capacitor C1 is open.
Vin = 0.050 VAC
ID = 0.013 ADC
VRS ≈ 0 VDC
IRS = 0.013 ADC
Vout = 0.209 VAC
Resistor RS is shorted.
ID ≈ 0 ADC
VDS = 9.000 VDC
VS ≈ 0 VDC
Q1 drain to source open.
VR1 = 19.986 VDC
IR1 = 1.998 µADC
Resistor R1 is open.
VRD = 24.00 VDC
IRD = 2.400 µADC
Resistor RD is open.
Vin = 0.100 VAC
VR2 = 17.916 VDC
IR2 = 1.792 µADC
Vout = 0.024 VAC
Resistor R2 is open.
Vin = 0.050 VAC
ID = 0.281 mADC
Vs = 0.047 VAC
Vout = 0.000 VAC
Capacitor C2 is open.
MultiSIM 10
fC ≈ 260 Hz
fC ≈ 51 Hz
fC ≈ 33 Hz
fC ≈ 16 Hz
fC ≈ 17 Hz
fC ≈ 1.79 MHz
fC(1) ≈ 3.15 kHz
fC(2) ≈ 25.3 MHz
MultiSIM 11
fC ≈ 260 Hz
fC ≈ 51 Hz
fC ≈ 33 Hz
fC ≈ 16 Hz
fC ≈ 17 Hz
fC ≈ 1.79 MHz
fC(1) ≈ 3.15 kHz
fC(2) ≈ 25.3 MHz
Chapter 10:
Circuit
E10-03
E10-05
E10-06
E10-07
E10-08
E10-11
F10-56
201
Circuit
F10-57
F10-60
TSP10-45
TSP10-46
TSP10-47
TSP10-48
MultiSIM 10
fC ≈ 94 kHz
fC ≈ 3.11 kHz
VRC = 19.774 VDC
IRC = 1.971 µADC
Resistor RC is open.
Vd = 0.074 VAC
Vout = 0.000 VAC
Capacitor C2 is open.
VR2 = 2.543 VDC
IR2 = 0.254 µADC
Resistor R2 is open.
ID = 0.018 ADC
VDS = 0.018 nVDC
Q drain to source shorted.
MultiSIM 11
fC ≈ 94 kHz
fC ≈ 3.11 kHz
VRC = 19.774 VDC
IRC = 1.971 µADC
Resistor RC is open.
Vd = 0.072 VAC
Vout = 0.000 VAC
Capacitor C2 is open.
VR2 = 2.544 VDC
IR2 = 0.254 µADC
Resistor R2 is open.
ID = 0.018 ADC
VDS = 0.018 nVDC
Q drain to source shorted.
MultiSIM 10
ISCR = 0.436 A
Expected SCR operation
Sine wave with missing piece
from 90° to 180° with RPOT =
82%
SCR turns off for R4 = 5.9 kΩ
(slider at 59%)
SCR always conducts. SCR
cathode to anode shorted
SCR never fires and SCR
current is always 0 A. SCR
cathode to anode open.
VR1 = 0.013 µVDC
Vout is half-wave output
Resistor R1 is shorted.
MultiSIM 11
ISCR = 0.436 A
Expected SCR operation
Sine wave with missing piece
from 90° to 180° with RPOT =
82%
SCR turns off for R4 = 5.9 kΩ
(slider at 59%)
SCR always conducts. SCR
cathode to anode shorted
SCR never fires and SCR
current is always 0 A. SCR
cathode to anode open.
VR1 = 0.013 µVDC
Vout is half-wave output
Resistor R1 is shorted.
MultiSIM 10
Vin = 0.100 VAC
Vout = 2.228 VAC
Av = 22.3
Vin = 0.100 VAC
Vout = 9.994 VAC
Av = 99.9
Vin = 0.100 VAC
Vout = 2.300 VAC
Av = 23.0
Vin = 0.100 VAC
Vout = 9.994 VAC
Av = 99.9
MultiSIM 11
Vin = 0.100 VAC
Vout = 2.228 VAC
Av = 22.3
Vin = 0.100 VAC
Vout = 9.994 VAC
Av = 99.9
Vin = 0.100 VAC
Vout = 2.300 VAC
Av = 23.0
Vin = 0.100 VAC
Vout = 9.994 VAC
Av = 99.9
Chapter 11:
Circuit
E11-03
E11-04
F11-53
TSP11-27
TSP11-28
TSP11-29
Chapter 12:
Circuit
E12-03
E12-04
E12-05
E12-07
202
Circuit
E12-12
F12-63
F12-64a
F12-64b
F12-64c
F12-64d
F12-66a
F12-66b
F12-66c
F12-66d
F12-67
F12-68a
F12-68b
MultiSIM 10
BW(1) ≈ 90.7 mHz
BW(2) ≈ 41.6 kHz
Vin = 10.000 mVAC
Vout = 3.736 VAC
Av = 374
Vin = 10.000 mVAC
Vout = 0.110 VAC
Av = 11.0
Vin = 10.000 mVAC
Vout = 1.009 VAC
Av = 101
Vin = 10.000 mVAC
Vout = 0.478 VAC
Av = 47.8
Vin = 10.000 mVAC
Vout = 0.230 VAC
Av = 23.0
Vin = 1.000 VAC
Vout = 1.000 VAC
Av = 1.00
Vin = 1.000 VAC
Vout = 1.000 VAC
Av = 1.00
Vin = 10.000 mVAC
Vout = 0.223 VAC
Av = 22.3
Vin = 1.000 VAC
Vout = 9.999 VAC
Av = 10.0
Vin = 1.000 VAC
Iin = 0.030 mAAC
If = 0.030 mAAC
Vout = 9.999 VAC
Av = 10.0
Vin = 10.000 mVAC
Iin = 1.427 nAAC
Zin = 7.01 MΩ
Zout cannot be determined
Vout = 2.082 VAC
Iout = 3.958 µAAC
Vin = 10.000 mVAC
Iin = 1.443 nAAC
Zin = 6.93 MΩ
Zout cannot be determined
Vout = 0.323 VAC
Iout = 6.689 µAAC
203
MultiSIM 11
BW(1) ≈ 90.7 mHz
BW(2) ≈ 41.6 kHz
Vin = 10.000 mVAC
Vout = 3.736 VAC
Av = 374
Vin = 10.000 mVAC
Vout = 0.110 VAC
Av = 11.0
Vin = 10.000 mVAC
Vout = 1.009 VAC
Av = 101
Vin = 10.000 mVAC
Vout = 0.478 VAC
Av = 47.8
Vin = 10.000 mVAC
Vout = 0.230 VAC
Av = 23.0
Vin = 1.000 VAC
Vout = 1.000 VAC
Av = 1.00
Vin = 1.000 VAC
Vout = 1.000 VAC
Av = 1.00
Vin = 10.000 mVAC
Vout = 0.223 VAC
Av = 22.3
Vin = 1.000 VAC
Vout = 9.999 VAC
Av = 10.0
Vin = 1.000 VAC
Iin = 0.030 mAAC
If = 0.030 mAAC
Vout = 9.999 VAC
Av = 10.0
Vin = 10.000 mVAC
Iin = 1.427 nAAC
Zin = 7.01 MΩ
Zout cannot be determined
Vout = 2.082 VAC
Iout = 4.004 µAAC
Vin = 10.000 mVAC
Iin = 1.443 nAAC
Zin = 6.93 MΩ
Zout cannot be determined
Vout = 0.323 VAC
Iout = 6.688 µAAC
Circuit
F12-68c
F12-70a
F12-70b
F12-70c
TSE12-01
TSE12-02
TSE12-03
TSE12-04
TSE12-05
MultiSIM 10
Vin = 10.000 mVAC
Iin = 1.443 nAAC
Zin = 6.93 MΩ
Zout cannot be determined
Vout = 0.189 VAC
Iout = 0.197 µAAC
Vin = 10.000 mVAC
Iin = 1.001 µAAC
Zin = 9.99 kΩ
Zout cannot be determined
Vout = 0.150 VAC
Iout = 1.019 µAAC
Vin = 10.000 mVAC
Iin = 0.102 µAAC
Zin = 98.0 kΩ
Zout cannot be determined
Vout = 0.999 VAC
Iout = 0.260 µAAC
Vin = 10.000 mVAC
Iin = 0.021 mAAC
Zin = 476 Ω
Zout cannot be determined
Vout = 0.213 VAC
Iout = 0.021 mAAC
Vin = 0.100 VAC
Vout = 2.228 VAC
No fault.
Vin = 0.047 mVAC
Vout is railed
Resistor Rf is open.
Vin = 0.100 VAC
Vout = 9.994 VAC
No fault.
Vin = 0.100 VAC
IRi = 0.000 AAC
Vout = 0.000 VAC
Resistor Ri is open.
Vin = 100 mVP
Vout = 5.0 mVP
Rf is leaky
TSP12-57
Vin = 10.000 mVAC
Vout is railed (11.882 VAC)
Resistor Rf is open.
TSP12-58
Vin = 10.000 mVAC
IRi = 0.000 AAC
Vout = 10.000 mVAC
Resistor Ri is open.
204
MultiSIM 11
Vin = 10.000 mVAC
Iin = 1.443 nAAC
Zin = 6.93 MΩ
Zout cannot be determined
Vout = 0.189 VAC
Iout = 0.198 µAAC
Vin = 10.000 mVAC
Iin = 1.001 µAAC
Zin = 9.99 kΩ
Zout cannot be determined
Vout = 0.150 VAC
Iout = 1.020 µAAC
Vin = 10.000 mVAC
Iin = 0.102 µAAC
Zin = 98.0 kΩ
Zout cannot be determined
Vout = 0.999 VAC
Iout = 0.264 µAAC
Vin = 10.000 mVAC
Iin = 0.021 mAAC
Zin = 476 Ω
Zout cannot be determined
Vout = 0.213 VAC
Iout = 0.021 mAAC
Vin = 0.100 VAC
Vout = 2.228 VAC
No fault.
Vin = 0.047 mVAC
Vout is at positive rail.
Resistor Rf is open.
Vin = 0.100 VAC
Vout = 9.994 VAC
No fault.
Vin = 0.100 VAC
IRi = 0.000 AAC
Vout = 0.000 VAC
Resistor Ri is open.
Vin = 100 mVP
Vout = 5.0 mVP
Rf is leaky
Vin = 10.000 mVAC
Vout is at positive rail (11.807
VAC).
Resistor Rf is open.
Vin = 10.000 mVAC
IRi = 0.000 AAC
Vout = 10.000 mVAC
Resistor Ri is open.
Circuit
TSP12-59
TSP12-60
TSP12-61
TSP12-62
TSP12-63
TSP12-64
TSP12-65
TSP12-66
TSP12-67
MultiSIM 10
Vin = 10.000 mVAC
VRf = 0.100 mVAC
IRf = IRi = 1.000 µAAC
VRi = 10.000 mVAC
Vout = 0.010VAC
Resistor Rf is leaky.
Vin = 10.000 mVAC
Vout is railed (11.882 VAC)
VRi ≈ 0 VAC
Resistor Ri is shorted.
Vin = 10.000 mVAC
VRf = 0.010 pVAC
IRf = IRi = 0.010 mAAC
Vout = 10.000 mVAC
Resistor Rf is shorted.
Vin = 1.000 VAC
Vout = 0.000 VAC
Op-amp output is open.
Vin = 1.000 VAC
IRf = 10.000 µAAC
VRf 0.999 mVAC
Vout = 0.999 mVAC
Resistor Rf is leaky.
Vin = 1.000 VAC
VRi = 1.172 mVAC
IRi = 0.012 mAAC
Vout = 11.746 VAC
Resistor Ri is leaky.
Vin = 1.000 VAC
IRi = 0.049 mAAC
VRi ≈ 0 VAC
Vout = 15.079 VAC
Resistor Ri is shorted.
Vin = 1.000 VAC
V(−) = 0.000 VAC
IRi = 0.000 AAC
Vout = 0.000 VAC
Resistor Ri is open.
Vin = 1.000 VAC
IRf ≈ 0 AAC
VRi = 0.250 mVAC
Vout = 12.079 VAC
Resistor Rf is open.
205
MultiSIM 11
Vin = 10.000 mVAC
VRf = 0.100 mVAC
IRf = IRi = 1.000 µAAC
VRi = 10.000 mVAC
Vout = 0.010VAC
Resistor Rf is leaky.
Vin = 10.000 mVAC
Vout is at positive rail (11.882
VAC).
VRi ≈ 0 VAC
Resistor Ri is shorted.
Vin = 10.000 mVAC
VRf ≈ 0 VAC
IRf = IRi ≈ 0 AAC
Vout = 10.000 mVAC
Resistor Rf is shorted.
Vin = 1.000 VAC
Vout = 0.000 VAC
Op-amp output is open.
Vin = 1.000 VAC
IRf = 10.000 µAAC
VRf 0.999 mVAC
Vout = 0.999 mVAC
Resistor Rf is leaky.
Vin = 10.000 mVAC
VRi = 1.172 mVAC
IRi = 0.012 mAAC
Vout = 11.744 VAC
Resistor Ri is leaky.
Vin = 1.000 VAC
IRi = 0.049 mAAC
VRi ≈ 0 VAC
Vout = 15.073 VAC
Resistor Ri is shorted.
Vin = 1.000 VAC
V(−) = 0.000 VAC
IRi = 0.000 AAC
Vout = 0.000 VAC
Resistor Ri is open.
Vin = 1.000 VAC
IRf ≈ 0 AAC
VRi = 0.250 mVAC
Vout = 12.078 VAC
Resistor Rf is open.
Circuit
TSP12-68
TSP12-69
TSP12-70
TSP12-71
TSP12-72
MultiSIM 10
Vin = 1.000 VAC
VRf = 0.067 VAC
VRi = 1.000 VAC
IRf = IRi = 0.667 mAAC
Vout = 1.067 VAC
Resistor Rf is leaky.
Vin = 1.000 VAC
IRf ≈ 0 AAC
VRi = 5.483 mVAC
Vout = 12.079 VAC
Resistor Rf is open.
Vin = 1.000 VAC
IRf = 0.100 mAAC
VRf = 0.100 pVAC
Vout = 0.011 µVAC
Resistor Rf is shorted.
Vin = 1.000 VAC
V(−) = 0.000 VAC
IRi = 0.000 AAC
Vout = 0.000 VAC
Resistor Ri is open.
Vin = 10.000 mVAC
VRi = 9.994 mVAC
IRi = 0.121 mAAC
Vout = 1.212 VAC
Resistor Ri is leaky.
MultiSIM 11
Vin = 1.000 VAC
VRf = 0.067 VAC
VRi = 1.000 VAC
IRf = IRi = 0.667 mAAC
Vout = 1.067 VAC
Resistor Rf is leaky.
Vin = 1.000 VAC
IRf ≈ 0 AAC
VRi = 5.483 mVAC
Vout = 12.071 VAC
Resistor Rf is open.
Vin = 1.000 VAC
IRf = 0.100 mAAC
VRf = 0.100 pVAC
Vout = 0.011 µVAC
Resistor Rf is shorted.
Vin = 1.000 VAC
V(−) = 0.000 VAC
IRi = 0.000 AAC
Vout = 0.000 VAC
Resistor Ri is open.
Vin = 10.000 mVAC
VRi = 9.994 mVAC
IRi = 0.121 mAAC
Vout = 1.212 VAC
Resistor Ri is leaky.
MultiSIM 10
VLTP = +1.63 V
VUTP = +1.63 V
VLTP = −2.50 V
VUTP = +2.50 V
VUTP = −2.49 V
VLTP = +2.44 V
Vout = −7.71 V, +7.69 V
VOUT = −12 V
VOUT = −6.999 V
VOUT = −2.5 V
V1 = 3.000 V
V2 = 2.000 V
V3 = 8.000 V
VOUT = −8.838 V
Vout (min) = −2.50 V
Vout (max) =+2.49 V
Vout = 5.00 VPP
ΔV/Δt = 5.00 V / 200 μs
MultiSIM 11
VLTP = +1.64 V
VUTP = +1.64 V
VLTP = −2.47 V
VUTP = +2.50 V
VUTP = −2.48 V
VLTP = +2.48 V
Vout = −7.72 V, +7.72 V
VOUT = −12 V
VOUT = −6.999 V
VOUT = −2.5 V
V1 = 3.000 V
V2 = 2.000 V
V3 = 8.000 V
VOUT = −8.838 V
Vout (min) = −2.50 V
Vout (max) =+2.50 V
Vout = 5.00 VPP
ΔV/Δt = 5.00 V / 200 μs
Chapter 13:
Circuit
E13-01
E13-02
E13-03
E13-05
E13-06
E13-07
E13-08
E13-10
206
Circuit
F13-61
F13-63a
F13-63b
F13-64
F13-65a
F13-65b
F13-66
F13-67
F13-68
F13-69
TSE13-01
TSE13-02
TSE13-03
TSE13-04
TSE13-05
TSE13-06
TSE13-07
TSE13-08
TSE13-09
MultiSIM 10
VLTP = −2.74 V
VUTP = +2.83 V
VLTP = −3.80 V
VUTP = +3.88 V
VLTP = −3.47 V
VUTP = +3.39 V
VUTP = −992 mV
VLTP = +975 mV
Vout = −6.14 V, +6.14 V
VOUT = −2.500 V
VOUT = −3.520 V
VOUT = −2.800 V
VOUT = −3.572 V
Integrator output
ΔV/Δt = −2.03 V/500 µs
VOUT = 20 VPP square wave
V(−) = 2.000 V
VOUT is railed.
Resistor R2 is shorted.
VIN = 3 V, 2 V, 8 V
V(−) = 6.722 V
VOUT = 6.716 V
Op-amp V(−) to VOUT open.
Vin = 0 V to 5 V square wave
Vout = −10 V
Capacitor C is shorted.
Vin = 5.00 VPP triangle wave
Vout = 0 V
Capacitor C is open.
Vout(min) = −0.901 V
Vout(max) = +6.91 V
Diode D1 is shorted.
Vin = 20.0 VPP
V(−) = 0 V
Resistor Ri is open.
VUTP = −2.48 V
VLTP = +2.45 V
Vout = −7.82 V, +7.82 V
No fault.
Vin = 1 V, 0.5 V, 0.2 V, 0.1 V
V(−) = 0.450 V
Vout is railed negative.
Resistor Rf is open.
Vin = 1 V, 0.5 V, 0.2 V, 0.1 V
V(−) = 0.500 V
Vout is railed negative
Resistor R2 is shorted.
207
MultiSIM 11
VLTP = −2.80 V
VUTP = +2.80 V
VLTP = −3.81 V
VUTP = +3.81 V
VLTP = −3.32 V
VUTP = +3.32 V
VUTP = −994 mV
VLTP = +994 mV
Vout = −6.14 V, +6.14 V
VOUT = −2.5 V
VOUT = −3.52 V
VOUT = −2.8 V
VOUT = −3.572 V
Integrator output
ΔV/Δt = −2.03 V/500 µs
VOUT = 20 VPP square wave
V(−) = 2.000 V
VOUT is at negative rail.
Resistor R2 is shorted.
VIN = 3 V, 2 V, 8 V
V(−) = 6.722 V
VOUT = 6.716 V
Op-amp V(−) to VOUT open.
Vin = 0 V to 5 V square wave
Vout = −10 V
Capacitor C is shorted.
Vin = 5.00 VPP triangle wave
Vout = 0 V
Capacitor C is open.
Vout(min) = −901 mV
Vout(max) = +6.91 V
Diode D1 is shorted.
Vin = 20.0 VPP
V(−) = 0 V
Resistor Ri is open.
VUTP = −2.42 V
VLTP = +2.42 V
Vout = −7.82 V, +7.82 V
No fault.
Vin = 1 V, 0.5 V, 0.2 V, 0.1 V
V(−) = 0.450 V
Vout is at negative rail.
Resistor Rf is open.
Vin = 1 V, 0.5 V, 0.2 V, 0.1 V
V(−) = 0.500 V
Vout is at negative rail.
Resistor R2 is shorted.
Circuit
TSE13-10
TSP13-30
TSP13-31
TSP13-32
TSP13-33
TSP13-34
TSP13-35
TSP13-36
TSP13-37
TSP13-38
TSP13-39
MultiSIM 10
Vout = −5.45 V, +5.45 V
V(+) = 0 VDC
R1 is open.
VLTP ≈ 0 V
VUTP ≈ 0 V
Vout = ±20 VP square wave
R1 is open.
VLTP ≈ 0 V
VUTP ≈ 0 V
Vout = ±10 VP square wave
No fault.
Vin = 4.000 VPP sine wave
Vout = 4.000 VPP sine wave
Op-amp V(+) to output short.
Vout(min) = −659 mV
Vout(max) = 5.643 V
Diode D1 is shorted.
IRIN1 = 111 nA
VOUT = −1.500 V
Resistor RIN1 is open.
V(−) = 1 V
Vout is railed negative
Resistor R2 is shorted.
IRf = 127 µA
VOUT = −12.7 mV
Resistor Rf is leaky.
V(−) = 2.431 V
Vout is railed negative.
Resistor Rf is open.
Vin = 5 VPP square wave
Vour = 8.93 mVPP inverted
square wave
Capacitor C is leaky.
Vin = 5 VPP triangle wave
IC = 0 A
Vout = 0 V
Capacitor C is open.
MultiSIM 11
Vout = −5.45 V, +5.45 V
V(+) = 0 VDC
R1 is open.
VLTP ≈ 0 V
VUTP ≈ 0 V
Vout = ±20 VP square wave
R1 is open.
VLTP ≈ 0 V
VUTP ≈ 0 V
Vout = ±10 VP square wave
No fault.
Vin = 4.000 VPP sine wave
Vout = 4.000 VPP sine wave
Op-amp V(+) to output short.
Vout(min) = −659 mV
Vout(max) = +5.64 V
Diode D1 is shorted.
IRIN1 = 111 nA
VOUT = −1.5 V
Resistor RIN1 is open.
V(−) = 1 V
Vout is at negative rail.
Resistor R2 is shorted.
IRf = 127 µA
VOUT = −12.7 mV
Resistor Rf is leaky.
V(−) = 2.431 V
Vout is at negative rail.
Resistor Rf is open.
Vin = 5 VPP square wave
Vour = 8.93 mVPP inverted
square wave
Capacitor C is leaky.
Vin = 5 VPP triangle wave
IC = 0 A
Vout = 0 V
Capacitor C is open.
MultiSIM 10
VOUT = −155 mV
Vin(1) = 1.003 VAC
Vin (2) = 1.004 VAC
Vout = 2.008 VAC
VOUT = −162 mV
IL = 4.66 mA
IL = 1.176 mA
MultiSIM 11
VOUT = −155 mV
Vin(1) = 1.003 VAC
Vin (2) = 1.004 VAC
Vout = 2.008 VAC
VOUT = −162 mV
IL = 4.66 mA
IL = 1.176 mA
Chapter 14:
Circuit
E14-08
F14-53
F14-60
F14-62a
F14-62b
208
Circuit
TSP14-32
TSP14-33
TSP14-34
TSP14-35
TSP14-36
MultiSIM 10
Vin(1) = 10.626 VAC
Vin (2) = 10.632 VAC
Vout = 13.3 VAC
Resistor R1 is leaky.
IR1 ≈ 0 A
VOUT = 0 V
Resistor R1 is open.
IQ ≈ 0 A
VOUT is at negative rail.
Resistor Rf is open.
VD = 6 V
IL = 6 Ma
Zener diode is open.
VR2 = 59.4 mV
IL = 594 µA
Resistor R2 is leaky.
MultiSIM 11
Vin(1) = 10.626 VAC
Vin (2) = 10.633 VAC
Vout = 13.3 VAC
Resistor R1 is leaky.
IR1 ≈ 0 A
VOUT = 0 V
Resistor R1 is open.
IQ ≈ 0 A
VOUT is at negative rail.
Resistor Rf is open.
VD = 6 V
IL = 6 Ma
Zener diode is open.
VR2 = 59.4 mV
IL = 594 µA
Resistor R2 is leaky.
MultiSIM 10
fC = 7.09 kHz
fC = 736 Hz
fC(1) = 653 Hz
fC(2) = 830 Hz
BW ≈ 180 Hz
fc = 7.23 kHz
fC(1) = 7.13 kHz
fC(2) = 7.34 kHz
BW ≈ 210 Hz
fC = 60.3 Hz
fC = 11.2 kHz
Response is Butterworth.
fC = 157 kHz
Response is Butterworth
fC = 49.1 kHz
Response is Butterworth.
fC = 269 Hz
Roll-off is −80 dB/decade.
fC = 1.28 kHz
Roll-off is −40 dB/decade
fC = 159 Hz
fCL = 116 Hz
fCH = 218 Hz
BW = 102 Hz
fC = 447 Hz
fCL = 403 Hz
fCL = 499 Hz
BW = 96 Hz
MultiSIM 11
fC = 7.09 kHz
fC = 736 Hz
fC(1) = 653 Hz
fC(2) = 830 Hz
BW ≈ 180 Hz
fc = 7.23 kHz
fC(1) = 7.13 kHz
fC(2) = 7.34 kHz
BW ≈ 210 Hz
fC = 60.3 Hz
fC = 11.2 kHz
Response is Butterworth.
fC = 157 kHz
Response is Butterworth
fC = 49.1 kHz
Response is Butterworth.
fC = 269 Hz
Roll-off is −80 dB/decade.
fC = 1.28 kHz
Roll-off is −40 dB/decade
fC = 159 Hz
fCL = 116 Hz
fCH = 218 Hz
BW = 102 Hz
fC = 449 Hz
fCL = 403 Hz
fCL = 499 Hz
BW = 96 Hz
Chapter 15:
Circuit
E15-03
E15-06
E15-07
E15-08
F15-43a
F15-43b
F15-43c
F15-45
F15-46
F15-47a
F15-47b
209
Circuit
F15-47c
F15-48
TSP15-23
TSP15-24
TSP15-25
TSP15-26
TSP15-27
TSP15-28
TSP15-29
TSP15-30
TSP15-31
MultiSIM 10
fPEAK = 15.9 kHz
fCL = 15872 Hz
fCH = 15953 kHz
BW = 81 Hz
fNOTCH ≈ 1327 Hz
fCL ≈ 1326 kHz
fCH ≈ 1328 kHz
BW = 2 Hz
IR2 = 0.000 AAC
VR2 = 0.432 VAC
Resistor R2 is open.
Vout = 11.9 VAC
IR1 ≈ 0 AAC
Resistor R1 is open.
VCC ≈ 0 VAC
ICC = 1.321 mAAC
Capacitor CC is shorted.
Vout(1) = 0.583 mVAC
Vin(2) = 0 VAC
Resistor RC is open.
VRA = 0.552 VAC
IRA ≈ 0 AAC
Resistor RA is open.
VRA ≈ 0 VAC
IRA = 1.043 mAAC
Resistor RB is shorted.
VR1 = 0.100 VAC
IR1 ≈ 0 AAC
Resistor R1 is open.
VC2 = 0.100 VAC
IC2 ≈ 0 AAC
Resistor C2 is open.
VOUT (U2) = 0.175 VAC
V(−) (U3) ≈ 0 VAC
Resistor R4 is open.
MultiSIM 11
fPEAK = 15.9 kHz
fCL = 15872 Hz
fCH = 15953 kHz
BW = 81 Hz
fNOTCH = 1.326 kHz
fCL (−3 dB) = 1.307 kHz
fCH (−3 dB) = 1.346 kHz
BW = 390 Hz
IR2 = 0.000 AAC
VR2 = 0.432 VAC
Resistor R2 is open.
Vout = 11.9 VAC
IR1 ≈ 0 AAC
Resistor R1 is open.
VCC ≈ 0 VAC
ICC = 1.321 mAAC
Capacitor CC is shorted.
Vout(1) = 0.583 mVAC
Vin(2) = 0 VAC
Resistor RC is open.
VRA = 0.552 VAC
IRA ≈ 0 AAC
Resistor RA is open.
VRA ≈ 0 VAC
IRA = 1.043 mAAC
Resistor RB is shorted.
VR1 = 0.100 VAC
IR1 ≈ 0 AAC
Resistor R1 is open.
VC2 = 0.100 VAC
IC2 ≈ 0 AAC
Resistor C2 is open.
VOUT (U2) = 0.175 VAC
V(−) (U3) ≈ 0 VAC
Resistor R4 is open.
MultiSIM 10
Vout = 1.996 VPP
τ = 630 µS
f = 1.59 kHz
Vout = 532 mVPP
τ = 154 µS
f = 6.49 kHz
Vout = 1.81 VPP
τ = 95 µS
f = 10.5 kHz
MultiSIM 11
Vout = 1.996 VPP for R = 22%
τ = 630 µS
f = 1.59 kHz
Vout = 532 mVPP
τ = 154 µS
f = 6.49 kHz
Vout = 1.81 VPP for R = 18%
τ = 95 µS
f = 10.5 kHz
Chapter 16:
Circuit
E16-01
E16-02
F16-58
210
Circuit
F16-59
F16-60a
F16-60b
F16-62
F16-64
TSP16-23
TSP16-24
TSP16-25
TSP16-26
TSP16-27
TSP16-28
MultiSIM 10
Vout = 535 mVPP
τ = 1.447 mS
f = 691 Hz
Vout = 401 mVPP
τ = 3.50 µS
f = 286 kHz
Tank circuit is loaded.
Vout = 2.285 VPP
τ = 16.5 µS
f = 60.6 kHz
Vout = 12.1 VPP
τ = 655 µS
f = 1.53 kHz
tH = 140 µs
tL = 108 µs
fOSC = 4.02 kHz
RDS = 0 Ω
Q1 drain to source shorted.
From the oscilloscope trace,
C3 is open.
VCE ≈ 0 VDC
IQ1 = 2.557 mADC
Q1 collector to emitter short.
VR2 = 0.659 VDC
IR2 ≈ 0 ADC
Resistor R2 is open.
R2 resistance out of range
Resistor R2 is open.
tH = 111 µs
tL = 108 µs
Resistor R1 is leaky.
MultiSIM 11
Vout = 538 mVPP
τ = 1.447 mS
f = 691 Hz
Vout = 402 mVPP
τ = 3.50 µS
f = 286 kHz
Tank circuit is loaded.
Vout = 2.29 VPP
τ = 16.4 µS
f = 61.0 kHz
Vout = 13.3 VPP
τ = 655 µS
f = 1.53 kHz
tH = 140 µs
tL = 108 µs
fOSC = 4.02 kHz
RDS = 0 Ω
Q1 drain to source shorted.
From the oscilloscope trace,
C3 is open.
VCE ≈ 0 VDC
IQ1 = 2.557 mADC
Q1 collector to emitter short.
VR2 = 0.659 VDC
IR2 ≈ 0 ADC
Resistor R2 is open.
R2 resistance out of range
Resistor R2 is open.
tH = 111 µs
tL = 108 µs
Resistor R1 is leaky.
MultiSIM 10
VOUT = 10.340 VDC
VOUT = 10.340 VDC
VOUT = 10.340 VDC
VOUT = 8.506 VDC
For RL at 50%:
VR2 = 0.529 VDC
IR2 = 0.189 ADC
IQ2 ≈ 0 ADC
IL = 0.188 ADC
VOUT = 9.414 VDC
VOUT remains constant as RL
varies and load current varies.
MultiSIM 11
VOUT = 10.340 VDC
VOUT = 10.340 VDC
VOUT = 10.340 VDC
VOUT = 8.506 VDC
For RL at 50%:
VR2 = 0.529 VDC
IR2 = 0.189 ADC
IQ2 ≈ 0 ADC
IL = 0.188 ADC
VOUT = 9.410 VDC
VOUT remains constant as RL
varies and load current varies.
Chapter 17:
Circuit
E17-03
E17-05
F17-45
F17-46
F17-47
211
Circuit
F17-48
TSP17-31
TSP17-32
TSP17-33
TSP17-34
MultiSIM 10
For RL at 50%:
IL =36.524 mA
For RL at 0%:
IL =250 mA
VR3 = 2.405 VDC
VOUT = 2.429 VDC
Resistor R2 is leaky.
VD1 = 11.988 VDC
ID1 ≈ 0 ADC
VOUT = 11.999 VDC
Zener diode D1 is open.
For RL at 0%:
VR2 = 14.978 VDC
IR2 = 5.349 ADC
IQ2 ≈ 0 ADC
IL = 5.349 ADC
VOUT = 0.053 VDC
Transistor Q2 terminals are
open.
VR1 = 24.999 VDC
IR1 = 2.500 µADC
IL = 2.552 µADC
Resistor R1 is open.
212
MultiSIM 11
For RL at 50%:
IL =36.525 mA
For RL at 0%:
IL =250 mA
VR3 = 2.405 VDC
VOUT = 2.429 VDC
Resistor R2 is leaky.
VD1 = 11.988 VDC
ID1 ≈ 0 ADC
VOUT = 11.999 VDC
Zener diode D1 is open.
For RL at 0%:
VR2 = 14.978 VDC
IR2 = 5.349 ADC
IQ2 ≈ 0 ADC
IL = 5.349 ADC
VOUT = 0.053 VDC
Transistor Q2 terminals are
open.
VR1 = 24.999 VDC
IR1 = 2.500 µADC
IL = 2.552 µADC
Resistor R1 is open.