p spice

USER - HP

EXPERIMENT-1AIM

To simulate Clamper circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

R1 6 0 4.7k

R2 3 0 1k

C1 6 1 0.1uF

D1 5 6 DIN3063

.model DIN3063 D(Is=2.989n N=1.704 Rs=3.886 Ikf=26.84 Xti=3 Eg=1.11 Cjo=2p

+ M=.3333 Vj=.75 Fc=.5 Isr=100p Nr=2 Bv=75 Ibv=5u Tt=5.771n)

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

V1 1 0 SIN(0 0.1V 1KHZ)

.INCLUDE uA741.CIR

.TRAN 0 5ms

.PROBE

.ENDTRANSFER CURVES

EXPERIMENT-2AIM

To simulate Integrator circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

R1 1 2 10K

Rf 2 5 100K

CF 2 5 10nf

X1 0 2 3 4 5 uA741

VCC 3 0 DC 15V

VEE 0 4 DC 15V

Vi 1 0 sin(0 1V 1khz)

.INCLUDE uA741.cir

.TRAN 0.5ms 2.5ms

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-3AIM

To simulate Inverting circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

R1 1 2 1k

RF 2 5 9k

X1 0 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

V1 1 0 SIN(0 0.1V 1KHZ)

.INCLUDE uA741.cir

.TRAN 0 3ms

.PROBE

.ENDTRANSFER CURVES

EXPERIMENT-3AIM

To simulate Low pass filter(1st order) circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

RF 5 2 5K

R1 1 6 1K

R2 2 0 2K

C 1 0 1uF

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

V1 6 0 AC 1mV

.INCLUDE uA741.CIR

.AC DEC 20 1HZ 10KHZ

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-4AIM

To simulate Low pass filter(2nd order) circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

RF 5 2 5K

R1 1 6 1K

R2 6 7 1K

R3 2 0 2K

C1 1 0 1uF

C2 1 0 1uF

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

V1 7 0 AC 0.1mV

.INCLUDE uA741.CIR

.AC DEC 20 0.1HZ 100KHZ

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-5AIM

To simulate Schmittrigger circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

R1 5 1 50K

R2 1 0 100K

R3 2 6 1K

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE O 4 DC 12V

Vi 6 0 SIN(O 6V 1KHZ)

.INCLUDE uA741.cir

.TRAN 0 5MS

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-6AIM

To simulate Square wave generator circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

Square wave gen.

R 2 5 1K

R1 5 1 5K

R2 1 0 1K

C 2 0 1uF

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

.INCLUDE uA741.CIR

.TRAN 0 10MS

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-7AIM

To simulate subtracter circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

Subtractor

R1 6 2 10K

R2 7 1 10K

R3 7 0 1K

R4 2 5 10K

R5 1 0 10K

R6 6 7 1K

R7 7 0 1K

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

Vi 6 0 SIN(0 2 1KHZ)

.INCLUDE uA741.CIR

.TRAN 0 3MS

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-8

AIM

To simulate Weinbridge Oscillator circuit using Op-Amp in PSPICE

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

Weinbridge

R1 1 6 1K

R2 1 0 1K

R3 2 0 1K

R4 2 5 2K

C1 6 5 0.1uF

C2 1 0 0.1uF

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

.INCLUDE uA741.CIR

.TRAN 0.5us 10ms 0.3us

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-9AIM

To Simulate High Pass Filter using Op-Amp in PSPICE.

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

*

Rf 5 2 1.2K

R1 1 0 1K

R2 6 5 1K

R3 2 0 2K

C1 1 6 10uF

C2 6 7 10uF

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

V1 7 0 AC 1mV

.INCLUDE uA741

.AC DEC 20 O.1hz 100KHz

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-10AIM

To Simulate Adder circuit using Op-Amp in PSPICE.

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

*

R1 6 7 1k

R2 6 1 10K

R3 7 1 10K

R4 0 2 10K

R5 2 5 10K

R6 0 7 2K

X1 1 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

Vi 6 0 SIN(0 2 1KHz)

.INCLUDE uA741.cir

.TRANS 0 3MS

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-11AIM

To Simulate Band Pass Filter using Op-Amp in PSPICE.

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

R1 7 6 1.6k

C1 6 5 0.03uF

C2 6 2 0.03uF

R2 6 0 1.6K

RF 2 5 7K

X1 0 2 3 4 5 uA741

VCC 3 0 DC 12V

VEE 0 4 DC 12V

Vin 7 0 AC 12V

.INCLUDE uA741.cir

.PROBE

.AC DEC 20 1HZ 10000KHZ

.END

TRANSFER CURVES

EXPERIMENT-12AIM

To Simulater Differentiator using Op-Amp in PSPICE.

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

R1 6 1 .1

C1 1 2 0.01uF

RF 2 5 10K

CF 2 5 0.001uF

X1 0 2 3 4 5 uA741

VCC 3 0 DC 15V

VEE 0 4 DC 15V

Vi 6 0 sin(0 1V 1Khz)

.INCLUDE uA741.cir

.TRAN 0 2ms

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-13AIM

To Simulate Inverting Amplifier using Op-Amp in PSPICE.

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

VIN 0 1 SIN (0 1 10KHz)

RL 2 0 1K

X1 0 1 0 2 OPAMP

.SUBCKT OPAMP 1 2 5 4

RIN 1 2 2MEG

RO 3 5 75

EA 3 4 2 1 1E+1

.ENDS OPAMP

.TRAN 0US 500US

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-14AIM

To Simulate Non-Inverting Amplifier using Op-Amp in PSPICE.

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

*

VIN 0 1 SIN (0 1 10KHz)

RL 2 0 1K

X1 1 0 0 2 OPAMP

.SUBCKT OPAMP 1 2 5 4

RIN 1 2 2MEG

RO 3 5 75

EA 3 4 2 1 1E+1

.ENDS OPAMP

.TRAN 0US 500US

.PROBE

.END

TRANSFER CURVES

EXPERIMENT-15AIM

To Simulate Voltage Follower using Op-Amp in PSPICE.

SOFTWARE REQUIRED

Pspice 9.1

CIRCUIT DIAGRAM

CIRCUIT DESCRIPTION

*

Vin 0 1 SIN (0 1 10KHz)

RL 2 0 1K

X1 1 2 0 2 OPAMP

.SUBCKT OPAMP 1 2 5 4

Rin 1 2 2MEG

RO 3 5 75

EA 3 4 2 1 1E+1

.ENDS OPAMP

.TRAN 0US 500US

.PROBE

.END

TRANSFER CURVES