Saturday, December 25, 2010

INSTRUMENTATION AMPLIFIER


                         INSTRUMENTATION AMPLIFIER


AIM:
         To design and test Instrumentation amplifier.


APPARATUS REQUIRED:

S.NO
COMPONENTS
RANGE
QUANTITY
1
Digital Trainer Kit

1
2 
IC LM 741

1
3
Resistors


4
Capacitors


5
Connecting wires

As required








CIRCUIT DIAGRAM:


PROCEDURE:
  1. Connections are made as per the circuit diagram.
  2. Power supply is given to the circuit.
  3. Graph is plotted.


RESULT:
                 Thus the Instrumentation amplifier is designed and tested.

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SCHMITT TRIGGER
AIM:
         To design and construct a Schmitt trigger circuit using Operational amplifier.

APPARATUS REQUIRED:

S.NO
COMPONENTS
RANGE
QUANTITY
1
Digital Trainer Kit

1
2 
IC LM 741

1
3
Resistors
27K
1K
1 
2                                                                                 
4
Function Generator
(0-3)MHz
1
5
CRO
(0-30)MHz
1
6
Connecting Wires

As Required


CIRCUIT DIAGRAM:
Schmitt Trigger




PROCEDURE:
   1. The connections are given as per the circuit diagram.
   2. The supply voltage of +15v is given.
   3. The output obtained is a square wave compared with the input signal.
   4. The upper threshold point and the lower threshold point are observed.



RESULT:
               Thus Schmitt trigger is designed and constructed using Operational amplifier.

          Theoretical value =                                   Practical value =

                        Vutp =                                       Vutp =
                           Vltp =                                     Vltp =


 ---------------------------------------------------------------------------------------------------------
INTEGRATOR AND DIFFERENTIATOR



AIM:
         To design an Integrator and Differentiator using Operational amplifier.



APPARATUS REQUIRED:

S.NO
COMPONENTS
RANGE
QUANTITY
1
Digital Trainer Kit

1
2 
IC LM 741

1
3
Resistors
1.5k  100
2
1
4
Capacitors
0.005μF 0.1 μF
1
1
5
Connecting wires

As required










CIRCUIT DIAGRAM:

                                         INTEGRATOR


DIFFERENTIATOR



 PROCEDURE:

  1. Connections are made as per the circuit diagram.
  2. Power supply is given to the circuit.
  3. Graph is plotted.



RESULT:
                Thus the Integrator and Differentiator were designed using Operational amplifier.

-------------------------------------------------------------------------------------------------------
 


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