OPERATIONAL AMPLIFIERS APPLICATION MODULES

Operational Amplifiers Application Modules shall consist of 4 experiment modules and shall designed to do operational amplifiers applications.

Various applications from OP-AMP applications to mathematics operations and multivibrator applications shall explained with graphics and circuit diagrams in the experiment book.

The Experiment Book shall contain the chapters of “Preparation information” supported with circuit diagrams and graphics, ”how to do the experiment” with detailed explanation and ”conclusion” where the results and the questions regarding the experiment are included.

2 mm sockets and 2 mm connection leads in different colors shall used in the set.


SYSTEM SHALL INCLUDE
•    4 Pcs Application Modules
•    2mm connection Leads         : 24 Pcs, in 4 different colors
•    1 Pc Experiment Book

OPERATIONAL AMPLIFIERS ELECTRONICS APPLICATION MODULES AND SPECIFICATIONS

Experiment Module 1
• Examination of inverter amplifier operation in DC
• Output offset setting of the operational amplifier
• Measuring the BIAS input current of the operational amplifier
• Measuring the input offset current and input offset voltage of the operational amplifier
• Examination of inverter amplifier operation in AC
• Measuring the input-output impedance of the inverter amplifier
• Measuring the frequency band of the inverter amplifiers
• Measuring the frequency-gain relationship of inverter amplifier
• Examination of phase shift of amplifier
• Examination of input-output signal limits of the operational amplifiers
• Examination of non-inverter amplifier in DC
• Examination of non-inverter amplifier in AC
• Measuring the input-output impedance of the non-inverter amplifier
• Measuring the frequency band of non-inverter amplifiers
• Examination of frequency-gain relationship of non-inverter amplifier
• Examination of phase shift of non-inverter amplifier

Experiment Module 2
• Examination of operational amplifier as a comparator (2 experiment)
• Examination of operational amplifier as an Adder
• Examination of operational amplifier as a differential amplifier
• Examination of operational amplifier as a derivator amplifier
• Examination of operational amplifier as an integrator amplifier
• Examination of operational amplifier as a logarithmic amplifier
• Examination of operational amplifier as an instrumentation amplifier
Experiment Module 3
• Examination of operational amplifier as a constant power supply
• Examination of operational amplifier as a current-voltage converter
• Examination of operational amplifier as a voltage-current converter
• Examination of operational amplifier as a voltage follower
• Examination of operational amplifier as a half-wave rectifier
• Examination of operational amplifier as a full-wave rectifier
• Examination of operational amplifier as a low-pass active filter
• Examination of operational amplifier as a high-pass active filter
• Examination of operational amplifier as a peak dedector

Experiment Module 4
• Examination of Astable multivibrators with operational amplifier
• Examination of Monostable multivibrators with operational amplifier
• Examination of Bistable multivibrators with operational amplifier
• Examination of Symmetric square wave generator with operational amplifier (2 Exp.)
• Examination of adjustable pulse width (PWM) square wave generator with operational amplifier (2 experiment)
• Examination of Triangle-Sine- Square wave generator with XR 2206 integrated circuit