OP-AMP APPLICATIONS

OP-AMP Applications: MTBE-08

An Operational Amplifier, usually referred to as an ‘Op-Amp’ for brevity, Op-Amps are among the most widely used electronic devices today, being utilized in a vast array of consumer, industrial and scientific devices. In present days electronics system a basic building block is the Operational Amplifier.

The Operational Amplifier is a versatile device that can be used to amplify DC input signal as well as AC input signal and used for computing mathematical function such as addition, subtraction, multiplication, integration and differentiation, and due to the ability to perform these operations the name Operational amplifier stems Op-Amp Application Platform student can study the basic applications and will be able to perform the various application of operational amplifier.

The Op-Amps were used to model the basic mathematical operations addition, Subtraction, Integration, Differentiation, Rectification, Oscillation, Filtering, Peak detection, comparison and so on. However, an ideal operational amplifier is an extremely versatile circuit element, with a great many applications beyond mathematical operations and to understand and perform those applications it is necessary to achieve better understanding of its basic application has been divided into different independent blocks for the ease of user to understand the various application of operational amplifier.

FEATURES:-

Self-contained easy to operate platform
On board Function Generator
On board test variable power supply
Functional blocks indicated on board mimic
Built in power supply
Operating manual provided
Compact size

Description

SCOPE OF LEARNING:-

Study and observe Op-Amp as Voltage Comparator
Study and observe Op-Amp as Zero Crossing Detector
Study and observe Op-Amp as a Phase Shift Oscillator and its phase shift at every RC combination
Study and observe Op-Amp as a Function generator, generating Square and Triangle wave
Study and observe Op-Amp as a Half Wave Precision Rectifier
Study and observe Op-Amp as active second order High Pass Filter
Study and observe Op-Amp as a Wien Bridge Oscillator and its gain factor for a smooth sine wave

TECHNICAL SPECIFICATIONS:-

Function Generators:
Sine Wave: 10Hz – 100 KHz (10VPP)
Square Wave: 10Hz – 100 KHz (10 VPP)
Triangle Wave: 10Hz – 100 KHz (8 VPP)
On board test Power : 0-5V (variable)Supplies
Test Points : 28 (Gold plated)
Power Supply: 230 V ±10%, 50/60 Hz
Power Consumption: 4 VA approximately
Operating Conditions : 0-40 C, 85% RH
Learning material: Online (Theory, procedure, reference results, etc.).

** Note:-The content of the product and specification are subject to change without prior notice for continuous improvement. Images shown are for representation purpose only. “MICROTEKNIK” keeps the right to modify the content in the product without prior notice.