Experimentation of OP-AMP Characteristics : MTBE-09

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Experimentation of OP-AMP Characteristics : MTBE-09

Category: ENGINEERING

Model No:MTBE-09

Experimentation of OP-AMP Characteristics 

Experimentation op-amp characteristics the basic functions and characteristics of operational amplifiers the pumps are use in mathematical operations such as addition, subtraction, integration, differentiation and so on. However, an ideal operational amplifier is an extremely versatile circuit element, with many applications beyond mathematical operations and to understand and perform those applications, it is necessary to have better understanding of its basic operation has been divided into different blocks for the ease of user to understand the various operations of operational amplifier. A Function Generator, generating Sine wave, Square wave and triangular wave, and two variable DC Supplies are provided on board.

FEATURES:-

  • Self-contained easy to operate TechBook
  • On board Function Generator
  • Functional blocks indicated on board mimic
  • Built in DC Power Supplies
  • Online Product Tutorial
  • Compact size

Product Description

SCOPE OF LEARNING:-

  • Observe Open-Loop Gain as a function of frequency Measure CMRR
  • Op-amp gain in voltage series feedback configuration Observer the functioning of voltage follower i.e. buffer
  • Op-amp gain in voltage shunt feedback configuration
  • Op-amp as a differential amplifier and observe its output Observe Op-amp as I-V Converter
  • Observe Op-amp as V-I Converter
  • Observe Op-amp as Inverting Summer
  • Observe Op-amp as Inverting Average
  • Observe Op-amp as Inverting Scalar
  • Observe Op-amp as a non-inverting Average
  • Observe Op-amp as non-inverting Summer
  • Observe Op-amp as an Integrator
  • Observe Op-amp as Differentiator

TECHNICAL SPECIFICATIONS:-

  • Function Generator
  • Outputs: Sine, Square and Triangle
  • Frequency: 10 Hz, 100 KHz
  • DC Power Supplies: 0 – 5 V variable, 2 Nos.
  • Test Points: 28 no’s
  • Power Supply: 110-220 V ±10%, 50/60 Hz
  • Power Consumption: 4 VA approximately
  • Operating Conditions: 0-40 C, 80% RH

** 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.

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