Voltage Series & Current Series Negative Feedback Amplifier using BJT

Model No. : SD-132
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Product Description

SINCOM SD-132 Voltage Series and Current Series Negative Feedback Amplifier using BJT is a Two-In-One remarkable simply designed trainer for the purpose to study the concept, operation, Frequency response and determine the Bandwidth, Voltage gain and other parameters of a Voltage Series and Current Series negative feedback Amplifier in a simple experimental way.

Product Features

  • Two Separate modules of Voltage Series and Current Series Negative Feedback circuits
  • Voltage Series Negative feedback amplifier uses BJT NPN BC548 in CC mode with voltage divider base bias and emitter feedback resistor
  • Current Series Negative feedback amplifier uses BJT NPN BC548 in CE mode with voltage divider base bias and emitter resistor capacitor feedback elements
  • Silicon NPN BJT of TO-92 package on board
  • Resistive Emitter Load for Voltage series circuit
  • Resistive Collector and Output Load for Current series circuit
  • Switch to select/deselect the RC feedback elements in the circuit for Current series circuit
  • Input and Output Coupling Capacitors
  • In-Built Fixed regulated DC Power Supply
  • User friendly Design
  • Very Easy for Operation
  • Multi color Circuit Diagram is printed on the front panel of the white board
  • Enclosed in an attractive, light weight, High Quality, Poly Coated Imported Pine Wooden cabinet
  • Facility to connect external Function Generator and Oscilloscope
  • Interconnections by 2mm high quality banana sockets and pins
  • Maximum Test points to explore all the corners of experiment

Learning Scope

  • To study Voltage Series Negative Feedback Amplifier.
  • To observe and Note the change in O/P voltage w.r.t. change in I/P frequency. To Plot the Frequency response curve and to Determine Voltage Gain and Bandwidth.
  • To study Current Series Negative Feedback Amplifier.
  • To observe and Note the change in O/P voltage w.r.t. change in I/P frequency. To Plot the Frequency response curve and to Determine Voltage Gain and Bandwidth.