Transistor Characteristics in CE/CB/CC Mode with Digital Meters

Model No. : SA-115DM
SINCOM
Transistor Characteristics in CE/CB/CC Mode with Digital Meters

Product Description

SINCOM SA-115DM Transistor Characteristics in CE,CB,CC mode with Digital meters is an All-In-One comprehensive remarkable Trainer to study Input and Output characteristics of Silicon NPN BJT in CE/CB/CC modes. The transistors are widely used as a basic element in every electronic circuits. Hence it is necessary to study and determine the various functional parameters of the BJT. The trainer is simply designed to study CE/CB/CC configuration characteristics and the various functional parameters in a simple experimental way. The trainer is equipped with on board Digital voltmeter and Digital Ammeter.

Product Features

  • Silicon NPN Bipolar Junction Transistor of TO-92 package in CE,CB,CC mode is provided
  • Individual modules of BJT CE, CB and CC modes
  • Individual control of Base/Emitter and Collector DC Input voltage
  • In-Built Variable regulated DC Power Supply
  • Current controlling resistor in base and Collector
  • Multi color Circuit Diagram printed on the front of the white board
  • Enclosed in an attractive, light weight, High Quality, Poly Coated Imported Pine Wooden cabinet
  • On Board 31/2 Digit Digital Voltmeter and Ammeter
  • User friendly Designed
  • Very Easy for Operation
  • Interconnections by 2mm high quality banana sockets and pins
  • Maximum Test points to explore all the corners of experiment

Learning Scope

  • To Study the Transistor characteristics in CE Mode. To Study and Plot Input and Output Characteristics of BJT in CE Mode. To Determine Dynamic Input and Output resistance, DC and AC Current Gain of given Transistor.
  • To Study the Transistor characteristics in CB Mode. To Study and Plot Input and Output Characteristics of BJT in CB Mode. To Determine Dynamic Input and Output resistance at a given operating point.
  • To Study the Transistor characteristics in CC Mode. To Study and Plot Input and Output Characteristics of BJT in CC Mode.