Semiconductors Components Trainer Kit Model ETR 025

‘Sci-tech’ Semiconductors Components Trainer Kit Model ETR 025 is Versatile trainer which is capable of performing the experiments for all the required semiconductors for students to get fully accustomed with the semiconductors and their applications. The Instruction Manual provides list of experiments that shows their applications.

Size: 40cm x 30cm x 12cm (LxWxH)
Weight: 5 kg

Item Description

‘Sci-tech’ Semiconductors Components Trainer Kit Model ETR 025 is Versatile trainer which is capable of performing the experiments for all the required semiconductors for students to get fully accustomed with the semiconductors and their applications.

The Instruction Manual provides list of experiments that shows their applications.

Technical Specifications

Technical Specification

  • Resistance Block consisting of One Resistance of 22E, 1K and One Potentiometer of 100K.
  • One LED indicator to indicate Power input.
  • Variable DC power supply : 0 to + 15 V/150mA
  • Variable DC power supply : 0 to + 30 V/150mA
  • 200mA & 2mA switch selectable current DPM-2No
  • 2V & 200V switch selectable voltage DPM
  • All interconnections are made using 2mm banana Patch cords.
  • Bare board Tested Glass Epoxy PCB is used.
  • Set of 2mm Patch cords for interconnections

 

Experiments

  • Characteristics of germanium diodes, silicon and Zener diodes
  • Study of limiting circuits with Zener diodes (charged and uncharged)
  • Study of compensating circuits with Zener diodes according to the input voltage and the load
  • Study of the properties and the characteristic of a light-emitting diode
  • Study of the switching properties and the characteristic of a phototransistor
  • Study of a direct beam detection cell
  • Half/Full wave Rectifiers and Filters.
  • Determination of the valve effect and the rectifier effect of the diode
  • Recording of static and dynamic characteristic curves of different diodes
  • Characteristics of NPN & PNP Transistor
  • Setting of the operating point of the transistor circuit
  • Measurement of amplification and resistance at the input and at the output of a transmitter circuit without feedback
  • Study of the effect of an ohmic and capacitive feedback on an emitter circuit
  • Measurement of the amplification as well as the resistance at the entry and at the exit of a circuit with collector

Model Number

ETR 025