IT-9000 Industrial/Power Electronics Trainer

Features:

  • AC Power Supplies Included
  • DC Power Supplies Included
  • Basic Measuring Instruments Included
  • Active/Passive Components Included on Modules
  • AC/DC Lamps, DC Motor, AC Motor Included
  • AC Line Isolation
  • Protection Circuits Included

Technical Features:

Fixed AC Supply

  • Output Voltage: 18V-0V-18V
  • Output Voltage: 0V-36V
  • Output Voltage: 12V-0V-12V
  • Output Voltage: 0V-24V
  • Output Voltage: 0V-110V
  • Output Voltage: 0V-220V

Fixed DC Supply

  • DCV Output Voltage: +12V, -12V
  • DCV Output Voltage: +5V

3 ½-Digit Digital Voltmeter

  • DC Voltage Range: 200mV, 2V, 20V, 200V
  • AC Voltage Range: 0V ~ 400V

Description

To train technicians to be able to install and maintain electronic equipment becomes important now a days. A good technician should always follow state-of-the-art technology and rapid innovation of new products. Our system has been designed to satisfy the technical educational demand. In fact, IT-9000 is adapted to theoretical and practical courses for studying power electronics and industrial electronics trainer.

Accessories: Power Cord, User Manual, Experiment Manual, 2mm Patch Cord

Module Experiments
IT-9001
  • Understanding the construction and characteristics of a UJT
  • Understanding the operation and the
  • two-transistor equivalent of a UJT
  • Measuring the characteristics of a UJT
  • Constructing and measuring basic UJT application circuits
  • Understanding the operation of UJT relaxation oscillator circuit
  • Understanding the operation of UJT timer circuit
  • Understanding the construction and characteristics of a PUT
  • Understanding the operation and the two-transistor equivalent of a PUT
  • Measuring the characteristics of a PUT
  • Constructing and measuring basic PUT application circuits
  • Understanding the operation and design of PUT relaxation oscillator
  • Understanding the operation of PUT timer circuit
IT-9002
  • Understanding the operation of PUT application circuits
  • Constructing and measuring the PUT ramp generator.
  • Constructing and measuring the PUT staircase generator.
  • Understanding the principle of phase control
  • Understanding the operation of RC phase control circuit
  • Studying the application of UJT relaxation oscillator in SCR phase control
  • Understanding the operation of a PUT-SCR Power control circuit
  • Constructing and measuring the automatic light control circuit.
IT-9003
  • Understanding the construction and characteristics of an SCR
  • Understanding the operation of an SCR
  • Measure an SCR with ohmmeter
  • Understanding the gate triggering modes of SCR
  • Understanding and measuring the characteristics of TRIAC
  • Understanding and measuring the characteristics of DIAC
  • Performing the DIAC-TRIAC phase control circuit
IT-9004
  • Understanding the construction and operation of electromagnetic relays
  • Understanding the turn-off methods of SCRs
  • Performing the direction of rotation control of a dc motor
  • Understanding the operating principle of operational amplifier
  • Performing over voltage and under voltage breaker with op amps
IT-9005
  • Understanding the operation of IC timer NE555
  • Understanding the configuration and operation of 555 multi-vibrators
  • Performing the IC timer switch circuit
  • Understanding the generation of digital signals
  • Triggering TRIAC with a digital signal
IT-9006
  • Understanding the operation of TRIAC and SCR phase controls
  • Understanding the operation of DIAC-TRIAC phase control circuit
  • Performing an automatic lamp dimming control
  • Understanding the types and characteristics of motors
  • Studying motor speed control circuits
  • Performing TRIAC motor starting and speed control circuit.
IT-9007
  • Understanding the types and principles of temperature controllers
  • Performing a proportional temperature controller
  • Understanding the characteristics of photocouplers
  • Understanding the characteristics of FETs
  • Performing the photocoupler control circuit
  • Performing FET touch alarm circuit
IT-9008
  • Understanding the applications of TRIAC power control circuits
  • Understanding the types of transistor multi-vibrator circuits
  • Understanding the operation of transistor multi-vibrator circuits
  • Performing an AC flasher control
  • Understanding the principle of liquid level controllers
  • Performing a liquid level controller with digital circuits
IT-9009
  • Understanding the operating principle of zero voltage switching
  • Studying the AC power control using zero voltage switches
  • Studying the operating and application of IC zero voltage switches
IT-9010
  • Understanding the structures and characteristics of JFETs
  • Plotting the characteristic curves of a JFET
  • Understanding the structures and characteristics of MOSFETs
  • Plotting the transfer characteristic curve of a MOSFET
  • Implementing and measuring a MOSFET motor-speed control circuit
  • Understanding the structure and characteristics of IGBTs
  • Measuring the electrical characteristics of an IGBT
  • Implementing and measuring an IGBT motor-speed control circuit
IT-9011
  • AC Lamps 220V, 3W, 24V, 2W
  • DC Motor 12V, 0.3W
  • AC Motor 220V, 16W
IT-9012
  • Interconnection: 2mm Gold Plated
  • Solderless Breadboard:
  • 2 Terminal Strips, Tie-point 1680
  • 4 Distribution Strips, Tie-point 400