Description
Industrial Electronics Trainer
Experiment Content (Category 1) :
UJT Characteristic Analysis
PUT Oscillator Circuit
SCR Phase Control Circuit
SCS Schmitt Trigger Circuit
DIAC Characteristic Experiment
TRIAC Lamp Control Experiment
JFET Characteristic Study
MOSFET Speed Control Experiment
IGBT Characteristic Analysis
Single-Phase Full-Wave Rectifier
Three-Phase Bridge Rectifier
Temperature Ratio Control Circuit
Photo-Coupled Control Circuit
Touch Alarm Circuit
Over/Under Voltage Breaker Circuit
Multi-Vibrator Design Experiment
NE555 Timer Switch Experiment
Digital Signal Driver Control
Zero-Voltage Switching Circuit
TRIAC Motor Speed Control
Technical Specification :
Various types of industrial electronic devices, such
as, UJT,PUT,SCR,SCS,DIAC,TRIAC, MOSFET,IGBT are
introduced in this system.
For each device, students are able to learn its characteristic,
trigger circuit and practical application circuit those
provide students an comprehensive understanding of related
knowledge in this technology field.
Experiment Modules:
Generally use 2mm plugs and sockets connected by 2mm or
4mm test leads Circuits, blocks and components symbols
printed on the surface of each module. Module secured in
plastic housing, modules to standard DIN A4 equivalent
height Cabinet provides easy to store facilities for all
modules comprehensive experiment Manuals
Power Supply Unit,
ACV Output voltage measurement,
DCV output voltage measurement,
Meter/Motor Unit,
Dual ‘scale ACA,
Dual Scale ACA, Isolation Transformer :
AC 110V/220V,A.
Power Supply Unit Experiments,
AC voltage measurement,
DC voltage measurement,
List of Modules:
UJT Experiments,
UJT introduction,
UJT Characteristic,
UJT equivalent circuit,
CDS trigger,
RTH trigger,
UJT Oscillator Circuit & Timer Switch,
PUT Experiments,
PUT introduction,
PUT Characteristic,
PUT equivalent Circuit,
CDS trigger,
RTH trigger,
PUT Oscillator Circuit & Timer Switch,
SCR Experiments, SCR Principle,
SCR characteristic curve,
SCR Construction,
SCR trigger mode,
SCR RC phase control circuit,
SCS Experiments,
SCS construction and operation mode,
Use VOM meter measuring SCS,
SCS Schmitt circuit,
SCS simulate PUT Circuit,
CDS trigger,
RTH trigger,
UJT & PUT Trigger SCR Experiment,
Phase control basic circuit,
Phase control analysis,
AC phase control circuit analysis,
UJT trigger SCR Phase control circuit,
PUT Trigger SCR Phase Control Circuit,
SCR Control DC Motor & DIAC, TRIAC,
SCR Cut-off principle, SCR control
DC motor Forward /,reverse control experiment,
DIAC construction and characteristic,
DIAC operation mode and measurement,
TRIAC construction and characteristic,
TRIAC trigger mode, TRIAC static measurement,
Automatic Control Lamp,
TRIAC Control Speed Experiments,
TRIAC shift control, TRIAC automatic control lamp
experiment, Different motor introduction,
TRIAC control motor speed experiment,
Temperature Ratio, Photo-Couple and Touch,
Control Experiments,
Electronic component of thermal resistor,
SCR bridge temperature ratio control experiment,
Photo couple control circuit, Touch alarm circuit.
Over/Under Voltage Breaker and
Flasher Control Experiments,
OPA characteristic with reverse
& non-reverse circuit,
Voltage comparison circuit,
Application of TRIAC power control,
AC circuit control, Multi vibrator, TRIAC Liquid Level & IC
Timer Switch Experiments,
Digital circuit introduction,
TRIAC liquid level control experiment,
NE 555 IC circuit introduction,
IC timer switch experiment,
Digital Signal Drive & Zero-Voltage Switch Experiments,
Digital Signal Driver Control Experiment,
Digital Signal driver control experiment,
Zero-Voltage Switch Experiments
Ideal half wave zero-voltage switch Experiments,
SCR Converter Experiments,
Parallel converter introduction,
Series converter introduction,
Converter voltage adjustment,
Converter output- wave form improvement,
SCR Rectifier Circuit Experiments,
Single phase half wave rectifier,
Single phase full wave rectifier,
Single- phase bridge rectifier,
Three-phase half wave rectifier,
Three phase full-wave rectifier,
JFET / MOSFET Characteristic &,
MOSFET Speed Control Experiments,
JFET characteristic experiment,
MOSFET characteristic experiment,
MOSFET speed control experiment,
IGBT Characteristic & IGBT Speed Control Experiments,
IGBT characteristic experiment,
IGBT speed control experiment,
Connection Plugs- 1 set, Storage Cabinet: 2 Sets,
Rack and Working Table:
SCR Converter, UJT and
PUT Trigger SCR,
PUT and SCR,,AC/DC voltage and Current Meter,
SCR Controlled DC Motor,,DIAC TRIAC Characteristics,
UJT Oscillator,Digital Signal Driver,
Temperature Ratio and Photo Couple Touch
Controlled,, Over/Under Voltage Break,,
Automatic Controlled Lamp,
TRIAC IGBT,SCR Converter, MCT,SITH,SIT Module.,
Accessories :
Power cord: 1 set
Connecting Wire
User Manual
Others :
Parts Origin: China, Taiwan, Japan
Manufacturing: Assemble in Bangladesh
Installation, Training
Experiment Content (Category 2) :
UJT Introduction
UJT Characteristic
UJT Equivalent Circuit
CDS Trigger, RTH Trigger
UJT Oscillator Circuit & Timer Switch
PUT Introduction
PUT Characteristic
PUT Equivalent Circuit
CDS Trigger
RTH Trigger
PUT Oscillator Circuit & Timer Switch
SCR Principle
SCR Characteristic Curve
SCR Construction
SCR Trigger Mode
SCR RC Phase Control Circuit
SCS Construction and Operation Mode
Use VOM Meter Measuring SCS
SCS Schmitt Circuit
SCS Simulate PUT Circuit
CDS Trigger
RTH Trigger
Phase Control Basic Circuit
Technical Specification :
Various types of industrial electronic devices, such as UJT,
PUT, SCR, SCS, DIAC, TRIAC, MOSFET, IGBT, are
introduced in this system. For each device, students are able
to learn its characteristic, trigger circuit, and practical appli-
cation circuit, providing students with a comprehensive
understanding of related knowledge in this technology field.
List of Modules:
UJT Experiments
UJT Introduction
UJT Characteristic
UJT Equivalent Circuit
CDS Trigger, RTH Trigger
UJT Oscillator Circuit & Timer Switch
PUT Experiments
PUT Introduction
PUT Characteristic
PUT Equivalent Circuit
CDS Trigger
RTH Trigger
PUT Oscillator Circuit & Timer Switch
SCR Experiments
SCR Principle
SCR Characteristic Curve
SCR Construction
SCR Trigger Mode
SCR RC Phase Control Circuit
SCS Experiments
SCS Construction and Operation Mode
Use VOM Meter Measuring SCS
SCS Schmitt Circuit
SCS Simulate PUT Circuit
CDS Trigger
RTH Trigger
UJT & PUT Trigger SCR Experiment
Phase Control Basic Circuit
Phase Control Analysis
AC Phase Control Circuit Analysis
UJT Trigger SCR Phase Control Circuit
PUT Trigger SCR Phase Control Circuit
SCR Control DC Motor & DIAC, TRIAC
SCR Cut-off Principle
SCR Control DC Motor Forward/Reverse Control Experiment
DIAC Construction and Characteristic
DIAC Operation Mode and Measurement
TRIAC Construction and Characteristic
TRIAC Trigger Mode
TRIAC Static Measurement
Automatic Control Lamp, TRIAC Control Speed Experiments
TRIAC Shift Control
TRIAC Automatic Control Lamp Experiment
Different Motor Introduction
TRIAC Control Motor Speed Experiment
Temperature Ratio, Photo-Couple and Touch Control
Experiments
Electronic Component of Thermal Resistor
SCR Bridge Temperature Ratio Control Experiment
Photo-Couple Control Circuit
FET Construction and Characteristic
Touch Alarm Circuit
Over/Under Voltage Breaker and Flasher Control Experiments
OPA Characteristic with Reverse & Non-Reverse Circuit
Voltage Comparison Circuit
Application of TRIAC Power Control
AC Circuit Control
Multi Vibrator
TRIAC Liquid Level & IC Timer Switch Experiments
Digital Circuit Introduction
TRIAC Liquid Level Control Experiment
NE 555 IC Circuit Introduction
IC Timer Switch Experiment
Digital Signal Drive & Zero-Voltage Switch Experiments
Digital Signal Driver Control Experiment
Digital Signal Driver Control Experiment
Zero-Voltage Switch Experiments (I)
Ideal Half-Wave Zero-Voltage Switch Experiments
SCR Converter Experiments
Parallel Converter Introduction
Series Converter Introduction
Converter Voltage Adjustment
Converter Output-Waveform Improvement
SCR Rectifier Circuit Experiments
Single-Phase Half-Wave Rectifier
Single-Phase Full-Wave Rectifier
Single-Phase Bridge Rectifier
Three-Phase Half-Wave Rectifier
Three-Phase Full-Wave Rectifier
JFET / MOSFET Characteristic & MOSFET Speed Control
Experiments
JFET Characteristic Experiment
MOSFET Characteristic Experiment
MOSFET Speed Control Experiment
Accessories :
Power cord: 1 set
Connecting Wire
User Manual
Others :
Parts Origin: China, Taiwan, Japan
Manufacturing: Assemble in Bangladesh
Installation, Training
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