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PRODUCTS
General Test & Measuring Instruments
Power Electronics & Drives Lab
Control & Instrumentation
Physics Lab Trainer
Power Supplies
Active & Passive Filters
Digital Electronics Lab , Theorems & A.C. Bridges
Electronics Lab Trainer
Electromagnets
Oscillators
Communication / Fiber Optics Trainer
Micro Processor Trainers
Data Logger
Rheostats for Educational Purpose
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Power Electronics & Drives Lab
Single Phase SCR Full Bridge Converter, Model: SPBC – 101
Single Phase Half Controled Bridge Converter, Model: SPHB – 102.
Study of Single Phase Half Wave Controlled Rectifier, Model: SPHC – 103
Single Phase Dual Bridge Converter , Model : SPDC - 301
Three Phase Half Controlled Bridge Converter Rectifier Trainer , Model : TPHB - 303
Three Phase Full & Half Controlled Bridge Rectifier, Model: TPBC – 301HF.
Study of Jones Chopper (S.C.R. Based), Model : JC – 701
Study of Morgan Chopper Trainer, Model : MC – 702
Study of Commutation Circuit Trainer, Model: CC – 201.
Study of S.C.R. Parallel Inverter, Model: SPI – 501.
Study of S.C.R. Series Inverter, Model: SSI – 401.
Study of Mosfet Inverter Trainer, Model: MI – 601.
Study of D.C. Motor Speed Control Trainer, Model: DSC – 801.
Study of Thyristor Firing Angle Controller Trainer (8085 based), Model: TFC – 901
Study of Mosfet Chopper Trainer , Model: MC– 10 D
Study Of Thyristorised Speed Control Of D.C. Motor Trainer (8085 Based), Model: TDC – 902.
DC Chopper ( Voltage and Current Commutated), Model: JC – 703
Different Types of Triggering Technique of S.C.R., Model: SCR – 05.
Single Phase Dual Bridge Converter, Model: SPDC – 302 D.
Study of Single Phase Bridge Inverter (MOSFET Based), Model: SPBI – 106.
Study of Triggering of IGBT, MOSFET & Power Transistor (BJT) Trainer, Model: IMP – 108.
Study of Single Phase A.C. Voltage Regulator Trainer Using TRIAC, Model: AVC – 104.
Characteristics of MOSFET, Model: MS – 08
Study UJT Triggering Circuit for Half and Full Wave Control, Model: UJC – 105.
S.C.R. Firing Circuit (R AND R.C.), Model: SCR – 06.
Characteristics of Bidirectional Diode Thyristor (DIAC) and measurement of its parameters, Model: D – 10
Study of S.C.R.V – I Characteristics, Model: SCR – 10
Characteristics and Parameters Measurement of TRIAC, Model: T – 09.
Study of UJT Saw Tooth Generator / Relaxation Oscillator, Model: UJ– 04.
Study of S.C.R. phase control, Model: SCR – 07
Speed Control of AC motor using TRIAC, Model: AVC-109
STUDY OF THREE PHASE VOLTAGE SOURCE INVERTER, Model: VSI-100
To Measure The Voltage, Current Drawn, Power Factor And Power Consumed By A Fluorescent Tube, Cfl, Incandescent Lamp And Led Bulb, Model: VTPL-LS-500
TO START & REVERSE DIRECTION OF ROTATION OF DC MOTOR, Model: VTPL-DC-100
To Start & Reverse Direction Of Rotation Of Induction Motor, Model: VTPL-IM-300
TO STUDY THE PERFORMANCE OF 3 PHASE TRANSFORMER FOR ITS VARIOUS CONNECTIONS Model: VTPL – TPT - 10
TO MEASURE THE VOLTAGE, CURRENT DRAWN, POWER FACTOR AND POWER CONSUMED BY A FLUORESCENT TUBE, CFL, INCANDESCENT LAMP AND LED BULBMODEL : VTPL - 409