IT-601 AC – AC Conversion

Use of solid-state electronics to control and to convert electric power is a popular subject. It also refers to subject of research in electronic and electrical engineering which deals with design, control, computation and integration of nonlinear, time varying energy processing electronic systems with fast dynamics. This series covers the basic classification of Power Conversion Systems namely AC/AC Conversion, AC/DC Conversion, DC/DC Conversion and DC/AC Conversion. Each section contains modules with power supplies and measuring instruments to form a complete testing and training equipment.

Description

Use of solid-state electronics to control and to convert electric power is a popular subject. It also refers to subject of research in electronic and electrical engineering which deals with design, control, computation and integration of nonlinear, time varying energy processing electronic systems with fast dynamics. This series covers the basic classification of Power Conversion Systems namely AC/AC Conversion, AC/DC Conversion, DC/DC Conversion and DC/AC Conversion. Each section contains modules with power supplies and measuring instruments to form a complete testing and training equipment.

 

Features:

Module Based

Power Supplies Included

Flexibility to Perform Custom Experiments

Passive Components Included

Resistors, Capacitors and Inductors Included

Control Circuits Included

P.T. and other Passive Components Included

Protection Circuits Included

Model No. Description

Qty/Set

IT-6103 Group of Diodes

1

IT-6105 Group of SCR

1

IT-6107 TRIAC

1

IT-6113 DC power supply

1

IT-6114 Voltage reference generator

1

IT-6116 Two pulse control unit

1

IT-6117 Six pulse control unit

1

IT-6126 Mains Transformer

1

IT-6128 Super-fast fuses

1

IT-6135 R-L-C Load

1

IT-6136 Sockets with lamps

1

IT-6139 Phase Control Fault Simulator

1

IT-6143 Sockets with 3 shunts 1Ω

1

Measuring Instruments
IT-51244 Power Meter

1

IT-51241 True RMS Meter

2

IT-51242 Voltmeter

1

IT-51312 Connecting Leads

1 set

Accessories
IT-51310 Experiment Frame

1

IT-51312 Connecting Leads

1 set

Optional Components
IT-6142 Isolation Amplifier

1

Experiments Included:

Thyristors and controlled AC/AC converters

Thyristor

–          TRIAC

Single-phase controllers

–          Single-phase ac controller, ohmic load

–          Single-phase ac controller, inductive load

–          Single-phase ac controller, ohmic-inductive load

–          Single-phase ac controller, ohmic load

–          Single-phase ac controller, ohmic-inductive load

–          Half-controlled single-phase controller, ohmic load

Three-phase controllers

–          Fully controlled three-phase controller, star ohmic load without neutral

–          Fully controlled three-phase controller, star ohmic load without neutral

–          Three-phase controller, star ohmic load without neutral

Light Dimmer Fault Simulator

Phase control for the regulation of lighting with fault simulation

Double time-constant standard light dimmer circuit consisting of triac, diac, two control potentiometers, resistors and capacitors

A total of 20 faults can be switched on using switches located behind a cover.

Typical faults: interruptions, short-circuit, faulty components and faulty design.

Examples of exercises:

–          Fault-free dimmer

–          DIAC shorted

–          DIAC with high resistance

–          The gate of TRIAC works like a diode

–          Control circuit break

–          Assembly or component fault

–          Trimmer shorted

–          Auxiliary RC circuit not included

–          Variable resistance R shorted

–          TRIAC shorted