Electrical Engineering and Basics of Electronics ETiOE4-NRM
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ETiOE4-NRM
Electrical Engineering and Basics of Electronics. Manual desktop case
Delivery time is 5 weeks
Commisioning is not necessary
Electrical Engineering and Basics of Electronics. Manual desktop case
Delivery time is 5 weeks
Commisioning is not necessary
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Description
This laboratory bench provides the following laboratory and practical works to be performed in accordance with the sections: DC Linear Electrical Circuits, AC Linear Electrical Circuits of Single-Phase Current, AC& DC Non-Linear Electrical Circuits, Three-Phase Electrical Circuits, Transformers, AC&DC Electrical Machines, Semiconductor Devices, Rectifiers, Analog Electronic Devices, Basics of Digital Equipment.
Electrical circuits
- Electricity measuring devices and measurements.
- Simple linear DC electrical circuits.
- Branched non-linear DC electrical circuit.
- DC electrical circuit and two electrical power sources.
- DC Non-linear circuit and elements connected in series.
- Branched non-linear DC electrical circuit.
- Experimental determination of parameters of AC circuit elements.
- AC circuit and elements connected in series.
- AC circuit and elements connected in parallel. Power factor increase.
- Three-phase circuit with users connected in Y.
- Three-phase circuit with users connected in Delta.
- AC non-linear circuit.
- Transient phenomena in R-L and R-C circuit.
- Capacitor discharge operated on R-L circuit.
- Single-phase transformer. Electromechanics
- Study of limit operation modes of a single-phase transformer.
- Study of a single-phase transformer operated under load.
- Study of operation and test start-up of a three-phase asyncro motor.
- Study of asynchro motor operated under nominal voltage.
- Study of asynchro motor operated under lowered voltage.
- Study of DC motor with independent excitation. Methods of machine start-up and adjustment of rotation speed.
- Study of basic characteristics of DC motor with independent excitation.
- Study of DC motor with series excitation. Methods of machine start-up and adjustment of rotation speed.
- Study of basic characteristics of DC motor with series excitation.
- Study of operation principle and basic characteristics of DC generator with independent excitation.
- Study of operation principle and basic characteristics of DC generator with series excitation.
- Study of diodes.
- Study of bipolar transistor.
- Study of amplifier cascade in bipolar transistor.
- Study of bipolar transistor operated in a key mode under different types of load.
- Study of field transistor.
- Study of amplifier cascade in field transistor.
- Study of field transistor operated in a key mode under different types of load.
- Study of thyristors.
- Study of resettable fuse.
- Study of inverting and non-inverting amplifier.
- Study of integrator and active filter.
- Study of comparators.
- Study of multivibrators.
- Study of digital integral micro schemes.
- Study of half-wave uncontrolled rectifier.
- Study of half-wave controlled rectifier
- Study of single-phase bridge scheme of rectifier.
- Study of three-phase rectifying schemes.
- Study of smoothing filters.
- Study of voltage parametric stabilizer.
- Study of constant voltage down converter.
- Module of:
- Power;
- Multimeters;
- Measuring devices;
- Added resistances;
- Functional generator;
- Single-phase transformer
- Frequency converter
- Electrical machines
- Power meter.
- Patch board and meters
- Set of minimodules.
- Electrical unit
- Frame;
- Set of power cables and connection cables;
- Technical description;
- Methodology instructions on how to perform the laboratory works.
Specifications
Design style | desktop case |
Type of control | manual design |
Dimensions, mm | 870х630х300 |
Weight, kg | 50 |
Voltage, V | 220 |
Power consumption, VA | 300 |