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Laboratory Set “Electronics”
$1,200.00
The Modular Field “Electronics” provides a versatile platform for exploring basic and advanced electronic circuits. It enables hands-on learning and experimentation with components such as resistors, capacitors, and transistors.
Product Overview
The Laboratory Set “Electronics” is designed for students to study in detail the practical operation of electronic and logic circuits. It provides a comprehensive platform for assembling and experimenting with various electrical and electronic components, fostering hands-on experience and deep understanding of circuit principles.
This set includes a wide range of modules, measuring instruments, and accessories, enabling flexible experimentation with different circuit configurations.
Technical Parameters
- Number of Modules: 84 pcs.
- Switching Panel: 1 pc.
- Connecting Wires: 24 pcs.
Power Supply
- Quantity and Type: 1 pc. (universal power supply with built-in AC and DC modes).
- Voltage Range: Adjustable, 0-12V.
- Input Voltage: 220V.
Measuring Instruments
- DC Ammeter: 1 pc.
- AC Ammeter: 1 pc.
- DC Voltmeter: 1 pc.
- AC Voltmeter: 1 pc.
- Milliammeter: 1 pc.
Set Components
- Laboratory Power Supply Unit: Provides stable and adjustable power for experiments.
- Laboratory Multimeter: Measures voltage, current, and resistance during experiments.
- Magnetic Contacts: Available in two types (magnet-magnet and magnet-crocodile) for convenient connections between components.
- Modules fixed on a convenient base, including switches, light bulbs, resistors, capacitors, inductors, transistors, transformers, motors, diodes, LEDs, photoresistors, Zener diodes, thermistors, and more.
Additional Components:
- Holder for Galvanic Cells: 1 pc.
- Connecting Wires: A set of 24 pcs.
- Loudspeaker: 1 pc.
- Direct Current Microammeter (Galvanometer): 1 pc.
- Coil (Wire Frame): 1 pc.
- Electromagnet: 1 pc.
- Slider Rheostat: 1 pc.
- High Resistance Conductors: 1 pc.
- Electrochemical Cell: 1 pc.
- Charger: 1 pc.
- Spare Incandescent Lamps (6V): 6 pcs.
- Storage Boxes/Cases
Training Projects
- Basic Electrical Circuits: Assemble and test simple electrical circuits using switches, light bulbs, and resistors.
- Resistor Networks: Study the behavior of constant resistors (10Ω, 50Ω, 100Ω) in series and parallel configurations.
- Capacitor Circuits: Experiment with capacitors (10μF, 100nF) in charging and discharging processes.
- Inductive Coils: Investigate the properties of inductive coils (10mH, 100μH, 56μH) in AC and DC circuits.
- Transistor Amplifiers: Build and analyze amplification circuits using PNP and NPN transistors.
- Diode Characteristics: Study the behavior of diodes and Zener diodes in rectifier and voltage regulator circuits.
- LED Circuits: Experiment with LED lighting and control circuits.
- Photoresistor Applications: Explore the functionality of photoresistors in light-sensitive circuits.
- Thermistor Behavior: Analyze the response of thermistors to temperature changes.
- Transformer Experiments: Investigate step-up and step-down transformer configurations.
- DC Motor Control: Test and control the operation of a DC motor.
- Electromagnetism Studies: Study electromagnetic induction using coils, magnets, and galvanometers.
- Logic Circuits: Assemble and test basic logic circuits using switches and measuring instruments.
Educational Benefits
- Hands-On Experience: Students gain practical experience by interacting directly with real-world components and assembling various electronic circuits.
- Comprehensive Coverage: The set covers all essential aspects of electronics, including resistors, capacitors, inductors, transistors, transformers, and electromagnets.
- Interchangeable Modules: Allows for flexible experimentation with different circuit configurations, enhancing understanding of complex systems.
- Measurement Capabilities: Equipped with multiple measuring instruments (ammeters, voltmeters, milliammeters) for accurate data collection during experiments.
Conclusion
The Laboratory Set “Setting Field – Electronics” is an educational tool that combines real-world components with advanced simulation capabilities. Its robust design, extensive component selection, and wide range of functionalities make it an indispensable solution for teaching and training in modern electronics and electrical engineering.
