MR199E Linear Circuit Lab Teaching Equipment Vocational Training Tools and Equipment Industrial Training Equipment Electrical Skills Training 1. Equipment introduction 1.1 Overview The experiments that can be completed by this device cover basic electricity, magnetism, electronic circuit basics, other electronic parts characteristics and applications, as well as oscillator characteristics and applications, including DC RC circuits and transient phenomena, transformer characteristics, parallel resonant circuits, magnetism Component introduction, magnetic field, Ampere's rule, diode characteristics, rectifier circuit, Zener diode characteristics, LED characteristics, transistor polarity identification and characteristics, FET characteristics, SCR characteristics, UJT characteristics, simple amplifier, simple complementary amplifier, simple voltage regulation , push-pull amplifier circuit, controllable brightness bulb, multi-stage series amplifier, relay characteristics, touch switch, light control circuit, thermal control circuit, sound control circuit, intermittent oscillator characteristics, electronic buzzer, multivibrator , LC resonant circuit and other experiments. 1.2 Features 1. Modular design: Through eleven different templates, the device provides flexible experimental configurations to facilitate different experimental projects. 2. Convenience: The design of the fault repair switch allows students to quickly set up and repair faults, improving the efficiency of practical training. 3. Standardized interface: Using a universal eight-bit DIP switch as a fault setting method simplifies the operation process and is also easier for students to understand and master. 4. Practice orientation: This device emphasizes the cultivation of hands-on ability, allowing students to learn in an environment that simulates real faults, enhancing the practicality and interactivity of learning. 5. Easy to reset: After completing the fault repair, you only need to return the DIP switch to the normal position to reset the template, making it convenient to conduct different experiments continuously. 6. Safety: All fault switches are set in the normal working state of the circuit before leaving the factory, ensuring safety during first use. 7. Adaptability: Suitable for students of different levels, from basic electricity to complex circuit analysis, this device supports a wide range of teaching needs. 2. Technical parameters Input power supply: single-phase three-wire system 220V±10% 60Hz Working conditions: Ambient temperature: -10℃～+40℃ Relative humidity: <85% (25℃) 3. Components list and detailed introduction 3.1 Main part No. Name 1 Storage Box 2 Linear circuit experimental teaching module 3.2 Power box part No. Name 1 DC 0-20V DC voltage measurement module 2 DC 0-100mA DC current measurement module 3 AC and DC voltmeter module 4 AC and DC ammeter modules 5 AC voltmeter module 6 AC ammeter module 7 toggle switch 8 speaker module 9 AC 9V voltage source module 10 Fixed DC power module 11 DC voltage regulator module 12 sliding resistor module 13 function generator module 3.3 Equipment configuration list No. Name Qty Component 1 001 Electrical Basic Experiment Module 1 Component 2 002 Magnetic Component import module 1 Component 3 003 magnetic field module 1 Component 4 004 Ampere Rules Module 1 Component 5 005 Fleming’s Rule Module 1 Component 6 006 electromagnetic induction module 1 Component 7 007 electronic circuit basic experiment module 1 Component 8 008 Electronic Circuit Basic Experiment Module (1) 1 Component 9 009 Electronic Circuit Basic Experiment Module (2) 1 Component 10 010 Special Electronic Component Experiment Module 1 Component 11 011 Oscillator Experiment and Application Module 1 Component 12 012 breadboard module 1 3.4 Accessories No. Name Qty 1 2mm safety electrical cable 100CM Blue 6 2 2mm safety electrical cable 100CM Red 6 3 2mm safety electrical cable 100CM Black 10 4 Three-core British power cord, Hong Kong plug 1 5 Magnet 1 4. Experiment list Experiment 1 DC RC circuit and transient phenomenon experiment Experiment 2 Transformer Characteristics Experiment Experiment 3 Parallel resonant circuit experiment Experiment 4 Introduction to magnetic components Experiment 5 Magnetic Field Experiment Experiment 6 Ampere’s Rule Experiment Experiment 7 Diode Characteristics Experiment Experiment 8 Rectifier circuit experiment Experiment 9 Zener diode characteristics experiment Experiment 10 LED Characteristics Experiment Experiment 11 Transistor polarity identification and characteristics experiment Experiment 12 FET Characteristics Experiment Experiment 13 SCR Characteristics Experiment Experiment 14 UJT Characteristics Experiment Experiment 15 Simple amplifier experiment Experiment 16 Simple complementary amplifier experiment Experiment 17 Simple Voltage Regulator UK Experiment 18 Push-pull amplifier circuit experiment Experiment 19 Controllable brightness light bulb experiment Experiment 20 Multi-stage series amplifier experiment Experiment 21 Relay Characteristics Experiment Experiment 22 Touch switch experiment Experiment 23 Light control cir
