MR104E Comprehensive Analog and Digital Electronics Trainer Teaching Equipment Classroom Training Set Smart Grid Training Equipment I.Product Overview 1.1 Overview 1. This product integrates digital circuit and analog circuit training systems, and can perform analog circuit related tests and digital circuit tests. 2. This product is designed with a stabilized power supply, AC low-voltage current, frequency generator, buzzer, multiple sockets, stabilizer, etc., providing rich resources for the measurement, debugging and new product development of electronic products. 1.2 Features 1. The equipment uses a special plug, which is convenient for students to quickly build experimental circuits to complete the test. 2. By using various electronic components and assembly tools, it can not only exercise students' assembly and debugging capabilities, but also exercise students' secondary development capabilities such as course design, graduation design, and skills competitions. II.Performance Parameter (1) Input power: single-phase three-wire AC 220V±10% 60Hz (2) Dimensions: 1300mmx615mmx1526mm (3) Total capacity: <2KVA (4) Weight: <120kg (5) Working conditions: ambient temperature -10℃～+40℃ relative humidity <85% (25℃) III.Components List and Detailed Introduction 1. Analog circuit test part 2. Analog circuit power supply part 3. Digital circuit experiment part 4. Digital circuit power supply part IV.Experiments can be completed Digital circuit part Experiment 1 Transistor switching characteristics, limiters and clamps Experiment 2 Logical functions and parameter tests of TTL integrated logic gates Experiment 3 Logical functions and parameter tests of CMOS integrated logic gates Experiment 4 Connection and drive of integrated logic circuits Experiment 5 Design and test of combinational logic circuits Experiment 6 Decoders and their applications Experiment 7 Data selectors and their applications Experiment 8 Triggers and their applications Experiment 9 Counters and their applications Experiment 10 Shift registers and their applications Experiment 11 Pulse distributors and their applications Experiment 12 Using gate circuits to generate pulse signals---self-excited multivibrator Experiment 13 Monostable triggers and Schmitt triggers---pulse delay and waveform shaping circuits Experiment 14 555 time base circuits and their applications Experiment 15 D/A. A/D converter Experiment 16: Quiz answering device Experiment 17: Electronic stopwatch Experiment 18: 3⅓ digit DC digital voltmeter Experiment 19: Digital frequency meter Analog electronics part Experiment 1: Use of common electronic instruments Experiment 2: Simple test of diodes Experiment 3: Input and output characteristics of transistors Experiment 4: Single-stage amplifier circuit Experiment 5: Two-stage amplifier circuit Experiment 6: Negative feedback amplifier circuit Experiment 7: Emitter follower Experiment 8: Differential amplifier circuit Experiment 9: Field effect tube amplifier Experiment 10: RC sine wave oscillation circuit Experiment 11: LC oscillator and frequency selection amplifier Experiment 12: Basic parameter test of integrated operational amplifier Experiment 13: Integrated operational amplifier proportional summing operation circuit Experiment 14: Integrated operational amplifier integral and differential circuit Experiment 15: Integrated operational amplifier voltage comparator circuit Experiment 16: Waveform generator Experiment 17: Active filter Experiment 18: Integrated power amplifier Experiment 19: Complementary symmetric power amplifier Experiment 20: Integrated voltage regulator Experiment 21: Series voltage regulator circuit Experiment 22 Thyristor controlled rectifier circuit
