Analog and digital electronics trainer,XK-MSDZ1 Electronic Technology Lab Training Equipment

1. Product Overviews:

XK-MSDZ1 developed for improving the student practical operation capacity, offering a series of experimental projects which from easy to difficult, it meets the requirement of all kinds of training, teaching and course design, graduation design, etc for different college and training school.

Training bench adopts the modular structure, double working-station designing, bench main structure is made by steel pipe spraying plastics structure, desktop is made of high density board which is fire prevention, waterproof and wear- resistant.

XK-MSDZ1 mainly consists of power supply, signal source, analog electronic handled operation box, digital experiment handled operation box (include kinds of basic gate circuit, logic circuit etc.); bench also equipped with project developing board suit (include circuit board, components, principle diagram, function explanation and debugging points),suitable tools box, experiment wires, manual, etc.

2. Experiment Bench Technology Parameter:

2.1 Product Size: 1700mm × 700mm × 1400mm

2.2 Power Supply: single phase AC220V, 0.5KVA

2.4 With grounding protection, leakage protection, emergency stop button etc. and power indication light, power supply indication

3. Signal Source Technology Parameter

3.1 DC ±5V voltage source

3.2 DC ±12V voltage source

3.3 Adjustable 1.25~30V DC voltage source

3.4 Adjustable 4~20mA DC current source

3.5 2way AC 15V voltage source

3.6 2way AC 8V voltage source

3.7 Signal generator (with frequency display): output the square wave, sine wave, triangle wave, amplitude, frequency, duty ratio adjustable independently

4. Accessory for experiment

4.1 Experiment wires: 30 pieces

4.2 Bread board jumper wires: 30 pieces

4.3 components bag: 1 set

4.4 Tools box: 1 set

5. Experiment Project

5.1 Analog circuit experiment

1) Rectifier circuit experiment

2) Filter circuit experiment

3) Voltage stabilizing circuit experiment

4) Expanding current experiment

5) DC/DC conversion power experiment

6) Photoelectric coupler application experiments

7) One-way SCR, bidirectional SCR application experiments

8) Unijunction transistor application experiments

9) Constant current source circuit design experiment

10) Triode common emitter amplifier circuit

11) Triode common collector amplifier circuit

12) Triode common-base amplifier circuit

13) Differential amplification circuit with the constant current bias and zero function

14) Switch triode application experiments

15) Buzzer driving experiment

16) Relay driving experiment

17) DC motor forward and reversal driving experiment

18) Integrated OP-AMP application experiments

Proportion amplifier

Integral circuit

Differential circuit

Addition circuit

Subtraction circuit

Voltage follower

Voltage comparator

Hysteresis comparator

RC sine wave oscillator circuit

Rectangular wave generating circuit

Triangle wave generating circuit

Sawtooth wave generating circuit

Waveform conversion circuit

Active filter circuit

5.2 Digital circuit experiment

1) Parameter test of TTL NAND gate

2) Application of TTL integration NAND gate

3) Small combinational logic circuit design

4) Middle scale combinational logic circuit design

5) Integration JK trigger logic function test

6) Integration JK trigger application

7) Integrated shift register 774LS164 logical function test

8) Water light circuit composed of CD4017

9) Simple linear sawtooth wave generator

10) Duty ratio adjustable multivibrator

11) Time delay circuit composed by 555 timer

12) Schmitt trigger composed by 555 timer

13) Simple hypnosis consisted by 555

14) The ambulance audio circuit consisted by 555

15) Common anode, common cathode digital tube BCD decoding drive experiment

16) 74LS138 decoder experiment

17) CD4518 counter experiment

18) 74LS161 frequency divider experiment

19) 74LS192 forward and reversal counter experiment

20) CD4017 frequency divider experiment

21) Analog switch CD4051 application experiments

22) Digital voltmeter head experiment based on the ICL7107

5.3 Training project suit board experiment

1) OTL complementation power amplifier

2) Sine wave, Square wave, Triangle wave generator

3) Digital clock

4) The addition and subtraction arithmetic unit

5) 8 way itinerant detector

6) Forward and reversible counter

7) Button coded lock

8) Acousto-optic controlling delay circuit

9) Responder

10) Traffic lights