Electronic Lab Trainer,Educational Kit,XK-AEB1 Modularization Analog Electronic Training Kit

1. Product Introduction:

XK-AEB1 consists of mother board and expansion board, expansion board is convenient to plug-in mother board to do experiments, mother board can plug-in four expansion boards to operate experiments at same time.

XK-AEB1 Experiment box’s mother board integrated power supply, signal source, normal load, breadboard, potentiometer etc. Also integrated several experiment expansion boards: power source experiment expansion board,operational amplifier experiment expansion board,common emitter amplifier circuit experiment board,the common collector amplifier circuit experiment extension board,common-base amplification circuit expansion experiment board.

2. Training box main parameters:

2.1 Overall Size: 485 (L) x 320 (W) x 165mm (H); Weight: 10kg

2.2 The power supply: single-phase power supply, AC 220 V, 50/60 Hz, power<50VA.

2.3 With grounding protection,over-current protection,power supply indication,main power indication

2.4 Working environment: temperature: -10℃~+40℃

3. Signal Source Technology Parameter:

3.1 DC 15V voltage source, capacity: 0.5 A

3.2 DC ±5V voltage source, capacity: 0.5A

3.3 DC ±12V voltage source, capacity: 0.5A

3.4 Adjustable 1.25~20V, DC voltage source, capacity: 1A

3.5 AC 15V voltage source, capacity: 1A, double-way

3.6 Signal generator

1) Frequency range: 0.5Hz~8MHz

2) Signal type: sine wave, triangular wave, square wave

3) Signal level type: TTL,CMOS

4) Duty ratio regulate range: 15%~85%

5) Frequency, waveform selection, and duty ratio regulation, noninterference

6) Range adjusted: 0V~10V

7) Frequency range LED indication

4. Composition of kit

XK-AEB1 mainly consists of experiment box,expansion board and accessories.

4.1 Experiment expansion board

1) Resistor connection experiment expansion board

2) Diode test experiment expansion board

3) LED test experiment expansion board

4) Resistor divider experiment expansion board

5) Ohm’s law experiment expansion board

6) Fuse circuit experiment expansion board

7) Lamp circuit experiment expansion board

8) Capacitor test experiment expansion board

9) Audion serial connection voltage-stabilized source experiment expansion board

10) Inductor test experiment expansion board

11) Audion on-off circuit experiment expansion board

12) Photoelectric coupler experiment expansion board

13) Unijunction transistor trigger SCR dimmer experimental expansion board

14) Two-way triggers diode trigger SCR experiment expansion board

15) LM386 power amplifier circuit expansion board experiment

16) MOS tube driver experimental extension board

17) Operational amplifier applied experimental extension board

18) Triode two-stage amplifier circuit extension board

4.2 Accessories of experiment

1) K4 Experiment wires: 20 pieces

2) Power line: 1pce

3) Manual book: 1pce

5,Experiment Project

5.1 Resistor series connection and parallel connection experiment

5.2 Resistor divider experiment

5.3 Resistor mixed connection experiment

5.4 Ohm’s law experiment

5.5 Fuse circuit experiment

5.6 Lamp circuit experiment

5.7 Relay circuit experiment

5.8 Voltage source experiment

5.9 Current source experiment

5.10 Capacitor experiment

5.11 Voltage-regulator diode experiment

5.12 LED experiment

5.13 Half-wave rectifying circuit experiment

5.14 Full-wave rectification circuit experiment

5.15 Bridge rectifier circuit experiment

5.16 Audion on-off experiment

5.17 Audion common emitter amplifying circuit experiment

5.18 Audion common collector amplifying circuit experiment

5.19 Audion common-base amplification circuit experiment

5.20 Field-effect tube experiment

5.21 Thyristor experiment

5.22 Direct coupled amplification circuit

5.23 RC coupled amplification circuit

5.24 Photocoupling experiment

5.25 Differential amplifier circuit experiment

5.26 Negative feedback amplifier circuit experiment

5.27 Operational amplifier operational circuit experiment

5.28 Active filter experiment

5.29 Sine wave oscillating circuit experiment

5.30 Non-sinusoidal wave generates circuit experiment

5.31 Voltage comparator experiment

5.32 Waveform conversion experiment

5.33 Power amplifier circuit experiment

5.34 Three terminal regulator voltage regulator circuit experiment

5.35 Serial connection voltage-stabilized source experiment