Electronic Training Kit, Educational Training EquipmentXK-ELC1006A Digital Logic Circuit Experimental Case
USD $10 - $1,000 /Set
Min.Order:1 Set
Shandong Xingke Intelligent Technology Co., Ltd.
Electronic Training Kit, Educational Training EquipmentXK-ELC1006A Digital Logic Circuit Experimental Case
1. Product Introduction:
XK-ELC1006A digital logic circuit experimental case consists of normal logic gate circuit,trigger and signal generator, here adopts type of principle symbol and jack, it will be convenient for students learning the symbol of logic gate and trigger and using them
2. Training box main parameters:
2.1 Overall Size: 570 (L) x 430 (W) x 130mm (H); Weight: 3.5kg
2.2 The power supply: single-phase power supply, AC 220 V, 50/60 Hz, power≤30VA.
2.3 With grounding protection,over-current protection,power supply indication and main power indication
2.4 Working environment: temperature: -10℃~+40℃
3. Signal Source Technology Parameter:
3.1 DC 12V voltage source, capacity: 0.5A
3.2 DC 5V voltage source, capacity: 1A
3.3 Signal generator:
1) Frequency range: 0Hz~2KHz, continuously adjustable
2) Signal type: square wave
3) Signal level type: TTL
4) Duty ratio adjustable range: 0%~100%
5) Frequency,waveform selection and duty ratio adjustable independently
4. Accessory for experiment
4.1 K4 Experiment wires: 30 pieces
4.2 Power line: 1pce
4.3 Manual book: 1pce
5. Experiment Project
5.1 Learning structure and working principle of AND gate circuit
5.2 Learning structure and working principle of OR gate circuit
5.3 Learning structure and working principle of NOT gate circuit
5.4 Learning structure and working principle of NAND gate circuit
5.5 Learning structure and working principle of NOR gate circuit
5.6 Learning structure and working principle of the RS flip-flop
5.7 Learning structure and working principle of the JK flip-flop
5.8 Learning structure and working principle of the D flip-flop
5.9 Learning logic algebra
5.10 Study the application of logic gate circuit
5.11 Learning using gate circuit to implement simple logic design
5.12 Learning digital combinational logic circuits
5.13 Study the application of RS trigger
5.14 Study the application of JK trigger
5.15 Study the application of D trigger