电路分析实训室（9414）简介

电路分析实训室共有DGJ-3型电工技术实验装置18台，该实训室主要承担电气工程学院电气自动化、电子信息技术、机电一体化、工业互联网、工业机器人等专业的《电工技术及应用》课程实训和技能抽查培训任务；承担了各种校内外的国培、省培、校培等任务。

本实训室共可以开展以下实训项目有：

一、基本电工仪表的使用及测量误差的计算

二、减小仪表测量误差的方法

三、仪表量程扩展实训

四、电路元件伏安特性的测绘

五、电位、电压的测定及电路电位图的绘制

六、基尔霍夫定律的验证

七、叠加原理的验证

八、电压源与电流源的等效变换

九、戴维南定理和诺顿定理的验证

十、最大功率传输条件的测定

十一、受控源VCVS、VCCS、CCVS、CCCS的实训研究

十二、典型电信号的观察与测量

十三、RC一阶电路的响应测试

十四、二阶动态电路响应的研究

十五、R、L、C元件阻抗特性的测定

十六、用三表法测量交流电路等效参数

十七、正弦稳态交流电路相量的研究

十八、RC选频网络特性测试

十九、RLC串联揩振电路的研究

二十、二阶网络状态轨迹的显示

二十一、二端口网络测试

二十二、负阻抗变换器

二十三、回转器

二十四、互感电路测量

二十五、单相铁心变压器特性的测试

二十六、变压器的连接与测试

二十七、电流互感器的应用

二十八、三相交流电路电压、电流的测量

二十九、三相电路功率的测量

三十、单相电度表的校验

三十一、功率因数及相序的测量

三十二、三相鼠笼式异步电动机

三十三、三相鼠笼式异步电动机点动和自锁控制

三十四、三相鼠笼式异步电动机正反转控制

三十五、三相鼠笼式异步电动机Y－△降压起动控制

三十六、三相鼠笼式异步电动机的能耗制动控制

三十七、工作台往返自动控制

三十八、三相异步电动机顺序控制

三十九、C620机床电气控制

四十、电动葫芦电气控制

Introduction to Circuit Analysis Laboratory (5522)

There are 18 DGJ-3 electrical technology experimental devices in the Circuit Analysis Laboratory . The laboratory is mainly responsible for the practical training and skill spot check training of "Electrical Technology and Application" courses of Electrical automation, electronic information technology, mechatronic integration, industrial Internet, industrial robot and other majors of the School of Electrical Engineering. It has undertaken various tasks of national training, provincial training and school training inside and outside the school.

The training room can carry out the following practical training projects:

1. Use of basic electrical instruments and calculation of measurement errors

2.reduce the instrument measurement error method

3. Practical training of instrument range extension

4. Mapping of voltammetry characteristics of circuit components

5. Measurement of potential and voltage and drawing of circuit potential diagram

6. Verification of Kirchhoff's Law

7. Verification of superposition principle

8. Equivalent transformation of voltage source and current source

9. The verification of Davinan Theorem and NORTON Theorem

10. Determination of maximum power transmission conditions

11.Study on the training of controlled source VCVS, VCCS, CCVS and CCCS

12. Observation and measurement of typical electrical signals

13. Response test of RC first-order circuit

14. Study on second-order dynamic circuit response

15. Measurement of impedance characteristics of R, L and C components

16. Use three tables to measure the equivalent parameters of AC circuits

17. Research on phasor of sinusoidal steady state AC Circuit

18.. RC frequency selection network characteristic test

19.Study on RLC Series wiper vibration circuit

20.Second order network state trajectory display

21. Two-port network test

22. Negative impedance converter

23. Gyroscope

24, mutual inductance circuit measurement

25. Test of characteristics of single-phase core transformer

26. Transformer connection and test

27. Application of current transformer

28. Measurement of voltage and current of three-phase AC circuit

29. Measurement of three-phase circuit power

30. Verification of single-phase watt-hour meter

31.Measurement of power factor and phase sequence

32. Three-phase squirrel-cage asynchronous motor

33. Point and self-locking control of three-phase squirrel-cage induction motor

34.Positive and negative control of three-phase squirrel-cage induction motor

35. Y-△ step-down starting control of three-phase squirrel-cage asynchronous motor

36. Energy Consumption braking control of three-phase squirrel cage induction motor

37. Automatic control of table and back

38.three-phase asynchronous motor sequence control

39. Electrical control of C620 machine tool

40.electric hoist electric control