电路与电工原理研究性实验教程 - Tapa blanda

The circuit electrical theory experiments tutorial(Chinese Edition)

paperback. Condición: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2012-07-01 Pages: 143 Publisher: Nanjing University Press Basic Information Title: the circuit electrical theory experiment Tutorial Original Price: 21 yuan Author: Shen riding ed Publisher: Nanjing University Press Publication Date :2012-7-1ISBN: 9787305102349 Words: 166.000 yds: 143 Edition: 1 Binding: Paperback: 16 open size and weight of the product: Editor's circuit electrical theory experiments tutorial greater versatility . can be suitable for different teaching requirements. and all the experiments were carried out without relying on a particular experimental apparatus. If you only require ordinary validation experiments may omit part of research; the only circuit principle experiment motor control experiments. may be omitted. The proposed ordinary validation experiments each experiment for 2 to 3 hours. write a lab report; research independent experiments each experiment for 4 to 6 hours. writing experimental papers. Research autonomy of the difficulty of the experiment. make adjustments based on students' situation. and procedural. Summary of Contents Introduction Research autonomy experiment illustrates the safe use of electricity experiment. a basic electrical instrumentation and measurement error of 1 meter internal resistance caused by the measurement error using single span two measurements method to reduce the measurement error of meter autonomy experimental research : electronic DC sheet resistance measurement experiments Kirchhoff's law and Tellegen's theorem. verify Kirchhoff's law. verify Tellegen's theorem autonomy experiment: Verify the reciprocity theorem autonomy superposition theorem. experimental power and controlled source experiment basic characteristics of the basic characteristics of the power equivalent transformation. controlled source basic characteristics autonomy small experiment: the cascade controlled source experiment four alternative Theorem and Thevenin Theorem 1. verify alternative Theorem 2. verify Thevenin Theorem research autonomy small experiment: verify Norton Theorem research autonomy experiment Er duality principle experiment five RLC circuit resonance 1. circuit element current voltage of the phase relationship and frequency resonant circuit characteristics 2.RLC tandem autonomy experiment: the complex RLC circuit resonance experiment six negative resistance converter with gyrator the basic characteristics of the basic characteristics of negative resistance converter. gyrator basic characteristics of the autonomy experiment: gyrator further study of the characteristics of autonomic experimental three-Miller Theorem the research experiment seventy-one order circuit the transient response 1.RC circuit transient autonomy small to respond to 2.RC differential and integral circuit research experiments: forced transition research experiment eight second-order circuit transient response 1.RLC second series circuit transient response 2.RLC second series circuit amplitude increase oscillation autonomic little experiment: RLC second order mixed associated circuit transient response of the autonomic experimental four-impulse response of experimental nine AC circuit power factor ballast equivalent of three tables measurement parameters. fluorescent lamp circuit power factor improvement of small autonomous research decoupling experiments: the Phasors experimental frequency AC circuit of 11 mutual inductance circuit and transformer characteristics. cascaded hollow mutual inductance coil equivalent and mutual inductance measurement core transformer voltage. current and impedance transformation of autonomy small experiment: double secondary winding transformer voltage. current and impedance transformation autonomy experimental research study Five transformer equivalent circuit and complex power experiment and 11 three-phase AC current and voltage of the circuit phase sequ. Nº de ref. del artículo: FW003861

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