1.1电路和电路模型 1.2电流和电压的参考方向 1.3电功率和能量 1.4电路元件 1.5电阻元件 1.6电容元件 1.7电感元件 1.8电压源和电流源 1.9受控电源 1.10基尔霍夫定律

4.1叠加定理(Superposition Theorem) 4.2替代定理(Substitution Theorem) 4.3戴维南定理和诺顿定理 (Thevenin-Norton Theorem) 4.4特勒根定理(Tellegen's' Theorem) 4.5互易定理(Reciprocity Theorem) 4.6对偶原理(Dual Principle)

第一部分数控技术的基本概念 1.1数控与数控机床1.概念数控:数字控制(NCNumerical Control),以数字化信息对机床运动及加工过程进行控制的一种方法。NC已成为数控加工的专用术语

6.1概述 6.2伺服电动机 6.3速度控制

4.1概述 4.2CNC装置的硬件结构

1.1数控技术的基本概念 1.1.1什么是机床的数字控制以数字指令方式控制机床各部件的相对运动和动作

1.BASE Power dissipation 2. COLLECTOR pcm:1.5w(tamb=25℃)

1、请先登记 每组请先到前面讲台登记,请写清楚下面几项:组员、设计项目、实验台编号、开始实验时间,离开时写清楚离开时间

These circuits consist of four independent, high TSSOP14 (Thin Shrink Small Outline e Package) gain, intemally frequency compensated operation al amplifiers. They operate from a single power supply over a wide range of voltages. Operation

General Description de range of applica is local on card bypassing is needed only if the regulator is located far from 9 gulation, eliminating the distribution problems associated the filter capacitor of the power supply