Bishop, Robert H - The Mechatronics Handbook [CRC Press 2002] Part 12 potx

Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 12 potx

Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 12 potx

... understand the dynamic behavior of the system. Examining the dynamic behavior can be done by using a mathematical model that describes the relevant dynamic behavior of the system in which we are ... signal at the same frequency as the input. However, the magnitude and phase of the output signal differ from those of the input signal, and the amount of difference is a func...

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Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 6 potx

Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 6 potx

... frequency. Most high stability units use either the third or fifth overtone to achieve a high Q. Overtones higher than fifth are rarely used because they make it harder to tune the device to the desired ... During this time, the performance of the oscillator continuously changes until it reaches its normal operating temperature. The temperature within the oven then remains constan...

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Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 1 pps

Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 1 pps

... I wish to express my heartfelt thanks to all the contributing authors. Taking time in otherwise busy and hectic schedules to author the excellent articles appearing in the Mechatronics Handbook ... Mechatronics Handbook is much appre- ciated. I also wish to thank my Advisory Board for their help in the early stages of planning the topics in the handbook. This handb...

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Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 3 doc

Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 3 doc

... with an electron is rather small. This, of course, has to do with the size of the unit we use to measure charge, the coulomb (C), named after Charles Coulomb. However, the definition of the ... of mass (I G ), then Steiner’s theorem (parallel axis theorem) relates this moment of inertia to that about another axis a distance d away by I = I G + md 2 , where m is the mass of...

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Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 4 doc

Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 4 doc

... The number of equations one obtains by this technique is equal to the number of meshes in the circuit. All branch currents and voltages may subsequently be obtained from the mesh currents, ... sources, on the one hand, and parallel and series circuits, on the other. This duality appears again very clearly in the analysis of equivalent circuits: it will shortly be shown that equi...

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Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 8 ppsx

Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 8 ppsx

... switching at high frequency; if the ground point of the high energy side of the circuit is directly connected to the ground of the low energy side of the circuit, switching noise may propagate through ... from the positive terminal to the negative terminal. The supply is through the brushes, which make contact with the commutator segments. From Faraday’s laws of electrom...

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Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 9 pps

Bishop, Robert H. - The Mechatronics Handbook [CRC Press 2002] Part 9 pps

... parabolic. These general characteristics are illustrated in Fig. 20.62, along with the derived torque–speed charac- teristic in Fig. 20.63. The general characteristics indicate that if the load ... falls to a particularly low value FIGURE 20.59 The shunt-wound motor load characteristics. FIGURE 20.60 The shunt-wound torque–speed characteristics. FIGURE 20.61 The series-...

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