Format:
1 Online-Ressource (XIII, 129 Seiten)
Edition:
Online-Ausg. Online-Ressource. ISBN 978-1-608-45672-7 ISBN 1-608-45672-2
ISBN:
1608456722
,
9781608456727
Series Statement:
Synthesis lectures on digital circuits and systems #34
Content:
About some of the non-energy parts of electrical systems, the parts that control things and measure physical parameters. The primary topics are control systems and their characterization, instrumentation, signals, and electromagnetic compatibility. This text features a large number of completely worked examples to aid the reader in understanding how the various principles fit together. While electric engineers may find this material useful as a review, engineers in other fields can use this short lecture text as a modest introduction to these non-energy parts of electrical systems. Some knowledge of basic d-c circuits and of phasors in the sinusoidal steady state is presumed
Content:
About some of the non-energy parts of electrical systems, the parts that control things and measure physical parameters. The primary topics are control systems and their characterization, instrumentation, signals, and electromagnetic compatibility. This text features a large number of completely worked examples to aid the reader in understanding how the various principles fit together. While electric engineers may find this material useful as a review, engineers in other fields can use this short lecture text as a modest introduction to these non-energy parts of electrical systems. Some knowledge of basic d-c circuits and of phasors in the sinusoidal steady state is presumed
Content:
1. Closed-loop control systems -- 1.1. dB -- Bels and decibels -- Example I, using dB -- Example II, gain from dB -- 1.2. Bode plots -- Asymptotes math -- Putting the asymptotes together -- Example III, Bode plot for one pole -- Example IV, Bode plot for pole and zero -- Example V, Bode plot for two poles -- Example VI, Bode plot to try -- What do these mean -- Finishing up Bode's work -- 1.3. Closed-loop systems -- Closing the loop -- Analyzing the loop -- Example VII, transfer function -- Fractional error -- Example VII continued -- Example VIII, motor speed control -- Example IX, linear positioner -- 1.4. Bandwidth -- Example IX continued -- Simplifying TF(s) -- Example IX continued some more -- Faster response -- Bode representation -- 1.5. Stability -- 1.6. More example -- Example X, really IX continued again -- Example XI, finding maximum gain -- 1.7. Summary -- Formulas and equations --
Content:
2. Characterizing a system -- 2.1. Time-domain responses -- First-order systems -- Second-order systems -- 2.2. Characterizing -- Example I, 1st-order system -- Example II, 2nd-order system -- 2.3. More example -- Example III, Logarithmic decrement -- Example IV, Fractional overshoot -- 2.4. Summary -- Formulas and equations --
Content:
3. Instrumentation -- 3.1. Strain gauge -- Voltage divider -- Wheatstone bridge -- Improved bridge -- Example I-2-arm strain-gauge bridge -- Example II-4-arm strain-gauge bridge -- 3.2. Resistance temperature detector -- RTD itself -- 2-wire RTD bridge -- 3-wire RTD bridge -- Comparison of two bridges -- 4-wire ohmmeter -- Employing an RTD -- Example III, Comparing RTD connections -- Example IV, RTD ohmmeter -- 3.3. Thermocouple -- Seebeck effect -- Other junction arrangements -- Thermocouple types -- 3.4. More example -- Example V, Broken strain-gauge bridge -- Example VI, RTD wiring -- 3.5. Summary -- Formulas and equations --
Content:
4. Processing signals -- 4.1. Signals -- Signals in the time domain -- Signals in the frequency domain -- Signal conditioning -- Example I, Making a signal smaller -- Example II, Amplifier with limitations -- 4.2. Filters -- Basic filter forms -- Break frequency and half-power -- Example III, Low-pass passive filter -- Example IV, Active low-pass filter -- RC and break frequency -- 4.3. More example -- Example V, Low-pass active filter -- Example VI, High-pass active filter -- Example VII, Band-pass active filter -- 4.4. Summary -- Formulas and equations --
Content:
5. Electromagnetic compatibility -- 5.1. Noise -- 5.2. Capacitive coupling -- Calculating capacitive coupling -- Reducing capacitive coupling -- Example I, Benefit of ground plane -- 5.3. Magnetic coupling -- 5.4. Electromagnetic shielding -- Absorption by the shield -- Reflection by the shield -- A and R together -- Example II, Shield thickness -- Holes in the shield -- Building shields -- 5.5. More examples -- Example III, Shielding a cable -- Example IV, Holes in a case -- 5.6. Summary -- Formulas and equations -- Author's biography
Note:
Part of: Synthesis digital library of engineering and computer science
,
Preface; Closed-Loop Control Systems; dB; Bels and decibels; Example I-using dB; Example II-gain from dB; Bode plots; Asymptotes math; Putting the asymptotes together; Example III-Bode plot for one pole; Example IV-Bode plot for pole and zero; Example V-Bode plot for two poles; Example VI-Bode plot to try; What do these mean?; Finishing up Bode's work; Closed-loop systems; Closing the loop; Analyzing the loop; Example VII-transfer function; Fractional error; Example VII continued; Example VIII-motor speed control; Example IX-linear positioner; Bandwidth; Example IX continued
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Simplifying TF(s)Example IX continued some more; Faster response; Bode representation; Stability; More example; Example X-really IX continued again; Example XI-finding maximum gain; Summary; Formulas and Equations; Characterizing a System; Time-domain responses; First-order systems; Second-order systems; Characterizing; Example I- 1st-order system; Example II-2nd-order system; More example; Example III-Logarithmic decrement; Example IV-Fractional overshoot; Summary; Formulas and Equations; Instrumentation; Strain gauge; Voltage divider; Wheatstone bridge; Improved bridge
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Example I-2-arm strain-gauge bridgeExample II-4-arm strain-gauge bridge; Resistance temperature detector; RTD itself; 2-wire RTD bridge; 3-wire RTD bridge; Comparison of two bridges; 4-wire ohmmeter; Employing an RTD; Example III-Comparing RTD connections; Example IV-RTD ohmmeter; Thermocouple; Seebeck effect; Other junction arrangements; Thermocouple types; More example; Example V-Broken strain-gauge bridge; Example VI-RTD wiring; Summary; Formulas and Equations; Processing Signals; Signals; Signals in the time domain; Signals in the frequency domain; Signal conditioning
,
Example I-Making a signal smallerExample II-Amplifier with limitations; Filters; Basic filter forms; Break frequency and half-power; Example III-Low-pass passive filter; Example IV-Active low-pass filter; RC and break frequency; More example; Example V-Low-pass active filter; Example VI-High-pass active filter; Example VII-Band-pass active filter; Summary; Formulas and Equations; Electromagnetic Compatibility; Noise; Capacitive coupling; Calculating capacitive coupling; Reducing capacitive coupling; Example I-Benefit of ground plane; Magnetic coupling; Electromagnetic shielding
,
Absorption by the shieldReflection by the shield; A and R together; Example II-Shield thickness; Holes in the shield; Building shields; More examples; Example III-Shielding a cable; Example IV-Holes in a case; Summary; Formulas and Equations; Author's Biography;
,
1. Closed-loop control systems -- 1.1. dB -- Bels and decibels -- Example I, using dB -- Example II, gain from dB -- 1.2. Bode plots -- Asymptotes math -- Putting the asymptotes together -- Example III, Bode plot for one pole -- Example IV, Bode plot for pole and zero -- Example V, Bode plot for two poles -- Example VI, Bode plot to try -- What do these mean -- Finishing up Bode's work -- 1.3. Closed-loop systems -- Closing the loop -- Analyzing the loop -- Example VII, transfer function -- Fractional error -- Example VII continued -- Example VIII, motor speed control -- Example IX, linear positioner -- 1.4. Bandwidth -- Example IX continued -- Simplifying TF(s) -- Example IX continued some more -- Faster response -- Bode representation -- 1.5. Stability -- 1.6. More example -- Example X, really IX continued again -- Example XI, finding maximum gain -- 1.7. Summary -- Formulas and equations
,
3. Instrumentation -- 3.1. Strain gauge -- Voltage divider -- Wheatstone bridge -- Improved bridge -- Example I-2-arm strain-gauge bridge -- Example II-4-arm strain-gauge bridge -- 3.2. Resistance temperature detector -- RTD itself -- 2-wire RTD bridge -- 3-wire RTD bridge -- Comparison of two bridges -- 4-wire ohmmeter -- Employing an RTD -- Example III, Comparing RTD connections -- Example IV, RTD ohmmeter -- 3.3. Thermocouple -- Seebeck effect -- Other junction arrangements -- Thermocouple types -- 3.4. More example -- Example V, Broken strain-gauge bridge -- Example VI, RTD wiring -- 3.5. Summary -- Formulas and equations
,
Online-Ausg. Online-Ressource. ISBN 978-1-608-45672-7 ISBN 1-608-45672-2
,
Mode of access: World Wide Web.
,
System requirements: Adobe Acrobat Reader.
Additional Edition:
ISBN 9781608456710
Additional Edition:
Druckausg. u.d.T. Pragmatic electrical engineering
Language:
English
Keywords:
Electronic books
DOI:
10.2200/S00353ED1V01Y201105DCS034
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