Electronics A Systems Approach.
Picture Of The Book :
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| Electronics A Systems Approach |
About The Book:
The Fourth Edition Of Electronics: A Systems Approachis An Outstanding Introduction To This Fast-Moving, Important Field. Fully Updated, It Covers The Latest Changes And Developments In The World Of Electronics. It Continues To Use Neil Storey's Well-Respected Systems Approach, Firstly Explaining The Overall Concepts To Build Students' Confidence And Understanding, Before Looking At The More Detailed Analysis That Follows. This Allows The Student To Contextualise What The System Is Designed To Achieve, Before Tackling The Intricacies Of The Individual Components. The Book Also Offers An Integrated Treatment Of Analogue And Digital Electronics, Highlighting And Exploring The Common Ground Between The Two Fields. This Fourth Edition Represents A Significant Update And A Major Expansion Of Previous Material, And Now Provides A Comprehensive Introduction To Basic Electrical Engineering Circuits And Components In Addition To A Detailed Treatment Of Electronic Systems. This Extended Coverage Permits The Book To Be Used As A Stand-Alone Text For Introductory Courses In Both Electronics And Electrical Engineering.
Information About The Book :
Titel : Electronics A Systems Approach.
Languguage : English.
Size : 15.3 Mb.
Pages : 321.
Format : Pdf.
Year : 2009.
Edition : 4.
Author : Neil Storey.
Contents Of The Book :
Part 1: Basic Electrical Circuits And Components.
Part 2: Measurement Of Voltages And Currents.
Part 3: Resistance And Dc Circuits.
Part 4: Capacitance And Electric Fields.
Part 5: Inductance And Magnetic Fields.
Part 6: Alternating Voltages And Currents.
Part 7: Power In Ac Circuits.
Part 8 Frequency Characteristics Of Ac Circuits.
Part 9: Transient Behaviour.
Part 10: Electronic Systems.
Part 11: Sensors.
Part 12: Actuators.
Part 13: Amplification.
Part 14: Control And Feedback.
Part 15: Operational Amplifiers.
Part 16: Semiconductors And Diodes.
Part 17: Field-Effect Transistors.
Part 18: Bipolar Junction Transistors.
Part 19: Power Electronics.
Part 20: Internal Circuitry Of Operational Amplifiers.
Part 21: Noise And Electromagnetic Compatibility.
Part 22: Positive Feedback, Oscillators And Stability.
Part 23: Digital Systems.
Part 24: Sequential Logic.
Part 25: Digital Devices.
Part 26: Implementing Digital Systems.
Part 27: Data Acquisition And Conversion.
Part 28: System Design.
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