George Clayton's Operational Amplifiers is a well established undergraduate text - offering full coverage of the subject for HNC/HND electronic engineering as well as first and second year degree modules. It has also proved popular in industry as a reference text.
Having previously been fully revised by Steve Winder, this classic textbook covers all the latest developments in the field, matched to current degree module syllabuses in both the UK and USA. The introductory sections assume only a basic grounding in electronics, followed by more in-depth material to further the reader's understanding of the subject. Each chapter is followed by a set of exercises, enabling the reader to put the theory learnt into practice, with full answers provided at the back of the book. Appendices feature reproductions of manufacturers' data sheets, placing the concepts introduced in the text into a real-world context, as well as a comprehensive bibliography. This approach, combined with the book's easily accessible page layout and style, results in a highly student centred and comprehensive text.
New, updated and expanded topics in the new edition include: bipolar, JFET and MOSFET transistors; voltage regulators; dielectric absorption on integrator, differentiator and S&H circuits; as well as FDNR and Gyrator filters.
* A classic textbook revised and updated throughout for current courses
* New expanded content to provide fully comprehensive and in-depth coverage of the subject
* Ideal for 1st / 2nd year undergraduate courses
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3 Analogue integrated circuit technology
5 Logarithmic amplifiers and related circuits
6 Integrators and differentiators
7 Comparator monostable and oscillator circuits
8 Sensor interface analogue processing and digital conversion
9 Active filters
10 Practical considerations
Other editions - View all
amplitude applications bandwidth bias current BiCMOS bipolar Bode plots capacitance capacitor circuit of Figure circuit shown closed-loop gain CMOS CMRR common mode component values configuration connected converter current feedback op-amp dependent devices differential input diode drift earth effect emitter equation FDNR feedback resistor FET input frequency compensating frequency response function high-pass ideal op-amp illustrated in Figure increase input current input impedance input offset voltage input op-amps input resistance input signal input voltage integrated circuit inverting input terminal JFET limit linear load logarithmic loop gain low-pass filter magnitude mode error non-inverting input non-linear offset error op-amp circuit op-amp input op-amp output open-loop gain operational amplifier oscillations output current output signal output voltage performance phase margin phase shift pnp transistor potentiometer power supply resistor resistor values roll-off shown in Figure slew rate summing point switch temperature transducers transistor unity-gain voltage feedback waveform zero