Analogue IC Design: The Currentmode ApproachAnalogue IC Design has become the essential title covering the currentmode approach to integrated circuit design. The approach has sparked much interest in analogue electronics and is linked to important advances in integrated circuit technology, such as CMOS VLSI which allows mixed analogue and digital circuits and highspeed GaAs processing. 
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I looked at one section, current mirrors. It is definitive. I wanted to know the errors on simple 2transistor PNP mirror with Hfe. that an lots more including high ratio mirrrors. Ok perhaps that bit not so relevant for bipolar rather than CMOS. looking to purchase the book now....
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Good and cheap!
Contents
Introduction  1 
Current Conveyor Theory And Practice 93  6 
Adel S Sedra and Gordon W Roberts  93 
Universal CurrentMode Analogue Amplifiers  127 
High Frequency CMOS Transconductors  181 
Appendix 5A Power Series Representation of Nonlinear Functions  233 
Dynamic Current Mirrors  297 
Gallium Arsenide Analogue Integrated Circuit Design Techniques  327 
SwitchedCurrent Filters  415 
Analog Interface Circuits For VLSI  451 
Current Mode AD and DA Converters  491 
Applications of currentcopier circuits  515 
Integrated Current Conveyor  535 
Applying Current Feedback to Voltage Amplifiers  569 
Neural Network Building Blocks for Analog MOS VLSI  597 
IS Future of Analogue Integrated Circuit Design  617 
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Analogue IC Design: The Currentmode Approach Chris Toumazou,F. J. Lidgey,David Haigh Limited preview  1990 
Common terms and phrases
accuracy achieve analogue circuits applications bandwidth base current basic beta bias current biased bipolar buffer capacitance cascode CCII cell Chapter circuit of Figure Circuits and Systems classAB CMOS collector current commonmode components configuration converter copier current conveyor current feedback current gain current mirror current source currentmode devices differential pair diode distortion drain current Early voltage Electronics Letters Equation error filter GaAs gate IEEE implementation input current input signal input voltage instrumentation amplifier integrated circuit inverting linear loop matching MESFET mismatch monolithic MOS transistor multiplier negative node noise nonlinearity opamp operational amplifier output current output impedance output resistance parameters performance PNP transistors realisation reduced resistor saturation scaling Section shown in Figure signal processing simulation SolidState Circuits switched capacitor switchedcapacitor switchedcurrent techniques terminal threshold voltage topology Toumazou transconductor transfer function translinear variable VLSI voltage gain zero