Titlebook: Low-Voltage Low-Power Analog Integrated Circuits; A Special Issue of A Wouter Serdijn Book 1995 Springer Science+Business Media New York 19

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Partial Positive Feedback for Gain Enhancement of Low-Power CMOS OTAs,mparison of the primary characteristics of these circuits together with simulation results are presented. It is shown that partial positive feedback is a viable technique to increase the gain and the bandwidth of CMOS OTAs. Without any increase in power, a 20 dB increase in gain and a 5X improvement in bandwidth is feasible.

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An Integratable Second-Order Compensated Bandgap Reference for 1V Supply,ut voltage is approximately 194 mV and has an average temperature dependency of 1.5ppm/.C in the range of 0.C to 100.C. The circuit has been realized in a bipolar process with ... 5 GHz. The total amount of capacitance is approximately 150 pF and the current consumption is about 100 µA.

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Guest Editorial,becoming the limiting factor, it is not sufficient to reduce the size of the other bulky components by integrating them; the reduction of the power dissipation is also very important. Therefore, the key is to develop, simultaneously, both low-voltage and low-power operating integrated circuits in order to reduce the battery size.

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Parallel Feedforward Class-AB Control Circuits for Low-Voltage Bipolar Rail-to-Rail Output Stages o and a maximum output current of 250 μA. Simulation results of three other simple operational amplifiers with the new class-AB control circuits are shown, which have a higher gain and maximum output current.