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CMOS Current Amplifiers: Speed versus Nonlinearity

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The development of modern integration technologies is normally driven by the needs of digital CMOS circuit design. As the sizes of integrated devices decrease, so maximum voltage ratings also rapidly decrease. Although decreased supply voltages do not restrict the design of digital circuits, it is harder to design high performance analogue integrated circuits using new processes.

In digital integration technologies, there are fewer integrated devices available for circuit design. In a worst case situation, this means that only transistors are available for analogue circuit design. There may occasionally bee capacitances and resistors but their values may be small and there are significant parasitic components present. Thus, if we want to utilise the fastest integration technologies available, we are usually restricted to active components in the design of integrated analogue circuits.

Since the introduction of integrated circuits, the operational amplifier has served as the basic building block in analogue circuit design. Since then, new integrated analogue circuit applications have emerged and the performance requirements for analogue circuits have changed. Voltage-mode operational amplifier circuits have limited bandwidth at high closed-loop gains due to the constant gain-bandwidth product. Furthermore, the limited slew-rate of the operational amplifier affects the large-signal, high-frequency operation.
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