The gm/ID Design Methodology for CMOS Analog Low Power Integrated

Description

The design of analogue integrated circuits (CMOS) requires fixing transistor sizes and current magnitudes in order to reach goal(s) such as, a given gain-bandwidth product, slew-rate, min. power consumption, etc. Designers achieve these generally by taking advantage of their own experience while performing lots of simulations and/or optimisations. How to tackle the problem when experience is lacking? How to size an Operational Amplifier, for instance, when some transistors operate in strong inversion, other in moderate or weak inversion?

The objective of the book is to suggest straightforward methodologies at the earliest possible design stage and find currents and sizes very close to optimality. The methodology takes advantage of compact MOS models while following classical design procedures. The key feature is the set of inversion indeces of some transistors, called the 'active' transistors. These indeces are used in order to build the so-called performance space that complies with the dominant constraints. The other transistors are contingent to the first group and their sizes fixed through additional constraints. The idea is to postpone final decisions until some high level figures like band width, overal gain, etc. are met simultaneously.

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