Analog Integrated Circuits for Communication: Principles, by Donald O. Pederson

By Donald O. Pederson

Analog built-in Circuits for communique: rules, Simulation and layout, moment Edition covers the research and layout of nonlinear analog built-in circuits that shape the foundation of present-day communique platforms. either bipolar and MOS transistor circuits are analyzed and several other numerical examples are used to demonstrate the research and layout ideas built during this publication. in particular particular to this paintings is the tight coupling among the first-order circuit research and circuit simulation effects. huge use has been made from the general public area circuit simulator Spice, to ensure the result of first-order analyses, and for distinct simulations with advanced gadget models.

Highlights of the recent version include:

  • A new introductory bankruptcy that gives a quick overview of communique platforms, transistor types, and distortion iteration and simulation.
  • Addition of latest fabric on MOSFET mixers, compression and intercept issues, matching networks.
  • Revisions of textual content and reasons the place essential to replicate the hot association of the book
  • Spice enter records for all of the circuit examples which are on hand to the reader from a website.
  • Problem units on the finish of every bankruptcy to enhance and follow the topic matter.
  • An teachers recommendations guide is obtainable at the book's website at

Analog built-in Circuits for verbal exchange: ideas, Simulation and layout, moment Edition is for readers who've accomplished an introductory path in analog circuits and are accustomed to simple research ideas in addition to with the working ideas of semiconductor units. This ebook additionally serves as an invaluable reference for working towards engineers.

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Extra info for Analog Integrated Circuits for Communication: Principles, Simulation and Design

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17. A typical MOS source-coupled pair stage. In this section, the basic electrical performance characteristics of the SC pair are developed. 5 The Source-Coupled Pair 31 +VDD = 10 V RD1 10 kΩ RD2 I D1 10 kΩ I D2 Vo1 Vo2 M1 W = 10 M 2 L V1 V 2= 0 I SS 1 mA VT = 1. 0 V 2 k' =30 µA/V –VSS Fig. 18. An idealized SC pair circuit. ECP in the earlier sections of this chapter. First, the bias state and the smallsignal properties of the SCP about a typical operating point are reviewed. The large-signal properties are then developed.

00 -6 -4 -2 0 2 4 6 d = V1 /VT Fig. 14. IC1 and IC2 as a function of d. As expected, the nature of the plots is the same as that produced by the Spice simulation of the last section. Spice has accomplished the same thing using numerical methods. 13 when no transistor enters saturation. 14, the slopes of the curves at V1 = 0 V provide the small-signal gains (transconductances) of the circuit. Another output of interest is the differential output voltage. 4 Series Expansions to Obtain Distortion Components 27 = −RC (IC1 − IC2 ) 1 1 = −IEE RC − 1 + exp(−d) 1 + exp(d) where again d = V1 /Vt .

The procedure to establish the distortion in the output is to insert this input into the various terms and to use trigonometric identities to establish the output voltage as a sum of terms of the harmonics. vo = b0 + b1 cos ω1 t + b2 cos 2ω1 t + . . 4) This is a form of a Fourier expansion of vo . (For the cosine input, and with no energy storage within the amplifier, only cosine terms appear in the output vo . ) The values of the bi in terms of the amplifier coefficients ai and the sinusoidal input magnitude for terms through the third harmonic are a2 2 V + ...

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