bicmos设计

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【简　介】:The properties and performance of analog biCMOS integrated circuits are dependent on the devices used to construct them. This chapter is
a review of the operation of silicon devices. It begins with a discussion of conductivity and resistance. Simple physical models for bipolar transistors, MOS transistors, and junction and diffusion capacitance are developed.
【目　录】:
1.1 Introduction
1.2 Silicon Conductivity
1.3 Pn Junctions
1.4 Diode Current
1.5 Bipolar Transistors
1.6 MOS Transistors
1.7 DMOS Transistors
1.8 Zener Diodes
1.9 EpiFETs
1.10 Chapter Exercises

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【简　介】:Models are mathematical descriptions that predict performance. They can be physical or empirical. Physical models are based on device physics and can be related to physical properties. Empirical models fit measurements to mathematical descriptions that do not necessarily correspond to device physics. Physical models are easier to adapt when parameters such as doping levels or device dimensions change.
【目　录】:
2.1 Introduction
2.2 Bipolar Transistors
2.3 MOS Transistors
2.4 Simple Small Signal Models for Hand Calculations
2.5 Chapter Exercises

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【简　介】:Current sources are the foundation of circuit design in microelectronics.
Current sources provide biasing for circuit operation. They serve as output
drivers. They serve as load elements in amplifier input stages. Even logic gates can be modeled as a collection of variable current sources.Analysis of circuits in proceeding chapters will often show a resistance biasing the block under analysis. Current mirrors are used almost exclusively for this purpose in microelectronics. Current sources offer the advantages of smaller size, higher accuracy and can be designed to provide temperature coefficients of current as needed. However, resistors can and do serve well as current sources in some instances. Let us first consider the characteristics of an ideal DC current source as provided in circuit simulators such as SPICE.
【目　录】:
3.1 Current Mirrors in Bipolar Technology
3.2 Current Mirrors in MOS Technology
3.3 Chapter Exercises

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【简　介】:An ideal voltage reference produces a voltage that is constant and does not change with factors such as current loading, power supply variations,or temperature. Such references are useful in applications where
a given voltage is compared to a standard such as in analog to digital
converters and also for the generation of regulated supply voltages for digital circuits from a higher voltage analog supply.
【目　录】:
4.1 Simple Voltage References
4.2 Vbe Multiplier
4.3 Zener Voltage Reference
4.4 Temperature Characteristics of Ic and Vbe
4.5 Bandgap Voltage Reference

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【简　介】:Bipolar and MOSFET transistors are both capable of providing signal amplification. There are three amplifier types that can be obtained using a single transistor. These amplifiers are described in the chart below.
【目　录】:
5.1 The Common-Emitter Amplifier
5.2 The Common-Base Amplifier
5.3 Common-Collector Amplifiers (Emitter Followers)
5.4 Two-Transistor Amplifiers
5.5 CC-CE andCC-CC Amplifiers
5.6 The Darlington Configuration
5.7 The CE-CB Amplifier, or Cascode
5.8 Emitter-CoupledPairs
5.9 The MOS Case: The Common-Source Amplifier
5.10 The CMOS Inverter
5.11 The Common-Source Amplifier with Source Degeneration
5.12 The MOS Cascode Amplifier
5.13 The Common-Drain (Source Follower) Amplifier
5.14 Source-CoupledPairs
5.15 Chapter Exercises

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【简　介】:The ideal comparator is perfectly accurate and instantly provides the correct output. Again,real life intrudes and gives us limits. Finite gain
and non-zero propagation delays result in delays between the input signal
being applied and the output signal being available. Input offsets result
in errors in the comparison. However,these problems can be overcome,
and many circuits can be built from the basic comparator. Oscillators,
d/a converters and a/d converters all use some form of comparator,and
operational amplifiers are comparators with frequency compensation.
【目　录】:
6.1 Hysteresis
6.2 The Bandgap Reference Comparator
6.3 Operational Amplifiers
6.4 A Programmable Current Reference
6.5 A Triangle-Wave Oscillator
6.6 A Four-Bit Current Summing DAC
6.7 The MOS Case
6.8 Chapter Exercises

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【简　介】:We have seen how loading an amplifier output can affect the voltage gain and output resistance. These side effects are not desirable. Ideally,we want our amplifier to have infinite gain. While this is not possible
in the real world, it is possible to minimize the effects of loading by providing one or more buffer stages between the amplifier input and the output. These buffers provide some decoupling of the amplifier gain from the output loading by impedance transformation and by providing some additional gain.
【目　录】:
7.1 The Emitter Follower: a Class A Output Stage
7.2 The Common-Emitter Class A Output Stage
7.3 The Class B (Push-Pull) Output
7.4 The Class AB Output Stage
7.5 CMOS Output Stages
7.6 Overcurrent Protection
7.7 Chapter Exercises

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【简　介】:This chapter illustrates some commonly made design errors. The case studies describe actual circuits that failed to function as specified after
fabrication. This required redesign and refabrication, a costly time consuming
process. Many times, market opportunities pass before circuits can be fixed.
【目　录】:
8.1 IR Drops
8.2 Lateral pnp
8.3 npn Transistors
8.4 Comparators
8.5 Latchup
8.6 Floating Tubs
8.7 Parasitic MOS Transistors
8.8 Metal Over Implant Resistors

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【简　介】:Component matching and the protection from electrostatic discharge are important design practices. Accurate component matching reduces costs and improves circuit function. Protection from electrostatic discharge is a necessary precaution for reliability. Often chips are required to pass the human body model electrostatic discharge test discussed in this chapter.
【目　录】:
9.1 Matching
9.2 Electrostatic Discharge Protection (ESD)
9.3 ESD Protection Circuit Analysis
9.4 Chapter Exercises

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【简　介】:This book presents practical methods and pitfalls encountered
in the design of biCMOS integrated circuits. It is intended as a
reference for design engineers and as a text for an introductory
course on analog integrated circuit design for engineering seniors
and graduate students. Abroad range of topics are covered with
the intent of giving new designers the tools to complete a design
project. Most of the topics have been simplified so they can be
understood by students who have had a course in electronics.
【目　录】:
1 Devices
2 Device Models
3 Current Sources
4 Voltage References
5 Amplifiers
6 Comparators
7 Amplifier Output Stages
8 Pitfalls
9 Design Practices

carffy

<P>good materials</P>

putechen

每个包都要钱啊，没这么多啊，郁闷[em11]