By Karl Stephan
A functional advisor to analog and mixed-signal electronics, with an emphasis on layout difficulties and applications
This book provides an in-depth insurance of crucial analog and mixed-signal issues comparable to strength amplifiers, lively filters, noise and dynamic diversity, analog-to-digital and digital-to-analog conversion ideas, phase-locked loops, and switching strength offers. Readers will study the fundamentals of linear platforms, different types of nonlinearities and their results, op-amp circuits, the high-gain analog filter-amplifier, and sign new release. The author uses approach layout examples to inspire theoretical reasons and covers system-level subject matters now not present in such a lot textbooks.
Provides references for additional learn and difficulties on the finish of every chapter
Includes an appendix describing try out apparatus worthwhile for analog and mixed-signal work
Examines the fundamentals of linear structures, forms of nonlinearities and their results, op-amp circuits, the high-gain analog filter-amplifier, and sign generation
entire and exact, Analog and Mixed-Signal Electronics is a brilliant advent to analog and mixed-signal electronics for EE undergraduates, complex electronics scholars, and for these fascinated with computing device engineering, biomedical engineering, computing device technological know-how, and physics.
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Extra resources for Analog and Mixed-Signal Electronics
Although the BJT was the first type of transistor to be developed, the most important type currently made is the FET. 6. The three terminals are called the gate, the source, and the drain. Typically (although not always), the gate is used as the input terminal, the drain as the output terminal, and the source as the common terminal. The complete name for this particular FET is an n‐channel enhancement‐mode MOSFET. The “MOS” in the name stands for “metal oxide semiconductor,” which describes how the gate electrode was made in early versions of these devices.
Heat energy is measured in joules, which in the SI system of units are numerically the same as the watt‐seconds familiar to electrical engineers. The rate of heat 28 Basics of Electronic Components and Devices production is therefore measured in joules per second, or watts, so no conversion factors are needed in order to figure out how much heat flows from a device that is dissipating 10 W of electrical power as heat: it’s 10 W! The reason heat dissipation must be considered, especially with high‐power equipment, is that when heat is applied to a material, its temperature rises.
This requires the gate driver circuit to provide a large transient current when switching the device on or off, in order to place or remove the required charge on the gate capacitance. One of the most important characteristics of a power FET is its value of RDS(ON), which is the equivalent resistance that appears between drain and source terminals when the FET is turned on by a suitable gate‐source voltage. The value of RDS(ON) determines how much power is dissipated in the device when it is conducting, so lower values are more desirable.
Analog and Mixed-Signal Electronics by Karl Stephan