Titlebook: Electronic Devices, Circuits, and Applications; Christopher Siu Textbook 2022 Springer Nature Switzerland AG 2022 Circuits textbook.Electr

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Single-Transistor Amplifiers, a linear model of a transistor greatly simplifies the circuit analysis. We will study three single-transistor amplifier topologies: the common source amplifier, the common gate amplifier, and the source follower.

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Textbook 2022tors are first covered with simple models that beginning students can easily understand.  After the reader has grasped the fundamental concepts, the topics are covered again with greater depth in thelatter chapters..

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Interpreting I-V Curves,nufacturers can measure these nonlinear devices and present it in graphical form to customers. These graphs also convey the device’s AC resistance, which quantifies the current change through a device for a given change in voltage.

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Introduction to the Diode,rsion of AC power to DC power, is pervasive in electronics. Whenever a device draws power from a wall socket, it must convert the AC line voltage into a regulated DC voltage to operate the integrated circuits. In this chapter, we will study the architecture of a traditional DC power supply, using a

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Introduction to the BJT,ury. The vacuum tube, however, is both large and power hungry; it works by heating a filament to high temperatures, akin to incandescent light bulbs. The search was on for a device that can perform electronic amplification more efficiently, and this culminated with the successful demonstration of th

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Introduction to MOSFETs,ed and manufactured today use MOSFETs in complementary metal oxide semiconductor (CMOS) technology. There are several reasons behind the dominance of MOSFETs, one of which is its ability to approximate an ideal switch, leading to logic gates that are power efficient. In this chapter, we will introdu

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Single-Transistor Amplifiers,gital and vice versa. The amplification of analog signals, such as audio, is another important function of transistors, and in this section, we begin the study of MOSFET amplifiers. We will discuss small signal models, which are linear representations of an intrinsically nonlinear transistor. Having

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PMOS and CMOS,an be manufactured in the same integrated circuit, resulting in the CMOS (complementary metal oxide semiconductor) technology that is widely used today. We will study the construction of basic logic functions such as inverters and NAND gates, as well as the physical mechanism behind propagation dela

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Frequency Response,n versus frequency describes the frequency response of an amplifier, in a format called a Bode plot. We will study the intrinsic capacitances in a MOSFET and how they limit the bandwidth of a common source amplifier due to the Miller effect.