TAILIEUCHUNG - Ebook Electronic devices - Conventional current version (9/e): Part 2

Part 2 book “Electronic devices - Conventional current version” has contents: FET amplifiers and switching circuits, amplifier frequency response, thyristors, the operational amplifier, basic programming concepts for automated testing, voltage regulators, oscillators, and other contents. | FET A MPLIFIERS AND S WITCHING C IRCUITS APPLICATION ACTIVITY PREVIEW CHAPTER OUTLINE 9–1 9–2 9–3 9–4 9–5 9–6 9–7 The Common-Source Amplifier The Common-Drain Amplifier The Common-Gate Amplifier The Class D Amplifier MOSFET Analog Switching MOSFET Digital Switching Troubleshooting Application Activity ◆ ◆ ◆ ◆ ◆ ◆ Explain and analyze the operation of common-source FET amplifiers Explain and analyze the operation of common-drain FET amplifiers Explain and analyze the operation of common-gate FET amplifiers Discuss the operation of a class D amplifier Describe how MOSFETs can be used in analog switching applications Describe how MOSFETs are used in digital switching applications Troubleshoot FET amplifiers KEY TERMS ◆ ◆ ◆ ◆ Common-source Common-drain Source-follower Common-gate A JFET common-source amplifier and a common-gate amplifier are combined in a cascode arrangement for an active antenna. Cascode amplifiers are often used for RF (radio frequency) applications to achieve improved high-frequency performance. In this application, the cascode amplifier provides a high resistance input for a whip antenna, as well as high gain to amplify extremely small antenna signals. VISIT THE COMPANION WEBSITE Study aids and Multisim files for this chapter are available at CHAPTER OBJECTIVES ◆ 9 ◆ ◆ ◆ ◆ Class D amplifier Pulse-width modulation Analog switch CMOS INTRODUCTION Because of their extremely high input resistance and low noise, FET amplifiers are a good choice for certain applications, such as amplifying low-level signals in the first stage of a communication receiver. FETs also have the advantage in certain power amplifiers and in switching circuits because biasing is simple and more efficient. The standard amplifier configurations are common-source (CS), common-drain (CD) and common-base (CB), which are analogous to CE, CC, and CB configurations of BJTs. FETs can be used in any of the amplifier types .

• Điện - Điện tử
• Electronic devices
• FET amplifiers
• Switching circuits
• Amplifier frequency response
• Voltage regulators
• Automated testing
• Basic programming concepts
• Optoelectronic Devices
• Diamond Phototransistors
• Emitting Transistors
• Conjugated Polymers
• Healthcare associated infections
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• Hospital infection control
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• Principles of electronic materials
• Electronic materials
• Principles electronic
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• Electrical engineering
• Engineering physics departments
• MEDICAL ELECTRONIC
• Medical Devices
• BIOPOTENTIAL AMPLIFIERS
• DATA ACQUISITION
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• Electronic devices and circuit theory
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• Circuit Theory
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• Special purpose diodes
• Bipolar junction transistors
• Transistor bias circuits
• Power amplifiers
• Field Effect transistors
• Bài giảng Electronic devices and circuit
• Linh kiện điện tử
• Mạch điện tử
• Bài giảng Linh kiện điện tử
• Mối nối PN
• Mạch tương đương của Diode
• BJT Transistor
• Cấu tạo của BJT Transistor
• Field Effect transistor
• Phân loại FET
• Khuếch đại thuật toán
• Hồi tiếp cho OpAmp
• Advanced materials and devices
• The atomic of Hf0 5Zr0 5O2
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• Lecture Electronic materials
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• Tenth Edition Robert L
• Boylestad
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• Solutions to Problems in Text
• Solutions for Laboratory Manual
• Non linear circuit elements including diodes
• Electrical signals
• Extremely small devices
• Standards and Measuring Devices
• electrical engineering curriculum
• teaching electronics
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• electronics engineering
• electronic lecture
• Harmonic distortion problems
• power electronic devices
• equipment overheating
• motor failures
• capacitor failure
• Power System Harmonics
• Electric Circuits
• Electric Machines
• Small Signal Amplifiers
• DC Signal amplifiers
• electronics
• integrated circuits
• electronic systems
• IC technology
• microelectronics
• voltage
• power electronic
• Mathematics
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• Semiconductor diodes
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• BJT transistor modeling