Transistor Amplifiers (II) Other Amplifier Stages

EBook Description: Contents: 1. Common�source amplifier (cont.) 2. Common�drain amplifier 3. Common�gate amplifie

Contents:
1. Introduction
2. CMOS multistage voltage amplifier
3. BiCMOS multistage voltage amplifier
4. BiCMOS current buffer
5. Coupling amplifier stage

Multistage Amplifiers (II) DC Voltage and Current Sources

Contents:
1. DC voltage sources
2. DC current sources and sinks

Designing Analog Chips (Hans Camenzind PDF 242p)

Analog World

"Everything is going digital". Cell phones, television, video disks,
hearing aids, motor controls, audio amplifiers, toys, printers, what have you.

Single stage Amplifiers

Contents:
1. Amplifier fundamentals
2. Common�source amplifier
3. Common�source amplifier with current�source suppl

Frequency Response of Common source Amplifier

Contents:
1. Introduction
2. Intrinsic frequency response of MOSFET
3. Frequency response of common�source amplifier
4. Miller effect

Miller Effect, Open circuit Time Constant Technique

Contents:
1. Open�circuit time�constant technique
2. Application of OCT to common�source amplifier
3. Frequency response of common�gate amplifier

Frequency Response of other Amplifier Stages

Contents:
1. Frequency response of common-drain amplifier
2. Cascode Amplifier

Analog Electronics Lecture Notes

This is the web page for ECE 3050 Analog Electronics, taught by Dr. W. Marshall Leach, Jr.

Basic Analog and Digital Student Guide (PDF 176p)

Digital simply means represented by digits. Think about how many times each day you
encounter analog values that are represented with digits. The temperature is 79.8 degrees.
The speed limit is 45 miles per hour, etc. Not surprisingly, digital electronics represents
values with digits.

The Pros and Cons of Amplifier Design

C
an an amp put out more power than a �wall
socket� can deliver? I have encountered this
discussion numerous times. It is a fairly complex issue that even some fairly decent technicians don�t
understand. The simple FACT is that you cannot get
more power out of an amplifier (CONTINUOUSLY)
than the wall socket can provide! No power amp
is 100% efficient, but the situation with peak and/
or music power is quite a bit different than average
power or what most people refer to as RMS (root
mean square) power.

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