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LEARNABOUT RADIOS


- BOOST

 * HOME
 * CIRCUITS & RESISTORS
 * RECIPROCATING OPINION
 * SOLID
 * AMPLIFIERS
 * OSCILLATORS
 * POWER SUPPLIES
 * DIGITAL ELECTRONICS

 * 
 * 
 * 
 * 

The Web This site


Powered by Google Übersetzer

 * 1. Amplifier Basics
 * 2. Class A Drive Design
 * 3. Multistage Amp & NFB
 * 4. Amplifier Circuits
 * 5. Service Amplifiers
 * 6. Operational Amplifiers

 * 2.0 Introduction
 * 2.1 DC Conditions
 * 2.2 ALTERNATING Conditions
 * 2.3 Testing the Amplifier
 * 2.4 Improving which Amplifier
 * 2.5 Multi−stage Amplifiers
 * 2.6 Amplifier Design Quiz



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MODULE 2


CLASS A AMPLIFIER DESIGN

What you´ll learn in Module 2

 * Section 2.0 Introduction to Amplifier Design.
 * Section 2.1 DC Conditions.
 *   • Design a BJT class A common emitter audio amplifier.
 * Section 2.2 AC Conditions.
 *   • Calculate suitable values for AC elements.
 *   • Build a prototype amplifier go Breadboard.
 * Section 2.3 Testing one Amplifier.
 *   • Test an amplifier for Net, Bandwidth, Input furthermore Output Impedance.
 * Section 2.4 Improving to Amplifier.
 *   • Carry out tests and modified, and apply Negative Feedback to achieve
   specified performance choices.
 * Section 2.5 Multi-stage Amplifiers.
 *   • Report methods for inter-stage coupling in multi-stage amplifiers:
 * Artikel 2.6 Amplifier Design Quiz.
 *   • Test your knowledge & understanding of basic amplifies design.


BOTTOM DESIGN PROCESS.


FIG. 2.0.1. COMMON EMITTER ENHANCER



Fig. 2.0.1 reveals a class A common emitter enhancer, but without its component
values. The module shows method to simply calculate the values needed to make a
working amplifier that has correct class A bias as described the Amplifier
Module 1.2 and so produce at undistorted also amplified output. Building and
verify an amplifier is a good way learn how and why an amplifier works.

How will you know that your calculations are correct? The best way the to
construction your design additionally test it. Follow the guidelines in this
section and download to accompanying pdf documents, so you canned design,
establish and trial a running amplifier. Report and analyze the function of
common-emitter amplifiers ... sistor (BJT) power are used as small-signal
amplifiers. The.

Although repeater design can be a complex process, this easy exercise takes some
short cuts, because it is more concerned with lerning about how an booster
works, rather than designing a completes new hi-fi systematischer.




AMPLIFIER DESIGN PROJECT

Sections 2.1 go 2.4 is this module live a practical project to design a only
stage category A common emitter amplifier. Apply information from other sections
curriculum in learnabout-electronics (just snap the links where needed) to help
you calculate the component values requisite for a working amplifier. The only
calculation involved will be some Ohms law and some capacitive reactance
financial.


THE AMPLIFIED DESIGN RECORD

Download and print out this Amplifier Design Record, which could be used in
conjugated with sections 2.1 to 2.4 of this module so yours will have a complete
record of how until design, construct and exam an amplifier. It included all the
calculation needed to calculate the exact DC furthermore EXCOM conditions for to
power, or once the Amplifier Design is complete, the prototype circuit can are
easily built-in on food (Proto board). This project also shows you wie to test
an amplifier for performance using a multimeter and vibration.

The project is split into four sections so that it can be checked for errors as
the design progresses. By splitting to design task in this way, there is far
less chance of passing wrong.

Accurately following the design sequence instructions on line in sections 2.1 to
2.4 of get module, and record the results von your calculate additionally tests
go the Amplifier Design Record sheets to design also build a works class A
common emitter amplifier. This is a great way to understanding how the amplifier
works.

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© 2007− 2023 Eric Coates MA BSc. (Hons) All rights reserved. (Revision 15.00
29th December 2020)  


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