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L01 EE 311 Sp10 Summary of Lectures on Blackboard 2010

# L01 EE 311 Sp10 Summary of Lectures on Blackboard 2010 - EE...

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Summary of Lecture Folders In Course Document Folder on Blackboard on ublearns Note that the order of lectures in EE 311 & EEO 311 does depend upon the order in which experiments in EE 353 Electronics Circuits Lab are performed. Day of Update: Saturday, January 09, 2010 Lecture 5 th ed. 4 th ed. Description of Lecture Content Sedra Sedra Section Section 01 M Jan 11 Course Policies (Posted in Information Folder) 02 W Jan 13 5.9 Frequency Response of Common-Emitter Amplifier L2_1.ppt 5.9.2 Analysis of the CE High Frequency Response L2_2.ppt The midband voltage gain and upper half-power frequency 03 F Jan 15 5.9 CE High Frequency Response Example 5.18 & Exercise 5. 51 Exercise 5. 51 JJW & Problem 5.157 Problem 5.159 Single dc supply Problem 5.161 Grounded Emitter Amp. Printout 2 files for EE 311 Lecture 3 Friday Jan. 16 On Blackboard on ublearns: Course Document Folder/Spring 2009 Lectures/5.9 Frequency Response of the Single Stage Amplifier 5.9.2 Part II CE High Frequency Response Exercises L3_1 5.9.2 Part III P1.161 Grounded Emitter Amplifer L3_2 00 M Jan 18 No Classes 04 W Jan 20 5.9.3 Printout 2 files for EE 311 Lecture 4 Wed. Jan. 21 On Blackboard on ublearns: Course Document Folder/Spring 2009 Lectures/5.9 Frequency Response Single Stage Amplifier Frequency Response of the Common-Emitter Amplifier Part I Low Frequency Response L4_1.ppt Part II Method of Short-Circuit Time Constants L4_2.ppt Part III BJT Calculations L4_3.ppt Part IV FET Calculations L4_4.ppt The file on the FET Common-Source Amplifier was covered in EE 310 and will not be discussed. 05 F Jan 22 5.9 CE Low Frequency Response Problems Exercise 5.52 Two Supply CE Circuit Problem 5.163 Single Supply CE Circuit Problem 5.164 Single Supply CE Circuit Design for coupling and bypass capacitors Problem 5.161 Part B Low frequency response of Grounded- Emitter Circuit with RB feedback resistor from collector to base Problem 5.161 Part C Design for coupling capacitors of Grounded-Emitter Circuit with RB feedback resistor from collector to base 06 M Jan 25 5.9 & 1. P5.167 CE with an emitter degeneration resistor RE

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5.11 Reduction in midband gain and reduction in lower half-power frequency. 2. SPICE2 Gummel-Poon BJT Model Equations & parameters 3. P5.163 Determination of PSPICE Gummel-Poon BJT Model Parameters and PSPICE Output File 07 W Jan 27 6.1 & 6.2 Table 6.1 Typical Values of CMOS Parameters Table 6.2 Typical Values of BJT Parameters 08 F Jan 29 6.3 6.4 IC Biasing-Current Sources & Current Mirrors & Current Steering Basic MOSFET Current Source BJT Current Mirrors 09 M Feb. 1 7.3 6.1 & 6.2 The BJT Differential Pair 6.1 (4 th 6.2 (4 th ) Small-Signal Operation of the BJT Differential Amplifier Common-mode Voltage Gain & Input Resistance
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L01 EE 311 Sp10 Summary of Lectures on Blackboard 2010 - EE...

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