EE 420L
Analog Integrated Circuit Design Laboratory
Laboratory Report 6: Single-Stage Transistor Amplifier.

AUTHOR: Henry Mesa
EMAIL: mesah1@unlv.nevada.edu
03-25-2020

Laboratory Overview: Introduction to MOSFETs. This lab will utilize the ZVN3306A and ZVP3306A MOSFETs.  

    Due to laboratory restrictions set by Clark County School District to avoid the spread of Covid-19, experimental results in this laboratory are borrowed from student reports from previous semesters. Link to citations used in this laboratory are located at the end of this report.

Circuit 1:  Source Follower.

 
Hand Calculations to Detail Circuit's Operation:
 
                           N3306M (NMOS)
     DC Analysis:
     
     AC Analysis:
     
 
     Input and Output Resistance:
     
           
                    P3306M (PMOS)
     DC Analysis:
     
     AC Analysis:
     
 
     Input and Output Resistance:
     

Simulation:
 

 


Experimental Results:
 

 

Experimental Results showing above are results taken by other students in previous class semesters. Please, refer to end of page for list of works cited.
 

Circuit 2: Common-Source Amplifier.

 
Hand Calculations to Detail Circuit's Operation:


                           N3306M (NMOS)
     DC Analysis:
     
     AC Analysis:
     
 
     Input and Output Resistance:
     
           
                    P3306M (PMOS)
     DC Analysis:
     
     AC Analysis:
     
 
     Input and Output Resistance:
     
 

 
Simulation:

 

 
Experimental Results:

 

 

Circuit 3: Common-Gate Amplifier.

 
Hand Calculations to Detail Circuit's Operation:
   N3306M (NMOS)
     DC Analysis:
     
     AC Analysis:
     
 
     Input and Output Resistance:
     
           
                    P3306M (PMOS)
     DC Analysis:
     
     AC Analysis:
     
 
     Input and Output Resistance:
     
 
Simulation:

 

 
Experimental Results:

 

Circuit 4: Push-Pull Amplifier.

 

     
     AC Analysis:
     
 
Simulation:

 


                                                                            R = 100k                                                                                                                                     R = 510k

                                           

 
Experimental Results:

 

 

Works cited:

  1. http://cmosedu.com/jbaker/courses/ee420L/s19/students/kerstett/lab_6/lab_6.htm
  2. http://cmosedu.com/jbaker/courses/ee420L/s19/students/mcdonc4/lab6/lab6.htm
  3. http://cmosedu.com/jbaker/courses/ee420L/s19/students/reedj35/lab6/lab6.htm

  

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