Handbooks for the following subects have been uploaded:
Optimization techniques
Non-conventional sources of energy
Power sytem analysis
Power sytem operation and control
It consists of syllabus, suggested books, journals, session planner, guest lecture topics, student seminar topics and assignment questions.
You can download the handbook from the 4TH YEAR 1ST SEMESTER HANDBOOK menu on the right. Please note that you will need the latest Acrobat Reader to open the files.
Sunday, July 27, 2008
Wednesday, July 23, 2008
Optimization Techniques Notes and Syllabus
Files have been uploaded onto jntuhelp blog:
Optimization Techniques JNTU syllabus
Optimization Techniques Unit 1 Notes
You can download these on the right hand side under - 4 YR 1 SEM SYLLABUS and 4 YR 1 SEM NOTES.
Happy acads! And do remember guys, Hard work pays!
Optimization Techniques JNTU syllabus
Optimization Techniques Unit 1 Notes
You can download these on the right hand side under - 4 YR 1 SEM SYLLABUS and 4 YR 1 SEM NOTES.
Happy acads! And do remember guys, Hard work pays!
Sunday, July 6, 2008
Subject wise JNTU Textbooks : EEE II YR I SEM
Pulse and Digital Circuits:
- Anand Kumar, Yoganarasimha , Millman and Taub (for conceptual studies)
- Electromagnetics by William Hayt and Buck.
- Engineering Mathematics vol 3 By S Chand Publications
- Fluid mechanics and hydraulic machinery by Modhi and Seth
- A text book on Electrical engineering Vol 2 by B L Theraja
- Electrical machinery by P S Bimbra
- Switching Theory and Logic Design by CVS Rao
- Digital design by Morris Mano (for flip flops, and basics on combinational circuits)
Thursday, April 19, 2007
Electrical Machines - 1: Lab Experiments
Brake test on dc shunt motor
Swimburne's test on dc machines
Speed control of dc shunt motor
Magnetisation characteristics of dc separately excited generator
Load test on dc series generator
Load test on dc compound motor
Series field test on dc machines
Magnetisation characteristics of dc shunt generator
Swimburne's test on dc machines
Speed control of dc shunt motor
Magnetisation characteristics of dc separately excited generator
Load test on dc series generator
Load test on dc compound motor
Series field test on dc machines
Magnetisation characteristics of dc shunt generator
Sunday, February 11, 2007
Lesson 4
You can perform First Order Integration on your Casio 991ES or Casio 991MS calcy.
Step 1: First set your calcy in the COMP mode.
Step 2: Press Integration.
Step 3: Type the required function.
Step 4: Enter the limits of Integration pressing the -> before every limit.
Step 5: Press = to get the solution.
eg: If you want to find the integration of x2+2x+1 between x=1 and x=2.
follow the procedure as mentioned above then press -> press 1 then press -> press 2. and press =.
Note: You can solve only first order integration.
Step 1: First set your calcy in the COMP mode.
Step 2: Press Integration.
Step 3: Type the required function.
Step 4: Enter the limits of Integration pressing the -> before every limit.
Step 5: Press = to get the solution.
eg: If you want to find the integration of x2+2x+1 between x=1 and x=2.
follow the procedure as mentioned above then press -> press 1 then press -> press 2. and press =.
Note: You can solve only first order integration.
Lesson 3
You can perform First Order Differentiation on your Cassio 991ES or Cassio 991MS calcy.
Step 1: First set your calcy in the COMP mode.
Step 2: Press Shift + Integration.
Step 3: Type the required function.
Step 4: Press -> and enter the value of x at which you want to find the differentiation of the function.
Step 5: Press = to get the solution.
eg: If you want to find the differentiation of x2+2x+1 at x=12
follow the procedure as mentioned above then press -> press 12. and press =.
Note: You can solve only first order differentiation.
Step 1: First set your calcy in the COMP mode.
Step 2: Press Shift + Integration.
Step 3: Type the required function.
Step 4: Press -> and enter the value of x at which you want to find the differentiation of the function.
Step 5: Press = to get the solution.
eg: If you want to find the differentiation of x2+2x+1 at x=12
follow the procedure as mentioned above then press -> press 12. and press =.
Note: You can solve only first order differentiation.
Thursday, February 8, 2007
Environmental Science - Units 1 to 4
EEE 2nd year students can now download Environmental Science notes prescribed by the JNTU syllabus for Units 1 to 4 by CLICKING HERE.
Keep coming back for more notes and important information!
Keep coming back for more notes and important information!
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