Hi Friends,
we are posting Electrical Measurments notes:
EEESA TEAM --- "TEAM WORK NEVER FAILS"
Sunday, 31 July 2011
Wednesday, 27 July 2011
JAVA Notes
JAVA Notes-All 8 Units (PPT'S Included)
UNIT-1
UNIT-2Code:http://www.ziddu.com/download/12872631/UNIT-1.ppt.html OR http://www.mediafire.com/file/zmwm35nnvmy/UNIT-1.ppt
UNIT-3Code:http://www.ziddu.com/download/12872630/unit-2.ppt.html OR http://www.mediafire.com/file/y3dnltmdx2d/unit-2.ppt
UNIT-4Code:http://www.ziddu.com/download/12872628/unit-3.ppt.html OR http://www.mediafire.com/file/3jzxdedwyyc/unit-3.ppt
UNIT-5Code:http://www.ziddu.com/download/12872634/UNIT-4.ppt.html OR http://www.mediafire.com/file/o5dzllyjjmz/UNIT-4.ppt
UNIT-6Code:http://www.ziddu.com/download/12872633/Unit-5.ppt.html OR http://www.mediafire.com/file/zindm2wn3zt/Unit-5.ppt
UNIT-7Code:http://www.ziddu.com/download/12872629/unit-6.ppt.html OR http://www.mediafire.com/file/2etumwuwkgz/unit-6.ppt
UNIT-8Code:http://www.ziddu.com/download/12872632/unit-7.ppt.html OR http://www.mediafire.com/file/wzwj4dvdzym/unit-7.ppt
Some More PPt's on JAVA (Covering All concepts in JAVA)Code:http://www.ziddu.com/download/12872627/unit-8.ppt.html OR http://www.mediafire.com/file/yy4ngy2mzmz/unit-8.ppt
Important Questions (Unit wise)Code:http://www.ziddu.com/download/128726...-ppts.rar.html OR http://www.mediafire.com/?sharekey=2...1dc00c2f906379
Tuesday, 26 July 2011
MOVING A STRING ALP For MP Lab
Write an ALP to implement a moving display of a given string of digits
on a display interface with a suitable delay.
PROGRAM ALGORITHM
START: MVI A,CW STEP 1: Initialize all ports
OUT CWR: STEP 2: Make all rows high
MVI C,04H STEP 3: Sense the Key board
RPTCD: MVI A,FFH STEP 4: Is any Key Pressed , if Yes call
CALL DISP delay
LXI D,FFFFH STEP 5: If No, Check the Key Pressed
CALL DELY STEP 6: Initialize counter
DCR C Step 7: Set Row High.
JNZ RPTCD Step 8:Is any Key Pressed Check first
LXI D,FFFFH column, If No increment the
CALL DELY counter by 8 and enable next Row.
LXI H, F100H Step 9: If Yes Display the counter.
MVI C, 04H
RPDIS: MOV A,M
CALL DISP
INX H
PUSH H
PUSH B
LXI D,FFFFH
CALL DELY
POP B
POP H
DCR C
JNZ RPDIS
LXI D,FFFFH
CALL DELY
JMP START
DISP: MVI E,08H
MOV B,A
RPTR: MOV A,B
OUT PB
RRC
MOV B,A
MVI A,00H
OUT PC
CMA
OUT PC
DCR E
JNZ RPTR
RETURN: RET
NOTE:
• Store the program from F000H.
• Store the string of data from F100h.
• Connect the interfacing unit to the PPI of the kit.
• Execute the program.
• Observe the result in the display interface unit.
LED DISPLAY:
a
f b
g .h
e c
d
String for SSIT:
A b c d e f g h
0 1 0 0 1 0 0 1 49H(S)
0 1 0 0 1 0 0 1 49H(S)
1 0 0 1 1 1 1 1 9FH(i)
1 1 1 0 0 0 0 1 E1H(t)
STRING REVERSAL ASSEMBLY PROGRAM for MP lab
- ORG 100h
-
- MOV si,sp ; Save stack pointer!
-
- input_loop:
- XOR ax,ax
- INT 16h ; Use int16 to get a keystroke
-
- CMP al,' ' ; is it a space char?
- JE input_loop ; if space, get another char
-
- PUSH ax ; Save current char on stack top!
- CMP al,13 ; Terminating CR?
- JNE input_loop
-
- POP ax ; Get rid of last pushed char (terminating CR)
- JMP test_stack
-
- disp_loop:
- POP dx ; DL will get the pushed char
- MOV ah,2
- INT 21h
-
- test_stack:
- CMP si,sp ; Is the stack back where we started?
- JNE disp_loop
-
- done: ; So,exit
- MOV ax,0x4C00
- INT 0x21
MP LAB PROGRAMS on SORTING n-numbers in ascending order
AIM: To write 8086 Assembly Language Program to sorting n-hexadecimal number in ascending order.
Answer:
MODEL SMALL
.STACK 100
.DATA ; Data segment starts
LIST DW 53H, 25H, 02H, 19H ; Array (list) containing 4 elements is initialized.
COUNT EQU 04 ; Count is initialized to 4
.CODE ; Code segment starts
START:
MOV AX,@DATA ;Initialize the data segment
MOV DS,AX
MOV DX,COUNT-1 ;Move 03(count-1) to DX register
LOOP0: MOV CX,DX ;Move the contents of DX to CX register
MOV SI,OFFSET LIST ;Move the pointer variable of array(list) to SI
LOOP1: MOV AX,[SI] ;Move the contents of array pointed by SI to AX register
CMP AX,[SI+2] ;Compare the contents of array pointed by SI and SI+2
JL PR1 ; Transfers the control to PR1 if OF & SF are SET i.e. if 1st no<2nd style="font-size:130%;">
AIM: To write 8086 Assembly Language Program to sorting n-hexadecimal number in descending order.
Answer:
MODEL SMALL
.STACK 100
.DATA ; Data segment starts
LIST DW 53H, 25H, 02H, 19H ; Array (list) containing 4 elements is initialized.
COUNT EQU 04 ; Count is initialized to 4
.CODE ; Code segment starts
START:
MOV AX,@DATA ;Initialize the data segment
MOV DS,AX
MOV DX,COUNT-1 ;Move 03(count-1) to DX register
LOOP0: MOV CX,DX ;Move the contents of DX to CX register
MOV SI,OFFSET LIST ;Move the pointer variable of array(list) to SI
LOOP1: MOV AX,[SI] ;Move the contents of array pointed by SI to AX register
CMP AX,[SI+2] ;Compare the contents of array pointed by SI and SI+2
JG PR1 ; Transfers the control to pr1 if OF & SF
; are RESET i.e. if 1st no>2nd no.
XCHG [SI+2],AX ;Exchanges the contents of AX with [SI+2]
XCHG [SI],AX ;Exchanges the contents of AX with [SI]
PR1: ADD SI,02 ;Increments SI by 2
LOOP LOOP1 ; Control passes to LOOP1
DEC DX ; Decrement DX register
JNZ LOOP0 ; Jump to LOOP0 if CX! = 0
INT 03H
END START
INPUT:
LIST 53H, 25H, 02H, 19H
OUTPUT:
SORTED ARRAY OF THE INPUT
53H, 25H, 19H, 02H
AIM: To write 8086 Assembly Language Program to find Number of Positive & Negative hexadecimal numbers in an array.
Answer:
MODEL SMALL
.STACK 100
.DATA ; Data segment starts
LIST DW 2345H, 4567H, 8125H, 0A120H ; Initialize an array (LIST) of 16bit
COUNT EQU 04 ; Initialize count variable
.CODE ; Code segment starts
START:
XOR BX,BX ; Clear the contents of BX register
XOR DX,DX ; Clear the contents of DX register
MOV AX,@DATA ; Initialize data segment
MOV DS,AX
MOV CL,COUNT ;Move count to CL register
MOV SI,OFFSET LIST ;Offset of array is moved to SI
LOOP1: MOV AX,[SI] ;The contents of array pointed by SI are moved to AX
SHL AX,01 ;After SHL, the MSB will contain the SIGN FLAG
JC NEG1 ; Jump on no carry to NEG1
INC BX ; Increment BX register
JMP NEXT ; Jump to NEXT
NEG1: INC DX ; Increment DX register
NEXT: ADD SI,02 ;Increment SI by 2
DEC CL ; Decrement CL by 1
JNZ LOOP1 ; Jump to loop1 if ZF! = 0
INT 03H
END START
INPUT:
ARRAY OF 16BITS
LIST DW 2345H, 4567H, 8125H, 0A120H
OUTPUT:
BX register gives the no of positive numbers in the given array (LIST)
DX register gives the no of negative numbers in the given array (LIST)
AIM: To write 8086 Assembly Language Program to find Number of Even & Odd hexadecimal numbers in an array.
Answer:
MODEL SMALL
.STACK 100
.DATA ; Data segment starts
LIST DW 2345 H, 4567 H, 8125 H, 0A120 H, 6742 H ; Initialize an array (LIST) of 16bit
COUNT EQU 05 ; Initialize count variable
.CODE ; Code segment starts
START:
XOR BX,BX ;Clear the contents of BX register
XOR DX,DX ;Clear the contents of DX register
MOV AX,@DATA ;Initialize data segment
MOV DS,AX
MOV CL,COUNT ;Move count to CL register
MOV SI,OFFSET LIST ;Offset of array is moved to SI
LOOP1: MOV AX,[SI] ;The contents of array pointed by SI are moved to AX
ROR AX,01 ;After ROR, the LSB specifies if the no is even/odd
JC ODD ;Jump on no carry to ODD
INC BX ; Increment BX register
JMP NEXT ; Jump to next
ODD: INC DX ; Increment DX register
NEXT: ADD SI,02 ;Increment SI by 2
DEC CL ; Decrement CL by 1
JNZ LOOP1 ; Jump to loop1 if ZF! = 0
INT 03H
END START
Answer:
MODEL SMALL
.STACK 100
.DATA ; Data segment starts
LIST DW 53H, 25H, 02H, 19H ; Array (list) containing 4 elements is initialized.
COUNT EQU 04 ; Count is initialized to 4
.CODE ; Code segment starts
START:
MOV AX,@DATA ;Initialize the data segment
MOV DS,AX
MOV DX,COUNT-1 ;Move 03(count-1) to DX register
LOOP0: MOV CX,DX ;Move the contents of DX to CX register
MOV SI,OFFSET LIST ;Move the pointer variable of array(list) to SI
LOOP1: MOV AX,[SI] ;Move the contents of array pointed by SI to AX register
CMP AX,[SI+2] ;Compare the contents of array pointed by SI and SI+2
JL PR1 ; Transfers the control to PR1 if OF & SF are SET i.e. if 1st no<2nd style="font-size:130%;">
AIM: To write 8086 Assembly Language Program to sorting n-hexadecimal number in descending order.
Answer:
MODEL SMALL
.STACK 100
.DATA ; Data segment starts
LIST DW 53H, 25H, 02H, 19H ; Array (list) containing 4 elements is initialized.
COUNT EQU 04 ; Count is initialized to 4
.CODE ; Code segment starts
START:
MOV AX,@DATA ;Initialize the data segment
MOV DS,AX
MOV DX,COUNT-1 ;Move 03(count-1) to DX register
LOOP0: MOV CX,DX ;Move the contents of DX to CX register
MOV SI,OFFSET LIST ;Move the pointer variable of array(list) to SI
LOOP1: MOV AX,[SI] ;Move the contents of array pointed by SI to AX register
CMP AX,[SI+2] ;Compare the contents of array pointed by SI and SI+2
JG PR1 ; Transfers the control to pr1 if OF & SF
; are RESET i.e. if 1st no>2nd no.
XCHG [SI+2],AX ;Exchanges the contents of AX with [SI+2]
XCHG [SI],AX ;Exchanges the contents of AX with [SI]
PR1: ADD SI,02 ;Increments SI by 2
LOOP LOOP1 ; Control passes to LOOP1
DEC DX ; Decrement DX register
JNZ LOOP0 ; Jump to LOOP0 if CX! = 0
INT 03H
END START
INPUT:
LIST 53H, 25H, 02H, 19H
OUTPUT:
SORTED ARRAY OF THE INPUT
53H, 25H, 19H, 02H
AIM: To write 8086 Assembly Language Program to find Number of Positive & Negative hexadecimal numbers in an array.
Answer:
MODEL SMALL
.STACK 100
.DATA ; Data segment starts
LIST DW 2345H, 4567H, 8125H, 0A120H ; Initialize an array (LIST) of 16bit
COUNT EQU 04 ; Initialize count variable
.CODE ; Code segment starts
START:
XOR BX,BX ; Clear the contents of BX register
XOR DX,DX ; Clear the contents of DX register
MOV AX,@DATA ; Initialize data segment
MOV DS,AX
MOV CL,COUNT ;Move count to CL register
MOV SI,OFFSET LIST ;Offset of array is moved to SI
LOOP1: MOV AX,[SI] ;The contents of array pointed by SI are moved to AX
SHL AX,01 ;After SHL, the MSB will contain the SIGN FLAG
JC NEG1 ; Jump on no carry to NEG1
INC BX ; Increment BX register
JMP NEXT ; Jump to NEXT
NEG1: INC DX ; Increment DX register
NEXT: ADD SI,02 ;Increment SI by 2
DEC CL ; Decrement CL by 1
JNZ LOOP1 ; Jump to loop1 if ZF! = 0
INT 03H
END START
INPUT:
ARRAY OF 16BITS
LIST DW 2345H, 4567H, 8125H, 0A120H
OUTPUT:
BX register gives the no of positive numbers in the given array (LIST)
DX register gives the no of negative numbers in the given array (LIST)
AIM: To write 8086 Assembly Language Program to find Number of Even & Odd hexadecimal numbers in an array.
Answer:
MODEL SMALL
.STACK 100
.DATA ; Data segment starts
LIST DW 2345 H, 4567 H, 8125 H, 0A120 H, 6742 H ; Initialize an array (LIST) of 16bit
COUNT EQU 05 ; Initialize count variable
.CODE ; Code segment starts
START:
XOR BX,BX ;Clear the contents of BX register
XOR DX,DX ;Clear the contents of DX register
MOV AX,@DATA ;Initialize data segment
MOV DS,AX
MOV CL,COUNT ;Move count to CL register
MOV SI,OFFSET LIST ;Offset of array is moved to SI
LOOP1: MOV AX,[SI] ;The contents of array pointed by SI are moved to AX
ROR AX,01 ;After ROR, the LSB specifies if the no is even/odd
JC ODD ;Jump on no carry to ODD
INC BX ; Increment BX register
JMP NEXT ; Jump to next
ODD: INC DX ; Increment DX register
NEXT: ADD SI,02 ;Increment SI by 2
DEC CL ; Decrement CL by 1
JNZ LOOP1 ; Jump to loop1 if ZF! = 0
INT 03H
END START
Sunday, 24 July 2011
Neural Networks Notes (Unit wise)
Unit-1
Code:
Unit-2
Code:
Unit-3
Code:
Unit-4
Code:
For Remaining Units
Code:
http://www.mediafire.com/file/mg42vh...2_NN_notes.pdfFriday, 22 July 2011
Regarding to ur Electrical Machines-III
Hi Friends,
we are posting useful topic regarding to your Electrical machines-III
Transients in Synchronous Generators:
Harmonic Generation and Elimination in Synchronous Generators:
Download link:http://www.ziddu.com/download/15759772/onicGenerationandEliminationinSynchronousGenerator.doc.html
Synchronous Induction Motors
2-1 EEE Text Books
2-1 (R09) EEE Text Books For JNTU-KAKINADA
Engineering circuit analysis by William hayt and jack e kemmerly McGraw Hill
Engineering Circuit Analysis-Solutions-7edition Hayt
2) FLUID MECHANICS AND HYDRAULIC MACHINERY Code:
http://www.filesonic.com/file/24989079/007286611XCircuit.part1.rar http://www.filesonic.com/file/24989077/007286611XCircuit.part2.rar http://www.filesonic.com/file/24989267/007286611XCircuit.part3.rar http://www.filesonic.com/file/24989095/007286611XCircuit.part4.rar
Fluid Mechanics and Hydraulic Machines By Husain & Abdullah
Fluid Mechanics and Machinery By C.P.Kothandaraman & Rudramoorthy
A Text Book of Fluid Mechanics and Hydraulic Machines By Dr.R.K.Bansal
Fluid Mechanics and Machinery By C.P.Kothandaraman & Rudramoorthy
A Text Book of Fluid Mechanics and Hydraulic Machines By Dr.R.K.Bansal
3) Electronic Devices & Circuits
Electronic Devices And Circuits by J Lal Kishore
Electronic Devices and Circuit Theory (7th Edition) By Robert L. Boylestad, Louis Nashelsky
Electronic Devices and Circuit Theory 8th Ed. - Instructors Resource Manual with Text Solutions, Lab Solutions, and Test Item File by Robert Boylestad
Electronic Devices By Thomas L Floyd
To open the above file (Electronic Devices By Thomas L Floyd) u need to have Djvu software, u can download it from the below link
4) MANAGERIAL ECONOMICS AND FINANCIAL ANALYSIS Electronic Devices and Circuit Theory (7th Edition) By Robert L. Boylestad, Louis Nashelsky
Electronic Devices and Circuit Theory 8th Ed. - Instructors Resource Manual with Text Solutions, Lab Solutions, and Test Item File by Robert Boylestad
Electronic Devices By Thomas L Floyd
To open the above file (Electronic Devices By Thomas L Floyd) u need to have Djvu software, u can download it from the below link
Managerial Economics and Financial Analysis – Aryasri
5) ELECTRICAL MACHINES - IElectric Machinary – A. E. Fritzgerald, C. Kingsley and S. Umans
6) ELECTROMAGNETIC FIELDS Engineering Electromagnetics" by William H. Hayt & John. A. Buck
Solution Manual For Engineering Electromagnetics by William H. Hayt & John. A. Buck
Solution Manual For Engineering Electromagnetics by William H. Hayt & John. A. Buck
--
Regards,
EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"
3-1 EEE Text Books
3-1 EEE (R07) Text Books For JNTU-KAKINADA
Electric Machinary – A. E. Fritzgerald, C. Kingsley and S. Umans
2) Electrical MeasurementsElectrical Measurements By Bakshi
3) Power Systems-II4) Computer System Organization
Computer System Architecture – M.Moris Mano
Computer Organization and Architecture By William Stallings
Remaining Books will be updated soon... Computer Organization and Architecture By William Stallings
--
Regards,
EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"
4-1 EEE Text Books
4-1 ELECTRICAL AND ELECTRONICS ENGINEERING (EEE) Text Books For JNTUK
1) Neural Networks and Fuzzy Logic
Neural Networks – Simon Hakins
Code:
http://www.ziddu.com/download/153687...aykin.rar.html
Fuzzy Logic & Neural Networks : Basic Concepts & Applications By R.Alavala
Code:
http://www.ziddu.com/download/153687...avala.rar.html
Neural Networks, Fuzzy logic, Genetic algorithms: synthesis and applications by Rajasekharan and G. A. Vijayalakshmi Rai
Code:
http://books.google.co.in/books?id=H...page&q&f=false
2) POWER SYSTEM ANALYSIS
Power System Analysis By PSR Murthy
Code:
http://www.ziddu.com/download/153688...urthy.rar.html
Computer Methods in Power Systems Analysis By Stagg & El-Abiad
Code:
http://www.ziddu.com/download/153689...lysis.rar.html
3) POWER SYSTEM OPERATION AND CONTROL
Power System Analysis and Design by J.Duncan Glover and M.S.Sarma., THOMPSON
Code:
http://www.ziddu.com/download/153694...lover.rar.html
Electrical Power Systems Technology By Stephen W.Fardo & Dale R.Patrick
Code:
http://www.ziddu.com/download/153690...oDale.rar.html
Electrical Power Systems By D.Das
Code:
http://www.ziddu.com/download/153690...D.Das.rar.html
Electrical Power Systems By Mohamed E.EL-Hawary
Code:
http://www.ziddu.com/download/153692...awary.rar.html
4) H.V.D.C. TRANSMISSION
HVDC Transmission – J.Arrillaga
Code:
http://www.ziddu.com/download/153840...llaga.rar.html
HVDC & Facts Controllers By Vijay K.Sood
Code:
http://www.ziddu.com/download/153840....Sood.rar.html
5) HIGH VOLTAGE ENGINEERING
High Voltage Engineering: Fundamentals by E.Kuffel, W.S.Zaengl, J.Kuffel by Elsevier
Code:
http://www.ziddu.com/download/153840...uffel.rar.html
High Voltage Engineering By C.L.Wadhwa
Code:
http://www.ziddu.com/download/153840...adhwa.rar.html
Remaining Books will be updated soon...
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Regards,
EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"
Fwd: Small Project on Control electrical appliances using PC
Hi Frineds,
we are posting a small project on Control electrical appliances using PC.Here is a circuit for using the printer port of a PC, for control application using software and some interface hardware. The interface circuit along with the given software can be used with the printer port of any PC for controlling up to eight equipment
Code:
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Regards,
EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"
3-1 Regular/supply previous Questions Papers[R05,RR,R07]
Hi Friends,
we are sending a download link of 3-1 Previous Question Papers it will help u,don't go for All In One's it will give only/just pass marks,not the concept,go through text books and revise Question Papers
Code:
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Regards,
EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"
Online dictionary for net users
Hi Friends,
Here is a download link of online dictionary it will use full to u,its not only giving the meaning of WORD,it give how to pronounce a word
download and install it. After installation open bablyon, go to menu ---->configuration------>licences then enter below user name and password
User Name: LloydMurphy
License Code: 4T4T0H3THUY3YCBU8JF8H4ZFHZ
CODE:
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Regards,
EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"
Syllabus of 4-1 EEE
Hii Frnds,
we are posting syllabus of 4-1 EEE
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EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"
3-1 Electrical Measurments Text Book
Hii frnds,
we are posting a text book that will use full to u
--
Regards,
EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"
4-1 Previous Question Papers
HI Friends,
we are sending 4-1 [R07 Regular] previous Question Papers that will help u how the questions are asking in previous papers
below the download link:
Code:
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Regards,
EEESA TEAM
"TEAM WORK NEVER FAILS"
"TEAM WORK NEVER FAILS"