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ISE Design Suite (Xilinx, Inc)




About Xilinx
Xilinx, Inc. is a supplier of programmable logic devices. It is known for inventing the field programmable gate array (FPGA) and as the first semiconductor company with a fabless manufacturing model.Founded in Silicon Valley in 1984, the company is headquartered in San Jose, California, U.S.A.; Dublin, Ireland;Singapore; and Tokyo, Japan. The company has corporate offices throughout North America, Asia and Europe.


Technology
Xilinx designs, develops and markets programmable logic products including integrated circuits (ICs), software design tools, predefined system functions delivered as intellectual property (IP) cores, design services, customer training, field engineering and technical support. Xilinx sells both FPGAs and CPLDs programmable logic devices for electronic equipment manufacturers in end markets such as communications, industrial, consumer, automotive and data processing.


Current Family Lines

  • Virtex family
  • Kintex
  • Artix
  • Zynq
  • Spartan Family
  • EasyPath 


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ISE Design Suite - 13.1 or Higher Full Product Installation
The ISE Design Suite is the central electronic design automation (EDA) product family sold by Xilinx. The ISE Design Suite features include design entry and synthesis supporting Verilog or VHDL, place-and-route (PAR), completed verification and debug using ChipScope Pro tools, and creation of the bit files that are used to configure the chip.
For More Information GOTO The Xilinx Website

4th Sem EC Question Paper

4th Sem EC Question Paper
Subjects       Download Links  
Advance Electronics123456789
Control Theory123456789
Mathematics-IV123456789
Management-I123456789
Microprocessor And Interfacing123456789

Microprocessor(8085) Programs

Here I am Posting Microprocessor (8085) Programs For GTU Electronics and Communication Students.There are about 125 Microprocessor (8085) Programs For GTU Electronics and Communication Students.You Will Need 8085 Simulator IDE To Use This Programs.

List of 8085 Microprocessor  Programs

Chp5-Programming of 8051:
  1. prog 1 store byte.HEX
  2. prog 1 store byte.LST
  3. prog 2 store byte in different bank.a51
  4. prog 3 word addition.a51
  5. prog 4 1s Complement.a51
  6. prog 5 2s Complement.a51
  7. prog 6 binary to BCD conv..a51
  8. prog 7 BCD addition.a51
  9. prog 8 unpack to packed conv.a51
  10. prog 9 unpacked  BCD multiplication.a51
  11. prog 10 block addition.a51
  12. prog 11 block addition with 16 bit result.a51
  13. prog 12 block addition with data in external memory.a51
  14. prog 13 non overlap block transfer.a51
  15. prog 14 non overlap external memory block transfer.a51
  16. prog 15 count no of 1s and 0s.a51
  17. prog 16 count no positive nos.a51
  18. prog 17 search a byte.a51
  19. prog 18 find largest no.a51
  20. prog 19 find smallest no.a51
  21. prog 20 byte subtraction.a51
  22. prog 21 byte addition.a51
  23. prog 22 mask lower nibble.a51
  24. prog 23 mask upper nibble.a51
  25. prog 24 ascending order.a51
  26. prog 25 descending order.a51
  27. prog 26 external byte multiplication.a51
  28. prog 27 external byte division.a51
  29. prog 28 count negative nos.a51
  30. prog 29 multiply using succ addition.a51
  31. prog 30 word subtraction.a51
  32. prog 31 binary to gray conv.a51
  33. prog 32 overlapped block transfer.a51
  34. prog 33 average of n nos.a51
  35. prog 34 reverse a block and transfer.a51
  36. prog 35 16 bit BCD addition.a51
  37. prog 36 shift 8 bit data.a51
  38. prog 37 shift 16 bit data.a51
  39. prog 38 count no of negative nos.a51
  40. prog 39 parity checking.a51
  41. prog 40 matrix addition.a51
  42. prog 41 matrix subtraction.a51
  43. prog 42 square of no.a51
  44. prog 43 factorial of no.a51
  45. prog 44 LCM.a51
  46. prog 45 GCD.a51
  47. prog 46 fibonacci.a51
  48. prog 47 copy 16 bit contents.a51

Chp6-IO Port Programming:

  1. prog 1 toggle port pin.a51
  2. prog 2 copy from one port to other.a51
  3. prog 3 complement all port all pins.a51
  4. prog 4 complement port 2 pins.a51
  5. prog 5 complement port 2 pin 3.a51
  6. prog 6 square wave.a51
  7. prog 7 switch status.a51
  8. prog 8 switch status on LED.a51
  9. prog 9 microwave oven control.a51

Chp7-8051 Programming in C:

  1. prog 1 counter on port 2.c
  2. prog 2 toggle port 1 pins.c
  3. prog 3 toggle port 1 pin 4.c
  4. prog 4 toggle port 1 pin 4 100 times.c
  5. prog 5 copy from port 1 to 2.c
  6. prog 6 port 1 input.c
  7. prog 7 port 1 pin 0 input.c
  8. prog 8 switch alarm if door is open.c
  9. prog 9 toggle port pins.c
  10. prog 10 copy port 2 pin 7 to pin 0.c
  11. prog 11 toggle all port pins.c
  12. prog 12 toggle port 2 pin 7 on pin 0.c
  13. prog 13 BCD to ASCII.c
  14. prog 14 ASCII to BCD.c
  15. prog 15 checksum byte.c
  16. prog 16 Hex to BCD.c
  17. prog 17 send 56H serially.c
  18. prog 18 send 86H serially.c
  19. prog 19 recieve serial data.c

Chp8-Timer or Counter Programming:

  1. Design 1 square wave 10KHz.asm
  2. Design 1 square wave 10KHz.c
  3. Design 2 rectangular wave.asm
  4. Design 2 rectangular wave.c
  5. Design 3 multiple freq.asm
  6. Design 3 multiple freq.c
  7. prog 1 square wave of 2KHz.a51
  8. prog 3 square wave of 2KHz.asm
  9. prog 4 calculate freq.asm
  10. prog 5 LED flashing.c
  11. prog 6 LED toggle at delay of 10 sec.c
  12. prog 7 toggle LED at rate of 100msec.c
  13. prog 8 count pulses.asm
  14. prog 9 count pulses.c
  15. prog 10 count pulses.c
  16. prog 11 count pulses display in ASCII.c
  17. prog 12 square wave of  10KHz.asm
  18. prog 13 square wave of  10KHz and 2KHz.asm
  19. prog 14 square wave of  1KHz and copy data.asm
  20. prog 15 delay of 1 msec.asm
  21. prog 16 1KHz with 75 percent duty cycle.asm
  22. prog 17 delay of 2msec.asm
  23. prog 18 square wave.asm
  24. prog 19 square wave 66 percent duty cycle.asm
  25. prog 20 switch controlled LED.asm
  26. prog 21 switch controlled LED.c
  27. prog 89 count pulses.c

Chp9-Serial Port Programming in Assembly & C:

  1. design 1 serially transmit name.asm
  2. design 1 serially transmit name.c
  3. design 2 recieve serial data and display on LCD.asm
  4. design 2 recieve serial data and display on LCD.c
  5. prog 1 transmit B.asm
  6. prog 2 transmit HI.asm
  7. prog 3 recieve serial data.asm
  8. prog 4 transmit port data serially.asm
  9. prog 5 display serially recieved data.asm
  10. prog 6 monitor parameters.asm
  11. prog 7 transmit welcome.asm
  12. prog 7 transmit welcome.c
  13. prog 8 transmit engineer.asm
  14. prog 9 display received data.asm
  15. prog 9 display received data.c
  16. prog 11 transmit port data.asm
  17. prog 12 transmit YES on serial port.asm
  18. prog 13 receive and transmit data.c
  19. prog 14 serially transfer A.asm
  20. prog 15 receive serial data.asm

Download This Programs

Size : 10-11 kb
Files : 125

You Will Need To 7-Zip To Decompress This File.

Light Sensitive Alarm Project

The circuit detects a sudden shadow falling on the light-sensor and sounds the bleeper when this happens.
The circuit will not respond to gradual changes in brightness to avoid false alarms. The bleeper sounds for
only a short time to prevent the battery running flat. Normal lighting can be used, but the circuit will work
best if a beam of light is arranged to fall on the light-sensor. Breaking this beam will then cause the
bleeper to sound. The light sensor is an LDR (light-dependant resistor), this has a low resistance in bright
light and a high resistance in dim light.



  • The light-sensitivity of the circuit can be adjusted by varying the 100k preset.
  • The length of bleep can be varied from 0.5 to 10 seconds using the 1M preset.

Using the 7555 low-power timer ensures that the circuit draws very little current (about 0.5mA) except
for the short times when the bleeper is sounding (this uses about 7mA). If the circuit is switched on
continuously an alkaline PP3 9V battery should last about a month, but for longer life (about 6 months)
you can use a pack of 6 AA alkaline batteries.

Download Manual

6th Sem EC Question Paper

6th Sem EC Question Paper
Subjects
       Download Links   
Antenna and Wave Propogation12345678910
Audio Video System12345678910
Digital Communication12345678910
Optical Communication12345678910
VLSI12345678910

VLSI Project

Here I am posting some VLSI Project created by me.This VLSI Project include Following Practical:-

  1. To Implement All Gate With The Help Of Three Bit Selecting line. 
  2. To Implement All The Flip-Flop Using Vhdl. 
  3. To Implement 4×1 Mux And 8×1 Mux Using Vhdl. 
  4. To Implement Half Adder And Full Adder Using Vhdl. 
  5. To Implement Half Adder And Full Adder Using Vhdl. 
  6. To Implement 3 To 8 Decoder Using Vhdl. 
  7. To Implement 8-Bit Magnitude Comparator Using Vhdl. 
  8. To Implement 8-Bit Up/Down Counter With Count Enable And Asynchronous Using Vhdl. 
  9. To Implement 8-Bit Register With Synchronous Load And Clear Using Vhdl. 
  10. To Construct A Vhdl Code For Time Implementation Of State Machine Detecting A Specific Sequence. 
  11. Design The Resistive Load Inverter Circuit And Simulate The Inverter Characteristics. 
  12. Using Pspice Obtain Characteristics Of Mosfet With Depletion Type Load. 
  13. Using Pspice Obtain Characteristics Of CMOS Inverter


Download Now
Download Manual Report of This Program
File size : 794.56 KB
Uploaded on : 03/05/2011
Uploaded from : www.gtuece.co.cc
Download Link [link]

VLSI Project Created in ALTERA Download Source File of VLSI Project Created in Altera
File size : 2.42 MB
Uploaded on : 03/05/2011
Uploaded from : www.gtuece.co.cc
Download Link:[Link] 

Antenna Project

Here I am posting some Antenna Project created by me.This Antenna project include Following Antennas:-

  1. Aim:- To study and plot the radiation pattern of the Currant Distribution Antenna
  2. Aim :- To study and plot the radiation pattern of the dipole antenna
  3. Aim :- To study and plot the radiation pattern of the broadside antenna
  4. Aim :- To study and plot the radiation pattern of the endfire antenna
  5. Aim :- To study and plot the radiation pattern of the loop antenna.
  6. Aim :- To study and plot the radiation pattern of the vee antenna
  7. Aim :- To study and plot the radiation pattern of the log periodic antenna.
  8. Aim :- To study and plot the radiation pattern of the slot antenna.
  9. Aim :- To study and plot the radiation pattern of the Yagi-Uda antenna.
  10. Aim :- To study and plot the radiation pattern of the helical antenna.
  11. Aim :- To study and plot the radiation pattern of the topload antenna.

To create Antenna Project You need this software as given below :
Here I am posting Antenna project For Electronics and Communication Engineering Student.

Cover Page


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File Name: Antenna project.docx
Doc Type: Ms Word 2007
File size : 2.67 MB
Uploaded on : 01/05/2011