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GPRS





What is GPRS? 
GPRS stands for General Packet Radio Service, and is a relatively low cost technology that offers packet-based radio service and allows data or information to be sent and received across mobile telephone networks.Designed to supplement the existing mobile technologies, like GSM, CDMA, and TDMA etc. 

What does GPRS do? 
GPRS provides a permanent connection where information can be sent or received immediately as the need arises, subject to radio coverage. No dial-up modem connection is necessary. This is why GPRS users are sometimes referred to be as being anytime-anywhere "always connected".The GPRS tariff structure is based on a fixed cost, dependent on the quantity of data required. In other words customers will be able to fix their operating costs without the concerns of variable billing. 

Why GPRS? 
At present circuit switching technique like your telephone line, in order to send or receive emails, transfer files or browse WAP/Web sites.it is first necessary to make a 'data' call. The call is answered by a modem or an ISDN adapter owned either by the network operator itself (such as BT Cellnet) or by an Internet Service Provider (ISP). Next the caller is 'authenticated' by giving a user ID and password and then assigned an Internet address by the ISP or operator. The whole process can take up to sixty seconds or more and even at the end of this procedure the connection is slow - normally a mere 9.6 Kbit/s. 

With packet switching technique GPRS, there is no call. Once the handset is powered on, by pressing a button the user is connected directly to the Internet. The link is only broken when the handset is turned off - hence GPRS is known as an 'always on' connection. The fact that the link is continuous has one major benefit. It enables the ISP/operator to know a handset's Internet address. So messages can be passed directly over the Internet from a PC, for example, down to your handset. Crucially this facility enables the Internet Service Provider to 'push' messages down to your handset - rather like an SMS message. The difference is that with GPRS the link is interactive. That means if you want to respond directly - such as instruct your broker to sell 500 shares - you can. One of the major criticisms aimed at WAP is that it lacked support for 'push' technologies. This failing has effectively been rectified via an update to the WAP standards (version 1.2) and the introduction of GPRS enabled WAP handsets. 

Download Book About GPRS
File name: gprs.docx
File size: 159 KB
Uploaded: 2011-05-12
Download Link [Link]
Password:- gtuece
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1st Year EC Question Paper

First Year EC Question Paper.
1st Sem EC Question Paper and 2nd Sem EC Question Paper
Subjects       Download Links  
Basics of Environmental Studies123456789
Chemistry123456789
Communication Skills123456789
Computer Programming and Utilization123456789
Elements Of Civil Engineering123456789
Elements of Electrical Engineering123456789
Elements of Mechanical Engineering123456789
Engineering Graphics123456789
Mathematics-I123456789
Mathematics-II123456789
Mechanics of Solids123456789
Physics123456789
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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 


Screenshot


Downloads

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
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4th Sem EC Question Paper

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


Download


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

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4nec2 Antenna Creating Software


4nec2 Antenna Creating Software

4nec2 is a completely free Nec2, Nec4 and windows based tool for creating, viewing, optimizing and checking 2D and 3D style antenna geometry structures and generate, display and/or compare near/far-field radiation patterns for both the starting and experienced antenna modeler.

When running frequency sweeps, linear or logarithmic style SWR, Gain, F/B-ratio and impedance line-charts are produced. With the included Optimizer and Sweeper one is able to optimize antenna- and/or other environment-variables for Gain, resonance, SWR, efficiency and/or F/B, F/R-ratio. With the sweeper one is able to graphically display the effect of changing one or more of these variables for a specified range of values/frequencies.

For the starting modeler a graphically based 3D geometry-editor is included which requires no additional NEC knowledge while still enabling you to create and visualize and compare current-distribution, far/near-field patterns and Gain/SWR charts. More experienced modelers can use the gradient style and/or the genetic algorithm based optimizers to improve their designs.

To list some of its features or see some screenshots, click the appropriate links below on the left. To download and try the software click up most two links below on the right (setup.exe) or the third link for a single zip containing all separate files.



4Nec2 features

  1. Graphical 2D and 3D visualization of Far- and Near-field data and Geometry strutures (including circular polarization view).
  2. Line-chart visualization for freq-sweep Gain, F/B, F/R, SWR and impedance data.
  3. Drag and drop style Geometry Editor to assist the starting antenne modeller.
  4. Full Nec2 and Nec4 command support, including GX, GM, GR, GA, GH and surface patches.
  5. Capable of running up to 11000 wires and/or segments (limited by the max of 2Gb of windows on-board memory)
  6. Support for inclusion of surface-wave component in far-field data.
  7. 3D geometry display for surface patches included.
  8. Variable substitution included for complete Nec2/4 command set enabling you to model by equation.
  9. Sophisticated real-time 3D geometry and pattern viewer showing real wire-radius.
  10. AO-style gradient/hill-climbing optimizer included.
  11. Genetic Algorithms based optimizer included.
  12. Automatic variable sweeper with line-chart output.
  13. Automatic convergence tester with line-chart output.
  14. Interactive Smith chart visualization for freq-sweeps.
  15. Integrated Sommerfeld ground calculations with frequency-sweep.
  16. Automatic generation of VOACAP propagation prediction type 13 and –14 antenna files.
  17. Automatic coversion of AO (.ant)and EZnec (.ez)input files.
  18. ‘Insulated-Wire’ and 'LC-trap' loading-types included.
  19. Automatic conversion for feet, inch, #awg to meters and elevation/azimuth to phi/theta and reverse.
  20. Batch processing for automatic testing, calculation and/or conversion of multiple Nec, AO and/or EZnec input-files.
  21. Extensive segment- en geometry validation, such as: Intersecting volumes, Short/thick wires at sharp angle, Unequal segmentation for parallel wires, Too low hight, Large radius or length changes at junctions, etc.
  22. Screen grabber for easy cut/paste, print or save parts of the screen, window or form.
  23. Geometry builder to create cylindric, patch, plane, box, helix and parabola shaped structures using auto-segmentation and/or equal-area rules.
  24. Automatic generation of Stub-, L-, Pi- and Tee-matching-networks (low- and high-pass)
  25. Visualization of circular polarization components E(left) and E(right) for far-field.
  26. EZnec style MiniNec ground included.
  27. Capable of running the default Lawrence Livermore National Laboratories Nec4 engine.
  28. Running on all systems from early Windows-95 to latest Windows-Vista
  29. More than 450 example files
  30. Context sensitive Help-file.
  31. Completely free.


Screenshot


Downloads
For Download This Software Go to http://home.ict.nl/~arivoors/

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Pdf Books for 6th SEM EC

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MMLogic

MMLogic: A MultiMedia Logic Design System


Features
  • Intuitive to use: VCR like controls, Drag and Drop, Tip of the Day,
  • Tool Tips, Comprehensive Online Help.
  • Interact instantly with your MultiMedia Logic circuits.
  • Learn an internationally recognized philosophy, Logic Design.
  • Supports networking over the Internet.
  • Supports a programmable Robot device.
  • It's also FREE.

Screenshot

Downloads

For Download Click Here

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SEQUEL Software

About SEQUEL Software
SEQUEL (A Solver for circuit EQuations with User-defined ELements) is a general-purpose simulation package developed at IIT Bombay. It has been extensively used for R and D activities at IIT Bombay. Recently, several examples in electronics and power electronics have been added to the package, making it attractive for teaching purposes.



Features
  • DC, transient, small-signal
  • Efficient "steady-state waveform" computation
  • Digital (event-driven) simulation
  • Mixed-signal simulation
  • Perfectly "general" elements (mechanical, thermal, etc.)
  • GUI for schematic capture, plotting, etc.
  • Allows user-defined elements (linux version only)
  • Free !!



Using SEQUEL for course work 

A large number of ready-made simulation examples are made available with the SEQUEL distribution. These examples can be used in courses on electronics and power electronics in a variety of ways:
  • Class-room demonstration of basic concepts by running existing examples in class
  • Assigning simulation exercises in which students tinker with parameter values and observe their effect on simulation results
  • Assigning design problems (for which simulation can be used to verify the design)
  • Assigning "projects" in which students design and simulate a complex circuit or system

Screenshot
Click on image to full view


Downloads


Click Here To Download SEQUEL
For More Tutorial and Information Please Go Project Page http://www.ee.iitb.ac.in/~sequel/
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SimApp Software

SimApp - Simulation Software For Control Theory Subject



SimApp is a simple simulation software tool for consultants, engineers, technicians, and students who want to understand dynamic systems. SimApp offers significant simulation power at a reasonable price, while reducing learning time.SimApp is a software tool for the analysis and optimization of dynamic systems based on block diagrams. It does not assume any predefined structures. You can draw and simulate any kind of equations that can be represented by block diagrams and by using the available functional elements. SimApp may be used to model systems that can be represented by ordinary linear differential equations. It is especially useful for simulation of feedback systems or automatic control systems.

Linear and nonlinear, time invariant and time variant systems or subsystems can be simulated in the time domain and the results displayed as time and XY plots. In addition, linear and time invariant systems or subsystems can be investigated in the frequency domain with Bode and Polar (Nyquist, Black) plots and their eigenvalues. The plots and data tables can be printed out or exported to other applications with using the Windows clipboard.

The modeling of the systems, i.e. the drawing of the block diagrams, is done graphically by placing functional elements into the drawing and connecting them with signal lines. The most important parameters (gain, time constants, delays, etc.) can be entered directly in the drawing without the need to open dialog boxes. Additional graphic forms (lines, rectangles, circles, etc.) and text are helpful for documenting the block diagrams.

Download

 GOTO http://www.simapp.com/ In Evalution Mode (30 day Simulation Support)
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Logisim Software

What Is Logisim ?
Logisim is use to simulate digital circuit components like AND Gate, OR Gate, XOR Gate, FF, Memory, MUX etc.In Digital Logic Design This Tool is required to simulate Complex Digital Circuit.Logisim is an educational tool for designing and simulating digital logic circuits. With its simple toolbar interface and simulation of circuits as you build them, it is simple enough to facilitate learning the most basic concepts related to logic circuits. With the capacity to build larger circuits from smaller subcircuits, and to draw bundles of wires with a single mouse drag, Logisim can be used (and is used) to design and simulate entire CPUs for educational purposes.

Features

  • It is free! (Logisim is open-source (GPL).)
  • It runs on any machine supporting Java 5 or later; special versions are released for MacOS X and Windows. The cross-platform nature is important for students who have a variety of home/dorm computer systems.
  • The drawing interface is based on an intuitive toolbar. Color-coded wires aid in simulating and debugging a circuit.
  • The wiring tool draws horizontal and vertical wires, automatically connecting to components and to other wires. It's very easy to draw circuits!
  • Completed circuits can be saved into a file, exported to a GIF file, or printed on a printer.
  • Circuit layouts can be used as "subcircuits" of other circuits, allowing for hierarchical circuit design.
  • Included circuit components include inputs and outputs, gates, multiplexers, arithmetic circuits, flip-flops, and RAM memory.
  • The included "combinational analysis" module allows for conversion between circuits, truth tables, and Boolean expressions.

Screenshot

Download
For Download Go To Logisim Website 
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EZNEC Antenna Software

EZNEC Antenna Software

EZNEC and EZNEC+ are powerful but very easy-to-use programs for modeling and analyzing nearly any kind of antenna in its actual operating environment. EZNEC plots azimuth and elevation patterns; tells you gain, feedpoint impedance, SWR, and current distribution; finds and reports beamwidth, 3-dB pattern points, f/b ratio, takeoff angle, sidelobe characteristics; and more. All information, including patterns, can be displayed on screen or printed on any Windows compatible printer. And it's easy to use with EZNEC's menu structure, spreadsheet-like entry, and many shortcut features. You describe the antenna (and other nearby structures if desired) as a group of straight conductors, choosing the orientation, length, and diameter. Add sources at the feedpoints and, if desired, transmission lines, a realistic ground, and loads to simulate loading coils, traps, or similar components. Using this description method, you can quickly analyze Yagis, quads, phased arrays, towers, loops -- nearly any type of antenna or parasitic structure. Antenna descriptions and pattern plots are easily saved and recalled for future analysis. Multiple patterns can be superimposed on a single graph for comparison. See the pattern and antenna currents on the same color 3-D display as the antenna. Rotate the antenna display and zoom in for details. Want to make a change? EZNEC makes it simple.

EZNEC features an innovative 3D pattern display that allows you to highlight any azimuth or elevation "slice" and directly read the gain at any angle with a fully positionable cursor, or immediately switch to a 2D display for more detail.

EZNEC is specifically designed to be friendly and easy to use while taking full advantage of the powerful and versatile NEC-2 calculating engine. EZNEC is completely menu-driven; all entries and changes are done directly and quickly. Wire, source, load, transmission line, and ground entries are done in a spreadsheet-like format. Many shortcuts are built in. For example, wires can be rotated with a simple command to design vee and delta loop antennas without having to polish your trigonometry skills. Antenna height and wire length likewise are easily changed. Groups of wires can easily be stacked, moved, copied, or rotated. Helices and loops are created with a few keystrokes, and loop size is easily and quickly changed. EZNEC lets you directly enter series or parallel RLC values for loads or L network components. Want to analyze phased arrays? EZNEC provides transmission line (with or without loss), L networks for feed systems, and true current source models. With 500 segment capability, EZNEC can model very long and complex antennas, and EZNEC+ even more with its 1500 segments. EZNEC models wire and insulation loss and gives loss data for traps or loading coils. The detailed, always available, help style manual has antenna modeling tips as well as full instructions on how to get the most from EZNEC.


EZNEC+ Additional Features

  • 1500 segments vs. 500 for the standard program -- allowing very complex antennas to be analyzed.
  • Circular polarization far field analysis in addition to the linear polarization capability of the standard program.
  • Double-precision calculating engine in addition to the standard mixed-precision engine.
  • Easy importation of wire coordinates (GW lines) from NEC-format files.
  • Additional SWR sweep displays: Smith chart, return loss, and reflection coefficient magnitude.
  • 10,000 frequency sweep steps vs. 1000 for the standard program.
  • Writes input files for IONCAP/VOACAP propagation programs.
  • Additional wire duplication and manipulation features.


Screenshot

For Download This Software Please Go http://www.eznec.com

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