2006  verilog code to generate sine wave
Abstract: verilog code for sine wave generator using cordic vhdl code to generate sine wave CORDIC to generate sine wave fpga verilog code for CORDIC to generate sine wave vhdl code dds VHDL code for CORDIC to generate sine wave vhdl code for cordic algorithm vhdl code for cordic CORDIC to generate sine wave
Text: sine wave if the core is configured to generate a real or complex sinusoid. It carries a cosine , digitally generates a complex or realvalued sine wave . Due to the digital nature of the DDS functionality , . CORDICgenerated sine wave samples are approximations of a precise sine wave . In order to store the LUT precise sine wave values, the approximations sin' and cos' need to be truncated to discard bits that are not , wave if the core is configured to generate a complex sinusoid. If configured differently, the signal

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2008  simulink 3 phase inverter
Abstract: vhdl code to generate sine wave FIR filter matlaB simulink design vhdl code for floating point adder vhdl code of floating point adder vhdl code for full subtractor vhdl code for qam inverter in matlab vhdl code for floating point subtractor modulation matlab code
Text: Blocks 6 Task 4: Add Simulink Blocks 6 Task 5: Specify Sine Wave Characteristics 7 Task 6: Define the Precision 8 Task 7: Simulate the Design 9 Task 8: Generate and Verify the VHDL Code 9 Target the Design , parameters of the sine wave source, which will provide the stimulus to the system. 1. Doubleclick the Sine , : Generate and Verify the VHDL Code In this task, you will proceed with the hardware implementation phase , design. The next and final steps are to synthesize the VHDL code and run the output through the FPGA

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1800LATTICE
simulink 3 phase inverter
vhdl code to generate sine wave
FIR filter matlaB simulink design
vhdl code for floating point adder
vhdl code of floating point adder
vhdl code for full subtractor
vhdl code for qam
inverter in matlab
vhdl code for floating point subtractor
modulation matlab code

2002  fsk by simulink matlab
Abstract: VHDL code for CORDIC to generate sine wave VERILOG Digitally Controlled Oscillator vhdl code for cordic algorithm verilog code for cordic algorithm vhdl code to generate sine wave matlab code to generate sine wave using CORDIC verilog code for CORDIC to generate sine wave vhdl code for cordic matlab code for CORDIC to generate sine wave
Text: evaluation. The OpenCore Plus hardware evaluation feature allows you to generate timelimited programming , before you can generate programming files or EDIF, VHDL , or Verilog HDL gatelevel netlist files for , deciding to purchase a license. However, you must purchase a license before you can generate programming , for the wizard to output. You can choose Verilog HDL, VHDL , and MATLAB models and testbenches, as , Click Next to view a summary of the files the wizard will generate . Click Finish when you are done

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2010  AC350
Abstract: R501 0x40020000
Text: equation is used to generate the sine wave samples. YSineSample(x) = Offset + Amplitude * sin (2* pi* x/ns , second and 100 samples per cycle respectively. To have a high quality Sine wave pattern, it is , sine wave sample values. Continuously writing to the DAC0_BYTE0 register with the sine_LUT samples , application note describes how to generate analog waveform (Constant signal, Positive ramp, Negative ramp, Sine wave , and Square Wave ) using SmartFusion ACE DAC on SmartFusion Evaluation kit and SmartFusion

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AC350
AC350
R501
0x40020000

2000  vhdl code for cordic cosine and sine
Abstract: verilog code to generate sine wave vhdl code to generate sine wave verilog code for CORDIC to generate sine wave CORDIC to generate sine wave verilog code for cordic algorithm sine cosine qpsk modulation VHDL CODE VHDL code for CORDIC to generate sine wave vhdl code for cordic algorithm matlab code to generate sine wave using CORDIC
Text: generate a carrier or to modulate a signal onto a carrier. The Altera® digital signal processing (DSP , frequency and resolution of the output sine wave . In the ROM version, the phase accumulator output , both ROM and CORDIC architectures. ROM Architecture The ROM containing the sine /cosine wave can be , stores the sine or cosine values and outputs every clock cycle, operating at clock rates of 70 to 160 , s Family: APEXTM 20K, ACEXTM, FLEX® 10, FLEX 8000, and FLEX 6000 s s s s Ordering Code

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2005  FIFO4K18
Abstract: AC240 fifo vhdl fifo
Text: /Fusion_sine_table.xls, is used to generate halfcycle of sine wave . This Sine Table requires 1024x8 memory. Creating , half of a cycle of a sine wave . If this table is used to initialize FIFO blocks, the contents of the FIFO should be read twice to generate a full cycle of periodic sine wave . The following is an example , ) of the read data alternatively at the end of each halfcycle to generate a fullcycle sine wave , transmits a full sine wave data to the external D/A. The Wave_Gen design in this example, enabled at the

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AC240
FIFO4K18
AC240
fifo vhdl
fifo

2005  verilog code of sine rom
Abstract: sine wave output for fpga using verilog code vhdl code for 555 DS275 X9111 SPARTAN 6 verilog code for sine wave output using FPGA verilog code for sine wave using FPGA
Text: widths of 3 to 10 bits for Distributed ROM and 3 to 16 bits for Block ROM · Supports output Sine /Cosine widths of 4 to 32 bits · Supports negative Sine /Cosine outputs 2 · Symmetric Output option uses an , 2 Eq. 3 The values for the sine and cosine wave are stored in an internal ROM. Depending on , for both the Sine and Cosine output values. The valid range is 4 to 32. Theta Input Width: Specify , selection either VHDL or Verilog { VHDL  VERILOG} ViewlogicLibraryAlias Pathname to Viewlogic

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DS275
verilog code of sine rom
sine wave output for fpga using verilog code
vhdl code for 555
X9111
SPARTAN 6
verilog code for sine wave output using FPGA
verilog code for sine wave using FPGA

2009  verilog code for cordic algorithm
Abstract: CORDIC to generate sine wave fpga vhdl code for cordic cosine and sine vhdl code for cordic algorithm sin wave with test bench file in vhdl cordic algorithm code in verilog CORDIC altera cordic sine cosine generator vhdl QFSK matlab code to generate sine wave using CORDIC
Text: parameters for the NCO MegaCore function, refer to Chapter 3, Parameter Settings. 4. Click Step 2: Generate in IP Toolbench to generate your NCO MegaCore function variation. For information about the , Simulation NCO page (Figure 24). Figure 24. Set Up Simulation 3. Turn on Generate Simulation Model to , tool supports this feature, turn on Generate netlist. Generate the MegaCore Function To generate , Toolbench to generate your MegaCore function variation and supporting files. The generation phase may take

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2008  FIFO4K18
Abstract: fifo vhdl Actel on sram Actel igloo ProASIC3
Text: of a sine wave . If this table is used to initialize FIFO blocks, the contents of the FIFO should be read twice to generate a full cycle of periodic sine wave . The following is an example of the Wave_Gen , alternatively at the end of each halfcycle to generate a fullcycle sine wave . library ieee; use , . The structure and functionality of Wave_Gen block depends entirely to the waveform type ( sine wave , FIFO. These memory blocks also include a dedicated FIFO controller to generate internal addresses and

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AC215
FIFO4K18
fifo vhdl
Actel on sram
Actel igloo
ProASIC3

2010  verilog code for CORDIC to generate sine wave
Abstract: verilog code for cordic algorithm vhdl code for cordic verilog code for cordic verilog code to generate sine wave CORDIC to generate sine wave fpga vhdl code to generate sine wave vhdl code for rotation cordic vhdl code for FFT 32 point CORDIC to generate sine wave
Text: NCO MegaCore function, refer to Chapter 3, Parameter Settings. 4. Click Step 2: Generate in IP Toolbench to generate your NCO MegaCore function variation. For information about the generated files , Figure 24. Set Up Simulation 3. Turn on Generate Simulation Model to create an IP functional model , , turn on Generate netlist. Generate the MegaCore Function To generate your MegaCore function variation, perform the following steps: 1. Click Step 3: Generate in IP Toolbench to generate your MegaCore

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1998  Gate level simulation without timing
Abstract: Gate level simulation ieee floating point vhdl simulation models vhdl coding vhdl code of floating point unit vhdl code for register signal path designer
Text: . About Testbenches A testbench is a separate set of VHDL or Verilog code that connects up to the inputs , Design Flow Designers have traditionally simulated the source code to check for syntax and functional , netlist. The functional simulation of the source code allows designers to check the general functionality , will additionally generate a VHDL or Verilog netlist with the routing delays annotated into a Standard , simulation or to miss critical board problems during simulation. Because VHDL and Verilog were both

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2011  VERILOG Digitally Controlled Oscillator
Abstract: verilog code of sine rom matlab code to generate sine wave using CORDIC EP3C10F256 QFSK verilog code to generate sine wave matlab code for half adder CORDIC to generate sine wave fpga verilog code for digital modulation cyclone iii CORDIC altera sine and cos
Text: function, refer to Chapter 3, Parameter Settings. 4. Click Step 2: Generate in IP Toolbench to generate , NCO page (Figure 24). Figure 24. Set Up Simulation 3. Turn on Generate Simulation Model to , this feature, turn on Generate netlist. Generate the MegaCore Function To generate your MegaCore function variation, perform the following steps: 1. Click Step 3: Generate in IP Toolbench to generate your , synthesis. It will be added to your Quartus II project. ModelSim TCL Script that runs the VHDL or Verilog

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2002  amplitude demodulation matlab code
Abstract: 4bit AHDL adder subtractor vhdl code numeric controlled oscillator pipeline pulse amplitude modulation matlab code a6w 58 vhdl code for digit serial fir filter EP20K200EBC6521X A4w sd matlab 14.1 APEX nios development board
Text: .56 Generate VHDL , Synthesize, Compile & Download the Design to the DSP Board .57 Specify Trigger , . Click OK. 6. Choose Save (File menu) to save the model. Add the Sine Wave Block Perform the following steps to add the Sine Wave block. 1. 2. Drag and drop a Sine Wave block into your model , .25 Add the Sine Wave Block , feature by supporting free hardware evaluation. This feature allows you to generate timelimited

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\Exemplar\LeoSpec\OEM2002a
14\bin\win32
amplitude demodulation matlab code
4bit AHDL adder subtractor
vhdl code numeric controlled oscillator pipeline
pulse amplitude modulation matlab code
a6w 58
vhdl code for digit serial fir filter
EP20K200EBC6521X
A4w sd
matlab 14.1
APEX nios development board

2009  real time simulink wireless
Abstract: quadrature amplitude modulation a simulink model EP2C35F672C6 vhdl projects abstract and coding vhdl code to generate sine wave EP2S60 EP2C35 AN442 simulink matlab PFC 1S25
Text: following steps to add the Sine Wave block: 1. In the Simulink Library Browser, click Simulink and Sources to view the blocks in the Sources library. 2. Drag and drop a Sine Wave block into your model. 3. Doubleclick the Sine Wave block in your model to display the Block Parameters dialog box (Figure 21). , Library Browser into your model. Position the block to the right of the Sine Wave block. If you are , Sine Wave block to the left side of the SinIn block by holding down the left mouse button and dragging

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1998  xilinx vhdl code
Abstract: xilinx vhdl
Text: of the simulation models to the local directory. If you did not generate VHDL simulation models for , , this will resolve to C:\FNDTN\ vhdl \data\MTI After starting ModelSim, select File > Directory and browse over to $MODELSIM. In ModelSim, select Library > New. Type $XILINX/ vhdl /data/MTI/logiblox. If you , . In the Compile VHDL Source dialog window, set the Target Library to LogiBLOX. In the Directories window, change to $XILINX\ vhdl \src\logiblox. 10 Use the Compile to compile the VHDL files in the order

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2010  vsim3043
Abstract: vsim 3043 ModelSim QII5300110 QII53001 220pack
Text: or VHDL designs that target an Altera FPGA. 1 In this chapter, ModelSim refers to ModelSim SE , simulation, generate gatelevel timing simulation netlist files. For more information, refer to the , f For information about simulating VHDL designs using the GUI, refer to Performing a Functional , gatelevel simulation, generate gatelevel timing simulation netlist files. For more information, refer to , commands to perform a functional simulation for VHDL designs with one of the libraries (lib1) listed in

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QII5300110
vsim3043
vsim 3043
ModelSim
QII53001
220pack

1998  xilinx vhdl code
Abstract: ROC Compiled Using Hierarchy in VHDL Design
Text: each of the simulation models to the local directory. If you did not generate VHDL simulation models , the default location, this will resolve to C:\FNDTN\ vhdl \data\MTI After starting ModelSim, select File > Directory and browse over to $MODELSIM. In ModelSim, select Library > New. Type $XILINX/ vhdl , Library to LogiBLOX. In the Directories window, change to $XILINX\ vhdl \src\logiblox. 10. Use the Compile to compile the VHDL files in the order they are shown: mvlutil.vhd mvlarith.vhd logiblox.vhd

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2005  SPARTAN3 motor
Abstract: XAPP900 spartan3 starter 3 phase induction motor fpga sine pwm induction motor PWM motorController XC3S200 A219 XAPP448 FPGA motor driver
Text: divider has been inserted, modify the three wave buses to display the actual values in a sine fashion , differences on the waveforms. Wave Type Switching This design has the ability to generate three different , but failed due to an error (red "x"). As an example, highlight the top level VHDL file , is necessary to create the programming file bitstream. To create the bitstream: Highlight Generate Programming File, then right click, and select Run or Double left click on Generate Programming File to

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XAPP900
240ns.
XAPP448
SPARTAN3 motor
XAPP900
spartan3 starter
3 phase induction motor fpga
sine pwm induction motor
PWM motorController
XC3S200
A219
XAPP448
FPGA motor driver

1996  EPM7160 Transition
Abstract: 6402 uart 4 bit updown counter vhdl code EPM7064L84 EPM7192 Date Code Formats EPM7160L84 ep330 epf8282alc844 EPF81500ARI2403 EPF81500ARI240
Text: created with a LUT. This example describes how to generate a sine wave using an EAB. Transcendental , digital output can be driven to a digitaltoanalog converter. A sine wave can be used for various DSP , performance prediction will be improved to generate more accurate results. In addition, the release will , . Example 1: Trancendental Functions & Waveform Generators The EAB can be used to generate waveforms that , EAB can be up to 8 bits wide, 1 EAB can simultaneously generate 8 waveforms. Multiple EABs can be

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Verification Using a Selfchecking Test Bench
Abstract: new ieee programs in vhdl and verilog QII530017 QII530027 QII530037 QII530177
Text: automatically generate the clock wave , rather than drawing each clock triggering pulse. To generate a clock , . For timing simulations, you must first perform placeandroute and static timing analysis to generate , block and the routing delays. If you want to use thirdparty EDA simulation tools, you can generate a , to generate a VWF. Creating VWFs To create a VWF, perform the following steps: 1. 2. Click , offset and the duty cycle), or whether to generate the clock based on a specified clock. Figure 17

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2010  system verilog
Abstract: Gate level simulation 220pack lpm compile STRATIX QII5302310
Text: Simulation Library Compiler is used to compile Verilog HDL and VHDL simulation libraries for all Altera , ) Perform simulation of Verilog HDL or VHDL designs with ActiveHDL software at various levels to verify , , you do not have to remember the commands to compile the libraries or load and simulate the VHDL , typically performed to verify the syntax of the code and to check the functionality of the design. f , VHDL designs, refer to Performing a Simulation of a VHDL Design with the ActiveHDL Software in

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QII5302310
system verilog
Gate level simulation
220pack
lpm compile
STRATIX

2000  FSK modulate by matlab book
Abstract: adpll.mdl quadrature amplitude modulation a simulink model simulink 16QAM QAM verilog 16 QAM modulation matlab vhdl program for cordic cosine and sine CORDIC QAM modulation pulse amplitude modulation using 555 FSK matlab
Text: frequency of the output sine wave is derived from both the phase increment input to the accumulator and the , , digital phase locked loops (PLLs), and symbol recovery circuits. NCOs can be used to generate a carrier , table with interpolation to generate a precision sinosoid using limitedsize onchip SRAM. ASSPs , sinusoid. For a given precision, the ROM containing the sine /cosine wave can be large or small. The ROM , to calculate trigonometric functions such as sine and cosine. CORDIC is based on the idea of complex

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UGNCOCOMPILER01
FSK modulate by matlab book
adpll.mdl
quadrature amplitude modulation a simulink model
simulink 16QAM
QAM verilog
16 QAM modulation matlab
vhdl program for cordic cosine and sine
CORDIC QAM modulation
pulse amplitude modulation using 555
FSK matlab

2000  isplsi architecture
Abstract: No abstract text available
Text: Devices · To generate the VHDL and/or Verilog timing models, check the VHDL and or Verilog netlist box. · , dialog box, the user can choose to generate a VHDL netlist, a Verilog netlist and an SDF file. 6 , netlist: 1. Select VHDL to generate the file. 2. Select Standard Delay Format to generate the , Model Generation: · To generate VHDL timing models, select Interfaces => VHDL Writer. · To generate , used to generate an EDIF netlist file that can be imported into ispDesignEXPERT software for place and

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1800LATTICE
isplsi architecture

1998  quadrature phase sine wave generator
Abstract: vhdl code to generate staircase wave vhdl code for FFT 4096 point vhdl code to generate sine wave vhdl code for accumulator Numerically Controlled Oscillator VHDL code for band pass Filter precision Sine Wave Generator amplitude demodulation using xilinx system generator analog to digital converter vhdl coding
Text: simultaneously generates digital "staircase" approximations to a sine wave and a cosine wave , the frequencies of , a consequence, the Fourier analysis is performed on a "staircase" approximation to a sine wave , resolution (3 to 10 bits) Simultaneous sine and cosine outputs available excellent for high speed I/Q , integrated phase value (or a truncated version of the same) is used to address the sine /cosine LUT, which outputs the amplitude corresponding to the cosine (Inphase) and sine (Quadrature) of the current phase

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X8820r
quadrature phase sine wave generator
vhdl code to generate staircase wave
vhdl code for FFT 4096 point
vhdl code to generate sine wave
vhdl code for accumulator
Numerically Controlled Oscillator
VHDL code for band pass Filter
precision Sine Wave Generator
amplitude demodulation using xilinx system generator
analog to digital converter vhdl coding

1999  vhdl code to generate sine wave
Abstract: Numerically Controlled Oscillator vhdl code for FFT 16 point vhdl code for FFT 4096 point X9025 quadrature phase sine wave generator vhdl code to generate staircase wave XILINX vhdl code NCO precision Sine Wave Generator matlab
Text: outputs (NCOIQ) module simultaneously generates digital "staircase" approximations to a sine wave and a , , the Fourier analysis is performed on a "staircase" approximation to a sine wave , which remains , truncated version of the same) is used to address the sine /cosine LUT, which outputs the amplitude corresponding to the cosine (Inphase) and sine (Quadrature) of the current phase value. Theory of Operation , recipe. VHDL instantiation code and a schematic symbol are created along with the netlist for the

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XC4000E,
vhdl code to generate sine wave
Numerically Controlled Oscillator
vhdl code for FFT 16 point
vhdl code for FFT 4096 point
X9025
quadrature phase sine wave generator
vhdl code to generate staircase wave
XILINX vhdl code NCO
precision Sine Wave Generator
matlab
