SPICE As An AHDL
Abstract: analog to digital converter vhdl coding digital to analog converter vhdl coding vhdl coding for analog to digital converter vhdl code for digital to analog converter vhdl code for All Digital PLL IEEE PROGRAMS OR ENGINEERING STUDENT WITH vhdl electronic workbench VHDL code for dac IR1167ã€€spice
Text: compatibility be the starting point for analog extensions to VHDL ? THE Requirements Of An AHDL A variety of , simulator. 13) Uses the same language for both analog and digital models to support continuous time ( analog , addition of analog extensions to VHDL or for adding VHDL as an extension to the mixed mode capabilities now , to various analog (time and temperature, differential equations) and digital (event scheduling , level (system, behavioral, or transistor) ADDING SPICE BASED ANALOG EXTENSIONS TO VHDL The following

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vhdl DTMF
Abstract: No abstract text available
Text: T em ic S e m i c o n d u c t o r s Mixed Analog / Digital Capability The ability to combine , , familiar to users of gate arrays or PLAs. These analog and digital cells are available in a variety of tech , the perceived risk of analog and digital , standard cell ASIC developments, bringing the technology to , work, customers may interface at any Filter Analog Digital desired level. For example, the customer often designs the digital sections and leaves the analog and final integration to TEMIC Semiconductors

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1999  X9009
Abstract: verilog code for BPSK qpsk implementation using verilog qpsk modulation VHDL CODE branch metric 2 bit address decoder coding using verilog hdl BPSK modulation VHDL CODE verilog code for branch metric unit branch metric unit VHDL coding verilog code for digital modulation
Text: code version of the core, available at extra cost, allows for easy adaptation to a wide variety of , . For the EDIF Netlist format a setting for the parameters has to be submitted before the netlist can be , CAST so they can provide you with an accurate response to , and quote for your requirements , documentation Design File Formats EDIF Netlist, VHDL RTL available extra Constraints File decoder.ucf Verification VHDL testbench Instantiation Templates VHDL , Verilog Reference designs & None application notes

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V506
X9009
verilog code for BPSK
qpsk implementation using verilog
qpsk modulation VHDL CODE
branch metric
2 bit address decoder coding using verilog hdl
BPSK modulation VHDL CODE
verilog code for branch metric unit
branch metric unit VHDL coding
verilog code for digital modulation

2000  5 to 32 decoder using 3 to 8 decoder vhdl code
Abstract: branch metric BPSK modulation VHDL CODE verilog code for BPSK 5 to 32 decoder using 3 to 8 decoder verilog qpsk modulation VHDL CODE QPSK using xilinx vhdl code for modulation X9009 Viterbi Decoder
Text: for easy adaptation to a wide variety of applications. The Viterbi Decoder netlist can also be , parameters has to be submitted before the netlist can be provided. Ask CAST, Inc. for details. The Viterbi , with an accurate response to , and quote for your requirements. Implementation Issues 9 , volume do you expect to ship of the product that will use this core? _ 1. Coding rate (R , SpartanTMII, VirtexTM, and VirtexTME devices Soft Decision Decoder Traceback method for survivor memory

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2005  vhdl coding for analog to digital converter
Abstract: analog to digital converter vhdl coding analog to digital converter vhdl coding on soft digital to analog converter vhdl coding CORE8051 vhdl code for digital to analog converter 4460 MOSFET ieee embedded system projects eeprom tutorial ADC rtl code
Text: bit successive approximation register (SAR) analog to digital converter (ADC) with frequencies up to 600 ksps , library that enables you to manually code a testbench for analog signals. Manually coding a testbench , to digital converter (ADC), and a system frequency of 20 MHz (Figure 12 on page 7). The example , coding . To reserve the time slots for jump sequences, you can specify the number in "Use x slots for , tool to simulate the analog signals from the Analog System Builder. Here is sample VHDL code that

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2006  4 bit binary multiplier Vhdl code
Abstract: system generator matlab ise rgb yuv vhdl rgb yuv vhdl gray color space converter YUV RGB ITUR BT.709 conversion of binary data into gray code in vhdl IBM 2568 vhdl code for matrix multiplication C 64920 rgb to ycbcr four matrix multipliers
Text: bit linearlight coding performs poorly for images to be viewed [Ref 2]. 12 or 14 bits per component are necessary , gray background on Figure 3. The Use fabric for adders checkbox, corresponding to the FABRIC_ADDS VHDL , Generator testbench is also provided to visually inspect output results. The code is parameterizable for , value for the R, G, B outputs COFFSET Integer 0 to 2OWIDTH1 Offset value for the chroma (Cr , ROFFSET Integer 0 to 2OWIDTH1 Offset value for the R output GOFFSET Integer 0 to

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XAPP931
prov78224,
JTC1/SC29/WG11
4 bit binary multiplier Vhdl code
system generator matlab ise
rgb yuv vhdl
rgb yuv vhdl gray
color space converter YUV RGB ITUR BT.709
conversion of binary data into gray code in vhdl
IBM 2568
vhdl code for matrix multiplication
C 64920
rgb to ycbcr four matrix multipliers

2006  4 bit binary multiplier Vhdl code
Abstract: DSP48 XAPP930 rgb to ycbcr four matrix multipliers color space converter vhdl rgb ycbcr x93003 XC4VSX35 FF668 FG320 SG16
Text: bit linearlight coding performs poorly for images to be viewed [Ref 2]. 12 or 14 bits per component are necessary , . The Use fabric for adders checkbox, corresponding to the FABRIC_ADDS VHDL parameter, controls whether , Application Note: Virtex4, VirtexII, VirtexII Pro, Spartan3 R ColorSpace Converter : RGB to , Generator testbench is also provided to visually inspect output results. The code is parameterizable for , YMAX Integer 0 to 2OWIDTH1 Clipping value for the luma (Y) output YMIN Integer 0 to

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XAPP930
4 bit binary multiplier Vhdl code
DSP48
XAPP930
rgb to ycbcr four matrix multipliers
color space converter vhdl rgb ycbcr
x93003
XC4VSX35
FF668
FG320
SG16

2006  vhdl code for floating point matrix multiplication
Abstract: conversion of binary data into gray code in vhdl vhdl code for matrix multiplication matrix multiplication code in vhdl with testbench file XC3S1000 rgb yuv vhdl rgb yuv vhdl gray XAPP931 SG16 DSP48
Text: coding performs poorly for images to be viewed [Ref 2]. 12 or 14 bits per component are necessary to , gray background on Figure 3. The Use fabric for adders checkbox, corresponding to the FABRIC_ADDS VHDL , Generator testbench is also provided to visually inspect output results. The code is parameterizable for , ) data width 2OWIDTH1 Clipping value for the R, G, B outputs RGBMAX Integer 0 to RGBMIN Integer 0 to 2OWIDTH1 Clamping value for the R, G, B outputs COFFSET Integer 0

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XAPP931
prov07927,
JTC1/SC29/WG11
vhdl code for floating point matrix multiplication
conversion of binary data into gray code in vhdl
vhdl code for matrix multiplication
matrix multiplication code in vhdl with testbench file
XC3S1000
rgb yuv vhdl
rgb yuv vhdl gray
XAPP931
SG16
DSP48

vhdl coding for analog to digital converter
Abstract: TSMC 0.18 um CMOS analog to digital converter vhdl coding digital to analog converter vhdl coding N7075 tsmc cmos 0.11 um verilog code pipeline square root vlsi design physical verification vhdl code for digital to analog converter verilog adc pipeline
Text: for the ADC to return to specified characteristics after an outofrange sample. Analog Input , provided to indicate outof range conditions. Table 7 shows the digital output coding . A nominal , APPLICATIONS · TIMING GENERATOR DIGITAL CONTROL DIGITAL CORRECTION · · Dual 10bit ADC Up to 120 , a fully differential multistage pipeline architecture with digital error correction to provide 10 , designed for high dynamic performance at input frequencies up to Nyquist and beyond. It thus represents

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nAD10120x213a
10bit
nAD10120x213a
N7075
vhdl coding for analog to digital converter
TSMC 0.18 um CMOS
analog to digital converter vhdl coding
digital to analog converter vhdl coding
tsmc cmos 0.11 um
verilog code pipeline square root
vlsi design physical verification
vhdl code for digital to analog converter
verilog adc pipeline

vhdl coding for analog to digital converter
Abstract: vlsi design physical verification AD8138 AD8351 CL013G N7075 vhdl coding pipeline adc digital error correction simple ADC Verilog code digital mixer verilog code
Text: TIMING GENERATOR DIGITAL CONTROL DIGITAL CORRECTION · · Dual 10bit ADC Up to 120 MSPS , differential multistage pipeline architecture with digital error correction to provide 10bit accuracy from , for high dynamic performance at input frequencies up to Nyquist and beyond. It thus represents an ideal solution for demanding applications like broadband communication, digital imaging and multimedia , voltage that gives mid code. Out of Range Recovery Time The time required for the ADC to return to

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nAD10120x213m
10bit
nAD10120x213m
N7075
vhdl coding for analog to digital converter
vlsi design physical verification
AD8138
AD8351
CL013G
vhdl coding pipeline adc digital error correction
simple ADC Verilog code
digital mixer verilog code

TSMC 0.18 um CMOS
Abstract: verilog code pipeline square root verilog code for adc vhdl coding for analog to digital converter TSMC Flash IP vhdl coding for pipeline 0.18um CMOS technology characteristics AD8138 N7075 AD8351
Text: for a 10bit converter . Degradation of the SNDR only due to the effect of aperture jitter is given , digital output drivers are scaled to provide necessary current to drive onchip logic. For applications , startup times for the idle modes refer to electrical specifications in Table 2 and Table 3. DIGITAL , APPLICATIONS · TIMING GENERATOR DIGITAL CONTROL DIGITAL CORRECTION · · Dual 10bit ADC Up to 110 , a fully differential multistage pipeline architecture with digital error correction to provide 10

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nAD10110x218a
10bit
nAD10110x218a
N7075
TSMC 0.18 um CMOS
verilog code pipeline square root
verilog code for adc
vhdl coding for analog to digital converter
TSMC Flash IP
vhdl coding for pipeline
0.18um CMOS technology characteristics
AD8138
AD8351

TSMC 0.18 um CMOS
Abstract: 0.18um CMOS technology characteristics tsmc 0.18 flash tsmc cmos 0.18 um AD8351 N7075 vhdl coding for analog to digital converter TSMC Flash verilog code for adc verilog code of analog mixed mode
Text: suitable for battery powered devices. Communication Receive Channel WLAN / HiperLan / 802.11x Digital , differential multistage pipeline architecture with digital error correction to provide 10bit accuracy from , mixedsignal systems. The IP is designed for high dynamic performance at input frequencies up to Nyquist , External Reference Common Mode Voltage POWER SUPPLY Positive Analog Supply Voltage Positive Digital , The analog input frequency for which the measured input signal power has dropped by 3 dB

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nAD1011018a
10bit
nAD1011018a
N7075
TSMC 0.18 um CMOS
0.18um CMOS technology characteristics
tsmc 0.18 flash
tsmc cmos 0.18 um
AD8351
vhdl coding for analog to digital converter
TSMC Flash
verilog code for adc
verilog code of analog mixed mode

2005  4 bit binary multiplier Vhdl code
Abstract: low pass Filter VHDL code VHDL code for dac vhdl code of 8 bit comparator vhdl code for serial analog to digital converter xilinx vhdl code for digital clock vhdl code for digital to analog converter IPIF adc controller vhdl code Xilinx analog comparator
Text: OPB DeltaSigma Analog to Digital Converter (ADC) (v1.01a) Figure 9 shows Timing Diagram for Write , DS 0 OPB DeltaSigma Analog to Digital Converter (ADC) (v1.01a) DS488 December 1, 2005 0 , Implementation of Analog to Digital Converter using OPB ADC OPB ADC Design Parameters To allow the user to , Product Specification www.xilinx.com 2 OPB DeltaSigma Analog to Digital Converter (ADC) (v1 , Reference. This is the output of external comparator 3 OPB DeltaSigma Analog to Digital Converter

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DS488
Virtex402
4 bit binary multiplier Vhdl code
low pass Filter VHDL code
VHDL code for dac
vhdl code of 8 bit comparator
vhdl code for serial analog to digital converter
xilinx vhdl code for digital clock
vhdl code for digital to analog converter
IPIF
adc controller vhdl code
Xilinx analog comparator

verilog code pipeline square root
Abstract: AD8138 AD8351 N7075 tsmc cmos 0.13 um tsmc cmos 0.13 um ADC vhdl coding pipeline adc digital error correction TSMC Flash IP
Text: ] are provided to indicate outof range conditions. Table 7 shows the digital output coding . A nominal , suitable for battery powered devices. Communication Receive Channel WLAN / HiperLan / 802.11x Digital , differential multistage pipeline architecture with digital error correction to provide 10bit accuracy from , mixedsignal systems. The IP is designed for high dynamic performance at input frequencies up to Nyquist , External Reference Common Mode Voltage POWER SUPPLY Positive Analog Supply Voltage Positive Digital

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nAD1012013a
10bit
nAD1012013a
N7075
verilog code pipeline square root
AD8138
AD8351
tsmc cmos 0.13 um
tsmc cmos 0.13 um ADC
vhdl coding pipeline adc digital error correction
TSMC Flash IP


vhdl coding for analog to digital converter
Abstract: CL013G N7075
Text: takes from a digital input is latched in, to the sample is converted and put on the analog output , must be bypassed to ground with 100 nF for stable operation and optimum performance. Digital Inputs , . Table 7 shows the digital input coding for mid and end codes for a fullscale current of 10 mA into , performance for update rates up to 400 MSPS. The IP includes edgetriggered input latches, an internal , Voltage Drift III 0 POWER SUPPLY Analog Positive Supply Voltage Digital Positive Supply Voltage

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nDA10400x213m
10bit
nDA10400x213m
N7075
vhdl coding for analog to digital converter
CL013G

TSMC 0.18 um CMOS
Abstract: vhdl coding for analog to digital converter adc vhdl 0.18um CMOS technology characteristics cmos tsmc 0.18 TSMC 0.18 um CMOS silicon verilog code pipeline square root vlsi design physical verification N7075 tsmc 0.18 flash
Text: fully differential multistage pipeline architecture with digital error correction to provide 12 , frequencies up to Nyquist and beyond. It thus represents an ideal solution for QUICK REFERENCE DATA , Analog Supply Voltage Positive Digital Supply Voltage Negative Supply Voltage Supply Current, Active , code. Analog Input Bandwidth The analog input frequency for which the measured input signal power , the input to the sample is converted and put on the digital output. Output Data Delay Time Output

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nAD1211018a
12bit
nAD1211018a
N7075
TSMC 0.18 um CMOS
vhdl coding for analog to digital converter
adc vhdl
0.18um CMOS technology characteristics
cmos tsmc 0.18
TSMC 0.18 um CMOS silicon
verilog code pipeline square root
vlsi design physical verification
tsmc 0.18 flash

tsmc cmos 0.13 um
Abstract: digital to analog converter vhdl coding vlsi design physical verification 12 bit DAC VHDL CODE N7075 vhdl coding for analog to digital converter IFSR10 TSMC 0.13 um CMOS
Text: CMOS levels. Table 7 shows the digital input coding for mid and end codes for a fullscale current of , startup times for the idle modes refer to electrical specifications in Table 2 and Table 3 DIGITAL , complementary segmented current source architecture to provide 10bit dynamic performance for update rates up , at mid code input and the ideal mid output. Setup time ( tSU ) Available time for input data to , is latched in, to the sample is converted and put on the analog output. Propagation Delay ( tPD

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nDA1040013a
10bit
nDA1040013a
N7075
tsmc cmos 0.13 um
digital to analog converter vhdl coding
vlsi design physical verification
12 bit DAC VHDL CODE
vhdl coding for analog to digital converter
IFSR10
TSMC 0.13 um CMOS

tsmc cmos 0.13 um
Abstract: N7075
Text: standard binary offset coding at CMOS levels. Table 7 shows the digital input coding for mid and end , Converter IP FEATURES · · · · · DIGITAL CONTROL OPM[2:0] CLK0 IOUT0 LATCH · Dual , excellent dynamic performance for output frequencies up to Nyquist and beyond. The high performance also , digitaltoanalog converter silicon IP. It uses a complementary segmented current source architecture to provide 10bit dynamic performance for update rates up to 400 MSPS. The core includes edgetriggered input

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nDA10400x213a
10bit
nDA10400x213a
N7075
tsmc cmos 0.13 um

TSMC 0.18 um CMOS
Abstract: TSMC rf cmos 0.18 um IFSR15 N7075 cmos tsmc 0.18 1/TSMC rf cmos 0.18 um
Text: time it takes from a digital input is latched in, to the sample is converted and put on the analog , MSPS DigitaltoAnalog Converter IP Digital Inputs Operational Mode Control In addition to active , coding at CMOS levels. Table 8 shows the digital input coding for mid and end codes for a fullscale , for update rates up to 200 MSPS. The core includes edgetriggered input latches, an internal voltage , mid code input and the ideal mid output. The time it takes for the output to reach and remain

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nDA10200x218a
10bit
nDA10200x218a
N7075
TSMC 0.18 um CMOS
TSMC rf cmos 0.18 um
IFSR15
cmos tsmc 0.18
1/TSMC rf cmos 0.18 um

2001  GSM 900 simulink matlab
Abstract: verilog code for ofdm transmitter digital IIR Filter VHDL code fir filter coding for gui in matlab digital IIR Filter verilog code qpsk modulation VHDL CODE vhdl code for ofdm transmitter vhdl code for ofdm qpsk demapper VHDL CODE turbo codes qam system matlab code
Text: ), VHDL , or Verilog Using the power of digital logic, signals can be cleanly modulated to an , , highthroughput signal coding schemes, W processing algorithms. ireless and digital signal processing , Hardware Acceleration Signal Coding Altera provides a variety of signal coding functions for , tripleDES encryption. Using a PLD for encryption makes it easy to implement onaprogrammablechip (SOPC , Figure 4. Signal Coding Block Diagram difficult to easily implement on any DSP processors. However

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MGBSIGNAL01
GSM 900 simulink matlab
verilog code for ofdm transmitter
digital IIR Filter VHDL code
fir filter coding for gui in matlab
digital IIR Filter verilog code
qpsk modulation VHDL CODE
vhdl code for ofdm transmitter
vhdl code for ofdm
qpsk demapper VHDL CODE
turbo codes qam system matlab code

1998  U2550
Abstract: u560100 ZMD U2510 U560244 Bosch Common Rail Sensor U2400 U560048 6v to 7.5v dc power supply circuit project U2100 u5601
Text: up to 16kbits, ROMs of up to 128kbits, functional blocks for test support, etc. The Analog , . Digital Libraries (equivalent to U2400) The ZMSC670 Cell Library is intended for circuit designs with , specific analog and digital cells. Support for fullcustom designs and foundry services is available , the analog field. To ensure reliable designs with fast turnaround, ZMD offers a digital cell library as well as RAM/ROM and EEPROM macros. In addition to digital circuitry, ZMD provides a set of analog

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1999  vhdl code for cordic algorithm
Abstract: vhdl code for cordic verilog code for cordic algorithm vhdl code for modulation vhdl code for complex multiplication and addition verilog code for cordic vhdl code for rotation cordic vhdl code for digital clock digital clock vhdl code cordic algorithm code in verilog
Text: automatically convert the fixedpoint CORDIC algorithm to Verilog or VHDL . For the evaluation, a number of , 28 To get a resourceshared implementation in VHDL , a different C coding style is employed , ART Builder to automatically map the instantiated components in VHDL . For example, to import a , finite precision operations. ART Builder supports automatic conversion from ANSI C to VHDL or Verilog , , compression, coding , and other operations on digital signals. However, most hardware designers are using a

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2001  VHDL code of lcd display
Abstract: vhdl code for lcd of xilinx vhdl code for lcd display XAPP149 handspring vhdl code for digital to analog converter analog to digital converter vhdl coding serial analog to digital converter vhdl code XAPP355 XAPP146
Text: source code will also be provided for download. To obtain the VHDL code described in this document, go to section VHDL Code Download, page 9 for instructions. Overview This application note presents , System interface. The VHDL code presented in XAPP355 is intended to be a "building block" for future , connected to analog input channel 0 of of the ADS7870. Thirtyeight points will be continuously plotted and , been configured for single ended operation, which means that the analog input signal can vary from 0V

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XAPP149
XAPP149
VHDL code of lcd display
vhdl code for lcd of xilinx
vhdl code for lcd display
handspring
vhdl code for digital to analog converter
analog to digital converter vhdl coding
serial analog to digital converter vhdl code
XAPP355
XAPP146

2001  verilog code for DFT
Abstract: toshiba ASIC analog to digital converter verilog code target FPGA
Text: different from or in addition to FPGA implementations. Other special cells like DACs ( Digital to Analog Converter ), ADCs ( Analog to Digital Converter ) , oscillators, and PLLs (PhaseLock Loop) also have fixed , Static Timing Analysis Design for Test Multiple FPGAs to ASIC 5 Synchronous Design Techniques , 3. For the manufacturing test process, Toshiba needs test patterns to insure the correct operation , objective of finishing the ASIC. It is conceivable that after a DFT (Design for Test) review, changes to

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2002  adc controller vhdl code
Abstract: vhdl code for time division multiplexer serial analog to digital converter vhdl code vhdl code for digital clock output on CPLD vhdl code for parallel to serial converter XAPP355 vhdl program for parallel to serial converter adc vhdl handspring adc vhdl source code
Text: 12bit, serial, 8channel analog to digital converter . The ADS7870 ADC is ideal for portable and , Texas Instruments ADS7870 Analog to Digital Converter (ADC) in a Xilinx CoolRunnerTM XPLA3TM CPLD , the CoolRunner CPLD. All related source code is provided for download. To obtain the VHDL code described in this document, go to section VHDL Code Download, page 27 for instructions. Overview , ADS7870 interface for those who wish to understand the VHDL implementation of the CPLD ADC interface

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XAPP355
ADS7870
XAPP355
adc controller vhdl code
vhdl code for time division multiplexer
serial analog to digital converter vhdl code
vhdl code for digital clock output on CPLD
vhdl code for parallel to serial converter
vhdl program for parallel to serial converter
adc vhdl
handspring
adc vhdl source code
