NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: recipe. VHDL instantiation code and a schematic symbol are created along with the netlist for the design. , lookup table design Uses Fast Carry logic for high speed Drop-in modules for the XC4000E XC4000E, EX, XL, XV , ROM Latch Registered Adder Tree Adder Latch Output X8827 X8827 # Match Bits Figure 3 , output files generated for this module. Correlation Width: Select the number of bits in the correlation , and mask patterns. Using Look-Up Tables for Implementing Correlators The following example ... | Original |
5 pages, |
XC4000E X8827 vhdl code for carry select adder serial correlator correlator 32 bit carry select adder in vhdl datasheet abstract |
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| Abstract: Verilog instantiation code A VHDL behavioral model A symbol for schematic capture tools 1.2 How to , created. From this point on, the flow for processing this design is the same as if you were using macros , "Options" menu, select "Output Format", and check the following options: Select either VHDL or Verilog , design that instantiates the XNF file from the CORE Generator. * 8 Bit Adder VHDL Snippet , How to embed the filter within a larger VHDL design, and synthesize the design using Synopsys FPGA ... | Original |
55 pages, |
xilinx code fir filter in vhdl catalog of signal generator design of FIR filter using vhdl FIR Filter verilog code fir vhdl code new ieee programs in vhdl and verilog precision waveform generator verilog code for distributed arithmetic verilog code for fir filter vhdl code for carry select adder XC3090 datasheet abstract |
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| Abstract: (except for Adder and Subtractor Carry Select, which have a minimum bit width of 9), and a screen , Adder - Carry Select .15 Adder - Ripple Carry .17 , .104 Subtractor - Carry Select , as generate a schematic symbol, VHDL or Verilog simulation data for the function. The end result of ... | Original |
10 pages, |
vhdl code for crc16 using lfsr AT40K verilog code 32 bit LFSR verilog code 8 bit LFSR 8 bit parallel multiplier vhdl code verilog code for serial multiplier VHDL code for 16 bit ripple carry adder 16 bit array multiplier VERILOG 32 bit carry select adder in vhdl 16 bit Array multiplier code in VERILOG full subtractor circuit using and gates 0373F 0373F abstract |
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| Abstract: 8 bit versions of the macro (except for Adder and Subtractor Carry Select, which have a minimum bit , Adder - Carry Select .15 Adder - Ripple Carry .17 , .104 Subtractor - Carry Select , speed and area information, as well as generate a schematic symbol, VHDL or Verilog simulation data for ... | Original |
9 pages, |
sequential multiplier Vhdl verilog code for johnson counter verilog code for serial multiplier vhdl code for 64 carry select adder 16 bit array multiplier VERILOG 8 bit sequential multiplier VERILOG 8 bit carry select adder verilog codes 32 bit carry select adder code vhdl code of ripple carry adder 8 bit carry select adder verilog code AT40K AT40K abstract |
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| Abstract: at www.altera.com. The following four code samples show Verilog HDL and VHDL examples for unsigned , optimize HDL code for both logic utilization and performance. However, sometimes the best optimizations , Memory Functions from HDL Code" on page 613 "Coding Guidelines for Registers and Latches" on page 637 , examples from this document into your HDL source code using the Insert Template dialog box in the Quartus , use megafunctions: Instantiating Altera Megafunctions in HDL Code For simple ... | Original |
76 pages, |
crc 16 verilog QII51007-7 verilog hdl code for D Flipflop vhdl code for accumulator 8 bit Array multiplier code in VERILOG vhdl code CRC cyclic redundancy check verilog source crc verilog code 16 bit QII51007-7 abstract |
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| Abstract: establish useful HDL coding styles for Lattice Semiconductor FPGA devices. It includes VHDL and Verilog , Encoding Methodologies for State Machines Coding Styles for Finite State Machines (FSM) Using Pipelines , separate block (Figure 13-4). This allows for easy swapping between the RAM behavioral code for simulation, and the code for technology instantiation. In addition, this coding style facilitates the integration , many ways to ensure the state machine encoding scheme for a design. One can hard code the states in ... | Original |
17 pages, |
4-Bit Arithmetic Circuit VHDL behavioral code of carry save adder binary multiplier Vhdl code sequential multiplier Vhdl 4 bit binary multiplier Vhdl code Verilog code subtractor verilog code power gating verilog advantages disadvantages vhdl code for 16 BIT BINARY DIVIDER verilog code divide verilog codes for full adder TN1008 TN1008 abstract |
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| Abstract: "Inserting a VHDL Template" in MAX+PLUS II Help for information on using templates in the Text Editor. , use same VHDL code regardless of whether or not your design is targeted for FLEX 8000 devices. 1 , (.acf) format RAM/ROM support for the FLEX 10K family with the genmem utility, which generates timing , components whose source is written in VHDL, even if you are licensed only for the Verilog HDL Compiler. The , Synopsys & MAX+PLUS II Software Interface Guide You can compile the VHDL source file for use with the ... | Original |
73 pages, |
7483 4 bit binary full adder clock 7483 full adder application notes adder 7483 EPM5128 FLEX10K MAX7000 8fadd 8mcomp vhdl code for carry select adder FLEX8000 8count macrofunction a_8fadd datasheet abstract |
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| Abstract: establish useful HDL coding styles specifically for Series 4 ORCA devices. It includes VHDL and Verilog , Encoding Methodologies for State Machines Coding Styles for Finite State Machines (FSM) Using Pipelines , other code www.latticesemi.com 1 tn1008_02 HDL Synthesis Coding Guidelines for Series 4 , swapping between the RAM behavioral code for simulation, and the code for technology instantiation. In , design. One can hard code the states in the source code by specifying a numerical value for each state. ... | Original |
16 pages, |
8 bit sequential multiplier VERILOG MUX81 verilog hdl code for multiplexer 4 to 1 verilog advantages disadvantages vhdl code for 16 BIT BINARY DIVIDER Verilog code subtractor verilog codes for full adder PLC in vhdl code 8 bit carry select adder verilog codes vhdl code for Clock divider for FPGA vhdl code for 4 bit ripple COUNTER TN1008 TN1008 abstract |
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| Abstract: data sheet for a selected core first close any core GUIs that are open, then select the core in the , (PDA FIR, SDA FIR, XC4000 XC4000 RAM and ROM, and Virtex Block RAM, for example) usually require multiple , simulation, so only a symbol and a netlist are generated for these cores. You must use either VHDL or , possible. Xilinx will not assume responsibility for the use of any circuitry entirely embodied in its , liability for the accuracy or correctness of any engineering software support or assistance provided to a ... | Original |
51 pages, |
XC8106 new ieee programs in vhdl and verilog SCR FIR 3 D XC3090 XC4005 XC4005XL XC5210 eztag filter schematic verilog code for fir filter XC2064 XC4028XLA XC-DS-501 XC2064 abstract |
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| Abstract: Template for a sample COREGEN Adder module, and a top-level VHDL design that instantiates the , size constraints. For each core the CORE Generator System delivers: · Verilog or VHDL behavioral , in that core's datasheet. For examples of PDA FIR, SDA FIR, RAM, and ROM .COE files, as well as , for these cores. You must use either VHDL or Verilog to simulate Virtex designs in Viewlogic. Check , : Select either VHDL or Verilog Instantiation template. 3. From the CORE Generator Options menu select ... | Original |
51 pages, |
XC8106 code fir filter in verilog XC2064 XC3090 XC4005 XC4005XL XC5210 16 bit register vhdl fir compiler v1 xilinx virtex XC-DS-501 XC2064 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| Phase Detector 20 kB XAPP012 XAPP012 XAPP012 XAPP012 XC3000 XC3000 XC3000 XC3000 Using the Dedicated Carry Logic XC4000EX XC4000EX XC4000EX XC4000EX I/O Features 84 kB XAPP056 XAPP056 XAPP056 XAPP056 XC4000 XC4000 XC4000 XC4000 Using Select B XAPP078 XAPP078 XAPP078 XAPP078 XC9500 XC9500 XC9500 XC9500 ABEL VHDL CPLD-Based 1Mbit Virtual SPROM Downloader for Using the Dedicated Carry Logic in XC4000E XC4000E XC4000E XC4000E This Application Note describes the operation of the XC4000E XC4000E XC4000E XC4000E dedicated carry logic, the standard configurations provided for its use, and how these are www.datasheetarchive.com/files/xilinx/weblinx/apps/xapp.htm |
Xilinx | 11/04/1997 | 40.83 Kb | HTM | xapp.htm |
| , programmable 9-bit terminal counters optimized for speed or layout area. 16-Bit Carry-Select Adder (3 pages, updated 9/99) A carry-select adder implemented in the AT00 achieves speeds 40% faster by performing additions in parallel and reducing the maximum carry path. Ripple-Carry Adders (3 Using VHDL with IP Core Generator (11 pages, updated 8/01) This Application Note informs users how to . IP Core Generator Adders (6 pages, updated 1/02) Parameterized IP Core Generator available for the www.datasheetarchive.com/files/atmel/atmel/prod100.htm-v1.bak |
Atmel | 07/05/2002 | 69.66 Kb | BAK | prod100.htm-v1.bak |
| , programmable 9-bit terminal counters optimized for speed or layout area. 16-Bit Carry-Select Adder (3 pages, updated 9/99) A carry-select adder implemented in the AT00 achieves speeds 40% faster by performing additions in parallel and reducing the maximum carry path. Ripple-Carry Adders (3 Using VHDL with IP Core Generator (11 pages, updated 8/01) This Application Note informs users how to . IP Core Generator Adders (6 pages, updated 1/02) Parameterized IP Core Generator available for the www.datasheetarchive.com/files/atmel/atmel/prod100-v6.htm |
Atmel | 07/05/2002 | 69.66 Kb | HTM | prod100-v6.htm |
| from the values entered using a parameterized VHDL recipe. VHDL instantiation code and a schematic - up table design • Uses Fast Carry logic for high speed • Drop-in modules for the XC4000E XC4000E XC4000E XC4000E, EX, XL, XV : Enter a name for the output files gen- erated for this module. Correlation Width: Select the number of to express the match and mask patterns. Using Look-Up Tables for Implementing Correlators The lines) by 3 bits wide each. The adder tree grows by one bit for each level and the resulting output is a www.datasheetarchive.com/download/55018419-977412ZC/rp069e2.zip (corsVHT.pdf) |
Xilinx | 22/02/2000 | 3361.97 Kb | ZIP | rp069e2.zip |
| Estimating the Performance of XC4000E XC4000E XC4000E XC4000E Adders and Counters Using the XC4000 XC4000 XC4000 XC4000 dedicated carry logic, the performance of adders and counters can easily be predicted. This Application Note provides formulae for Phase Detector 20 KB XAPP012 XAPP012 XAPP012 XAPP012 XC3000 XC3000 XC3000 XC3000 Using the Dedicated Carry Logic XC4000X XC4000X XC4000X XC4000X I/O Features 70 KB XAPP056 XAPP056 XAPP056 XAPP056 XC4000 XC4000 XC4000 XC4000 Using Select , regardless of changes in direction. XAPP013 XAPP013 XAPP013 XAPP013 Using the Dedicated Carry Logic in XC4000E XC4000E XC4000E XC4000E This www.datasheetarchive.com/files/xilinx/docs/wcd00001/wcd00194.htm |
Xilinx | 17/07/1998 | 64.88 Kb | HTM | wcd00194.htm |
| Quadrature Phase Detector 20 KB XAPP012 XAPP012 XAPP012 XAPP012 XC3000 XC3000 XC3000 XC3000 Using the Dedicated Carry 4000X 4000X 4000X 4000X I/O Features 70 KB XAPP056 XAPP056 XAPP056 XAPP056 XC4000 XC4000 XC4000 XC4000 Using SelectRAM Memory in KB XAPP108 XAPP108 XAPP108 XAPP108 FPGAs Hints, Tips and Tricks for using SelectRAM+ 100 KB XAPP130 XAPP130 XAPP130 XAPP130 Virtex 170 MHz FIFOs Using the Using the Virtex SelectIO 120 KB XAPP133 XAPP133 XAPP133 XAPP133 Virtex www.datasheetarchive.com/files/xilinx/docs/wcd00002/wcd00206-v1.htm |
Xilinx | 16/02/1999 | 79.91 Kb | HTM | wcd00206-v1.htm |
| Interface Unit for external ROM and DRAM access. CR32 Peripherals - timer, clock generator, and JTAG debug interfaces: 1) 32 bit System Port for external Host or ToggleBusTM; 2) 32 bit Memory Bus for ROM, DRAM, or outputs may be latched. An example is a full adder: input A+B+Carry-In and output the Sum and Carry two adder ripple carry and left-right shift registers. Each cell may also direct one and only one of per bit. While an ALP core cell will support a 32 bit circuit (an adder or latch for example) on a www.datasheetarchive.com/download/5810887-512524ZC/wcd00f99.ppt |
National | 30/01/1998 | 122 Kb | PPT | wcd00f99.ppt |
| Interface Unit for external ROM and DRAM access. CR32 Peripherals - timer, clock generator, and JTAG debug interfaces: 1) 32 bit System Port for external Host or ToggleBusTM; 2) 32 bit Memory Bus for ROM, DRAM, or outputs may be latched. An example is a full adder: input A+B+Carry-In and output the Sum and Carry two adder ripple carry and left-right shift registers. Each cell may also direct one and only one of per bit. While an ALP core cell will support a 32 bit circuit (an adder or latch for example) on a www.datasheetarchive.com/download/87697589-551259ZC/nsc06768.ppt |
National | 16/09/1998 | 122 Kb | PPT | nsc06768.ppt |
| Using the XC4000/Spartan dedicated carry logic, the performance of adders and counters XC4000 XC4000 XC4000 XC4000 Using SelectRAM Memory in XC4000 XC4000 XC4000 XC4000 Series FPGAs Hints, Tips and Tricks for using XABEL with Xilinx M1.5 Design and Implementation Tools Design Using the Virtex Block SelectRAM+ v1.2 (01 170 MHz FIFOs Using the Virtex Block SelectRAM+ 60 KB www.datasheetarchive.com/files/xilinx/docs/rp00003/rp00319.htm |
Xilinx | 19/03/2000 | 192.75 Kb | HTM | rp00319.htm |
| number of I/O counts using a linked enable signal. C Code for Interfacing the FPSLIC AVR Core (2 pages, updated 10/00) Atmel will reward you for Application Notes using FPSLIC or the Starter Kit for the "UART and 2-wire Interface reconfiguration of the AT94K AT94K AT94K AT94K FPSLIC using an AT17 Series EEPROM code examples will make this clearer and can be used as guidance for other applications. FPSLIC simple method for using the timers of the FPSLIC device. AT94K AT94K AT94K AT94K, FPSLIC UART Macros (3 pages www.datasheetarchive.com/files/atmel/atmel/prod318.htm-v1.bak |
Atmel | 07/05/2002 | 74.52 Kb | BAK | prod318.htm-v1.bak |