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    c code for interpolation and decimation filter

    Abstract: FIR 3D radix-4 DIT FFT C code radix-2 radix-2 DIT FFT C code FIR 3D 41 c code for convolution Transversal filter with RLS algorithm linear convolution leaky lms
    Text: Index A Adaptive filters benchmarks 202 implementations 167 testing shell for adaptive filters 199 uses of 158, 159, 160 Arctangent implementation 27 subroutine 29 B Bit block transfer transfer of image data 253 Bit-reversal 210, 211 Bresenham line drawing


    Original     		PDF

    PSF90316AAMLX

    Abstract: MLX90316 90316 PSF90316 A-225 PTC04 Feb-2007
    Text: Application Note Back-End Calibration of MLX90316 Scope This application note describes the back-end calibration of the output levels after the extraction of the angular position arctangent interpolation performed by the MLX90316 device. Related Documents, Products and Tools


    Original     		PDF MLX90316 MLX90316 PTC04 My90316 PSF90316AAMLX 90316 PSF90316 A-225 Feb-2007

    PTC04

    Abstract: MLX90316 magnet classic 360 ptc04 hall
    Text: Application Note Front-End Calibration of MLX90316 Scope This application note describes the front-end compensation prior to the extraction of the angular position arctangent interpolation performed by the MLX90316 device. Related Documents, Products and Tools


    Original     		PDF MLX90316 MLX90316 PTC04 Apr-06 magnet classic 360 ptc04 hall

    Hammercores

    Abstract: EPF10K10A
    Text: HammerCores by Altera White Paper Arctan Function Introduction The arctan function is based on the Hammercores by Altera CORDIC function. It has the ability to accept 4 quadrant input data in cartesian form, and returns a 4 quadrant arctangent. The macro can operate as a combinatorial single cycle function, or a pipelined function. When pipelined, the macro


    Original     		PDF EPF10K10A, Hammercores EPF10K10A

    sinusoidal encoder

    Abstract: SRS50 stegmann sinusoidal "signals generation" stegmann SRS50 encoder PWM simulation matlab optical quadrature encoder 32bit encoders stegmann SRS50 fixed point implementation matlab
    Text: EXTRACTION OF HIGH RESOLUTION POSITION INFORMATION FROM SINUSOIDAL ENCODERS J. Burke, J. F. Moynihan, K. Unterkofler Abstract - Precision motion control in industrial automation systems is placing increasing demands on the position feedback mechanisms used in the


    Original     		PDF SRS50, ADMC401, AD2S81A/AD2S82A, sinusoidal encoder SRS50 stegmann sinusoidal "signals generation" stegmann SRS50 encoder PWM simulation matlab optical quadrature encoder 32bit encoders stegmann SRS50 fixed point implementation matlab

    MMA7660FC

    Abstract: MMA7660 AN3461 AM32 AM64 AN3838
    Text: Freescale Semiconductor Application Note AN3838 Rev 2, 9/2009 How to use the MMA7660FC with a Microcontroller to do Software Enhancements to Change Orientation Detection Trip Points by: Fengchao Zhang ACRONYMS PMP: Portable Media Player PDA: Personal Digital Assistant


    Original     		PDF AN3838 MMA7660FC 0x00/0x01/0x02: MMA7660 AN3461 AM32 AM64 AN3838

    AD5933 oscillator

    Abstract: EVAL-AD5933EB AD5933 eval biomedical sensor biomedical sensors AD5933 rev. c AD5933
    Text: Evaluation Board for the 1 MSPS 12-Bit Impedance Converter Network Analyzer EVAL-AD5933EB Preliminary Technical Data FEATURES APPLICATIONS Full-featured evaluation board for the AD5933 Graphic user interface software with frequency sweep capability for board control and data analysis


    Original     		PDF 12-Bit EVAL-AD5933EB AD5933 EVAL-AD5933EB AD5933EB EB05435-0-7/07 AD5933 oscillator AD5933 eval biomedical sensor biomedical sensors AD5933 rev. c

    TMS320C30 Evaluation Module

    Abstract: SPRU035 TMS320C32 RX 150 batch counter W063 SPRA021
    Text: TMS320C3x/C4x Optimizing C Compiler User’s Guide Literature Number: SPRU034H June1998 Printed on Recycled Paper IMPORTANT NOTICE Texas Instruments TI reserves the right to make changes to its products or to discontinue any semiconductor product or service without notice, and advises its customers to obtain the latest version of relevant information


    Original     		PDF TMS320C3x/C4x SPRU034H June1998 Index-13 Index-14 TMS320C30 Evaluation Module SPRU035 TMS320C32 RX 150 batch counter W063 SPRA021

    saf7730

    Abstract: Philips SAF7730 TMS320DM310 saf77 full 18*16 barrel shifter design ADSP-215xx saf7730 audio TMS320DSC25 compare adsp 21xx with conventional processor compression pcm matlab
    Text: EDN's 2003 DSP directory DSP shipments were tracking at 5% growth for 2002 until shipments in December ballooned. According to market-research company Forward Concepts www.forwardconcepts.com , this balloon in shipments netted an overall DSP-revenue growth of 14.1% for 2002. Wireless applications,


    Original     		PDF 1-800-477-8924-x4500 saf7730 Philips SAF7730 TMS320DM310 saf77 full 18*16 barrel shifter design ADSP-215xx saf7730 audio TMS320DSC25 compare adsp 21xx with conventional processor compression pcm matlab

    ADSP-215xx

    Abstract: TMS320DA250 addressing modes of adsp 21xx processors vhdl code for systolic iir filter TMS320DRE200 tms320f2812 addressing modes adsp215xx TMS320C4X ARCHITECTURE, ADDRESSING MODES TMS320DSC21 verilog code for speech recognition
    Text: 2002 DSP directory Image by Mike O’Leary MARKET ANALYSIS FORECASTS DSP SALES TO TURN UPWARD IN 2002, WITH ISUPPLI PREDICTING A 4% RISE AND FORWARD CONCEPTS EXPECTING A 32% GAIN. By Robert Cravotta, Technical Editor www.ednmag.com LAST YEAR WAS A HARSH ONE for


    Original     		PDF 32-bit, 24-bit, 16-bit, LMS24 LMS16 ADSP-215xx TMS320DA250 addressing modes of adsp 21xx processors vhdl code for systolic iir filter TMS320DRE200 tms320f2812 addressing modes adsp215xx TMS320C4X ARCHITECTURE, ADDRESSING MODES TMS320DSC21 verilog code for speech recognition

    Developer

    Abstract: 243007 weighing scale code example 242690 intel 8086 241429 241429 intel intel 243007 CL1101 ptz decoder
    Text: Intel Architecture Optimization Manual Order Number 242816-003 1997 5/5/97 11:38 AM FRONT.DOC Information in this document is provided in connection with Intel products. No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document. Except as provided in Intel's Terms and Conditions


    Original     		PDF

    TEMPERATURE CONTROLLER with pid

    Abstract: PID control CRC-16 CRC-16 ccitt
    Text: Digital Point OptoControl Command Clear All Latches Clear Counter Clear Off-Latch Clear On-Latch Clear Quadrature Counter Generate N Pulses* Get & Clear Counter Get & Clear Off-Latch Get & Clear On-Latch Get & Clear Quadrature Counter Get & Restart Off-Pulse Measurement*


    Original     		PDF 1342-041206--OptoControl TEMPERATURE CONTROLLER with pid PID control CRC-16 CRC-16 ccitt

    M803

    Abstract: D1351 M17S 1387T M80286 i387 i386 ex board M8038 i386 SL
    Text: in te i MILITARY ¡387 MATH COPROCESSOR • Full-Range Transcendental Operations for SINE, COSINE, TANGENT, ARCTANGENT and LOGARITHM High Performance 80-Bit Internal Architecture Implements ANSI/IEEE Standard 7541985 for Binary Floating-Point Arithmetic


    OCR Scan     		PDF 387TM Virtual-8086 80-Bit 68-Pin 68-Lead M8087/M80287 M8087 M80287 386tm M803 D1351 M17S 1387T M80286 i387 i386 ex board M8038 i386 SL

    Untitled

    Abstract: No abstract text available
    Text: ir r te * * MILITARY 387 80-BIT CHMOS NUMERIC PROCESSOR EXTENSION Military Full-Range Transcendental Operations for SINE, COSINE, TANGENT, ARCTANGENT and LOGARITHM High Performance 80-Bit Internal Architecture • Implements ANSI/IEEE Standard 7541985 for Binary Floating-Point


    OCR Scan     		PDF 80-BIT Virtual-8086 M8087/M80287 M8087 M80287 M386tm 60-Bit ASM86

    8087 architecture and configuration

    Abstract: 8087 coprocessor architecture black diagram of ic 8086 1QS01 8087 data types
    Text: 8087 Numeric Data Coprocessor ¡APX86 Family DISTINCTIVE CHARACTERISTICS • • • High performance arithmetic and transcendental func­ tions in hardware Supports 8-, 16-, 32-, 64-bit integer Performs 32-, 64-, 80-bit floating point calculations conforming to IEEE standard


    OCR Scan     		PDF APX86 64-bit 80-bit 32-bit 16-bit 02037B 8087 architecture and configuration 8087 coprocessor architecture black diagram of ic 8086 1QS01 8087 data types

    AM9511

    Abstract: am9511a4dc am9511a-4dc am9511a Algorithm Details for the Am9511A APU
    Text: V U 9 6 U IV Am 9511A Arithmetic Processor DISTINCTIVE CHARACTERISTICS • • • • 2, 3 and 4MHz operation; fixed point 16-bit and 32-bit operations Floating point 32-bit operations; binary data formats Add, Subtract, Multiply and Divide; trigonometric and


    OCR Scan     		PDF 16-bit 32-bit 24pin Am9511A WF004080 01692B AM9511 am9511a4dc am9511a-4dc Algorithm Details for the Am9511A APU

    m8087 intel

    Abstract: No abstract text available
    Text: p R iy iM O B y w in te i M80C187 80-BIT NUMERIC PROCESSOR EXTENSION Military High Perform ance 80-Bit Internal Architecture Tw o to Three Tim es M8087 Perform ance at Equivalent Clock Speed Im plements A N S I/IE E E Standard 7541985 fo r Binary Floating-Point


    OCR Scan     		PDF M80C187 80-BIT M8087 M80387. M80387 M80C186 80C18 m8087 intel

    CD 2399 GP

    Abstract: 80387 DX Users Manual Programmers Reference
    Text: PRByBJOODOÂIfflr in t e i Intel486 DX MICROPROCESSOR 168-Pin Grid Array Package High Performance Design — RISC Integer Core with Frequent Instructions Executing in One Clock — 25 MHz, 33 MHz, and 50 MHz Clock — 80, 106, 160 Mbyte/sec Burst Bus — CHMOS IV and CHMOS V Process


    OCR Scan     		PDF Intel486â 168-Pin 32-Bit 32-Blt 4c00h CD 2399 GP 80387 DX Users Manual Programmers Reference

    coprocessor

    Abstract: No abstract text available
    Text: in y Intel387 SX MATH COPROCESSOR N e w A u to m a tic P o w e r M a n a g e m e n t — L o w P o w e r C o n su m p tio n — T y p ic a lly 100 m A in D y n a m ic M o de, an d 4 m A in Id le M o d e S o c k e t C o m p a tib le w ith In te l3 8 7 Fam ily


    OCR Scan     		PDF Intel387â ASM286 ASM86 ASM286 ASM86. coprocessor

    Untitled

    Abstract: No abstract text available
    Text: intJ 80C187 80-BIT MATH COPROCESSOR • High Performance 80-Bit Internal Architecture ■ Implements ANSI/IEEE Standard 7541985 for Binary Floating-Point Arithmetic ■ Upward Object-Code Compatible from 8087 ■ Fully Compatible with 387DX and 387SX Math Coprocessors. Implements all 387


    OCR Scan     		PDF 80C187 80-BIT 387DX 387SX 80C186 80C186/80C187 80C186â 64-Bit

    Untitled

    Abstract: No abstract text available
    Text: in tj 80960SB EMBEDDED 32-BIT MICROPROCESSOR WITH 16-BIT BURST DATA BUS • High-Performance Embedded Architecture — 16 MIPS* Burst Execution at 16 MHz — 5 MIPS Sustained Execution at 16 MHz ■ Built-In Interrupt Controller — 4 Direct Interrupt Pins


    OCR Scan     		PDF 80960SB 32-BIT 16-BIT 512-Byte 16-Bit 8096SA 4fl2bl75

    m8087-2

    Abstract: No abstract text available
    Text: M8087 NUMERIC DATA PROCESSOR Military • High Performance Numeric Data Coprocessor ■ Standard M8086 Instruction Set Plus Arithmetic, Trigonometric, Exponential, and Logarithmic Instructions for All Data Types ■ All 24 Addressing Modes Available with M8086, M8088, M80186 CPUs


    OCR Scan     		PDF M8087 M8086 M8086, M8088, M80186 64-Bit 80-Bit 18-Digit 40-Pin m8087-2

    hall marking code A04

    Abstract: INTELDX4 write-through YSS 928
    Text: INTEL486 PROCESSOR FAMILY • lntelDX4TM P ro c e s s o r — Up to 100-MHz Operation -Speed-M ultiplying Technology — 32-Bit Architecture — 16K-Byte On-Chip Cache — Integrated Floating-Point Unit — 3.3V Core Operation with 5V Tolerant I/O Buffers


    OCR Scan     		PDF INTEL486â 100-MHz 32-Bit 16K-Byte hall marking code A04 INTELDX4 write-through YSS 928

    burr-brown 3501A

    Abstract: BURR-BROWN 4302
    Text: 4302 B U R R -B R O W N e m 4302 Low Cost MULTIFUNCTION CONVERTER FEA TU R ES • LOW COST Efl • S M A LL PAC KAGE - Dual-In-line • R E LIA B LE HYBRID CONSTRUCTION FU NC TIO N S ACCURACY M U LT IP LY OIVIDE SQUARE SQ UARE ROOT EX P O N EN T IA T E


    OCR Scan     		PDF 10VDC) 10VDC -10VDC burr-brown 3501A BURR-BROWN 4302