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    PIC16C70

    Abstract: PIC16C71 PIC16C71A PIC16C72 PIC16C73 PIC16C7X PIC16CXX PIC16 example sleep PIC16 example c code GIE CAPACITORS
    Text: MASTERING THE PIC16C7X A/D CONVERTER By: Jim Simons The analog to digital converter A/D is the primary tool that allows analog signals to be quantized into the world of digital electronics. Once the signal is digitally represented, it can be stored, analyzed and manipulated by a variety of


    Original     		PDF PIC16C7X PIC16CXX FACT002-page PIC16C70 PIC16C71 PIC16C71A PIC16C72 PIC16C73 PIC16 example sleep PIC16 example c code GIE CAPACITORS

    deinterlace

    Abstract: VX1521 bt.656 to RGB Deinterlacer deinterlace bt656 lcd tv controller input ypbpr 24bit rgb output ITU-R RGB TO YPBPR VXIS Technology
    Text: VX1521 Preliminary Product Brief Video Deinterlacer with DAC DESCRIPTION VX1521 is a highly integrated high quality intra-field The build-in picture enhance- solution for progressive video progressive-scan video with ment unit let users manipulate all displays nowadays. It accepts


    Original     		PDF VX1521 VX1521 deinterlace bt.656 to RGB Deinterlacer deinterlace bt656 lcd tv controller input ypbpr 24bit rgb output ITU-R RGB TO YPBPR VXIS Technology

    median Filter

    Abstract: adsp-210XX FIR FILTER implementation in c language ADSP filter algorithm implementation c code for convolution convolution of two matrices diode r4 implementation of data convolution algorithms ADSP-21000 convolution implementation in c language
    Text: Image Processing 9 Graphics and imaging are two-dimensional applications. Just as in the one-dimensional case, it is often desirable to manipulate the data through filtering. This chapter describes the implementation of two-dimensional filtering using 3 x 3 kernals, as well as median filtering. Histogram


    Original     		PDF GLASSNER90] GONZALEZ87] JAIN89] median Filter adsp-210XX FIR FILTER implementation in c language ADSP filter algorithm implementation c code for convolution convolution of two matrices diode r4 implementation of data convolution algorithms ADSP-21000 convolution implementation in c language

    PLM51

    Abstract: F800H SAB-C502 2a8h
    Text: Memory Organization 3 Memory Organization The SAB-C502 CPU manipulates operands in the following four address spaces: – – – – up to 64 Kbyte of external program memory up to 64 Kbyte of external data memory 256 bytes of internal data memory a 256 x 8 area which is accessed like external RAM MOVX-instructions , called XRAM


    Original     		PDF SAB-C502 SAB-C502. SAB-C502-2R SAB-C502-L PLM51 F800H 2a8h

    BL p0d

    Abstract: IC806 l51ii block diagram for EIO SLOT for Data Storage D17108 ekp 71 upd17108
    Text: DATA SHEET MOS INTEGRATED CIRCUIT µPD17108 4 BIT SINGLE-CHIP MICROCONTROLLER The µPD17108, tiny microcontroller, consists of 1K-byte 512 x 16 bits ROM, 16 × 4 bit RAM, and 16 input/ output ports. The 17K architecture of the CPU uses general registers so that data memory can be manipulated directly


    Original     		PDF PD17108 PD17108, BL p0d IC806 l51ii block diagram for EIO SLOT for Data Storage D17108 ekp 71 upd17108

    AF-9706

    Abstract: ANDO AF-9703 AF 9704 D17107 ske 1/02 OSC02 skf control board
    Text: DATA SHEET MOS INTEGRATED CIRCUIT µPD17107 A1 4 BIT SINGLE-CHIP MICROCONTROLLER The µPD17107(A1) is a tiny microcontroller consisting of 1K-byte (512 x 16 bits) ROM, 16 × 4 bit RAM, and 11 input/output ports. The 17K architecture, which uses general registers to directly manipulate data memory, is employed for effective


    Original     		PDF PD17107 AF-9706 ANDO AF-9703 AF 9704 D17107 ske 1/02 OSC02 skf control board

    MEMS blood pressure sensor

    Abstract: "Blood Pressure Sensor" MEMS pressure sensor silicon mems microphone capacitor mems gas sensor mems microphone mems amkor microphone MEMS Filter MEMS optical tunable filters
    Text: solution microelectromechanical systems technology MEMS Technology Microelectromechanical systems MEMS are micron-size devices that can sense or manipulate the physical world. MEMS are created using micro machining processes, similar to those used to produce integrated


    Original     		PDF ISO-9002, ISO-9001, QS-9000 ISO-9001 TS-16949, MEMS blood pressure sensor "Blood Pressure Sensor" MEMS pressure sensor silicon mems microphone capacitor mems gas sensor mems microphone mems amkor microphone MEMS Filter MEMS optical tunable filters

    DAC 371-8

    Abstract: 100AH 100BH 100CH 10A8 10C8 10E8 DS26524 DS26528 32x-clks
    Text: Maxim > App Notes > TELECOM Keywords: T1, E1, template Dec 22, 2005 APPLICATION NOTE 3718 DS26528 and DS26524 Transmit Pulse Control Abstract: With the addition of network protection components and/or the need to route signals through connectors and other PC board requirements, sometimes it is necessary to manipulate the transmit waveform.


    Original     		PDF DS26528 DS26524 com/an3718 DS26524: DS26528: AN3718, DAC 371-8 100AH 100BH 100CH 10A8 10C8 10E8 32x-clks

    PowerVR

    Abstract: PowerVR stencil kyro PowerVR tile 1600x1200 kyro 2 memory bandwidth
    Text: Tile Based Rendering - the future of 3D graphics 1 Tile Based Rendering ADCS 7180804 TILE BASED RENDERING - THE FUTURE OF 3D GRAPHICS THE BACKGROUND TO 3D GRAPHICS 3D graphics refer to the systems used to create and manipulate a modeled "world" or scene on a


    Original     		PDF

    TMS320

    Abstract: TMS320C30 C30EVM
    Text: Number 30 TMS320 DSP DESIGNER’S NOTEBOOK Addressing Peripherals as Data Structures in C Contributed by Nat Seshan and Mark Utter Design Problem Solution How can I manipulate a DSP’s device peripheral-specific registers in C? A data structure is usually assigned to .bss by the C compiler. A peripheral such as a


    Original     		PDF TMS320 TMS320C30 C30EVM

    REA-17

    Abstract: No abstract text available
    Text: MITSUMI 24 Keys Infrared Remote Control Unit REA-22 STD-22 Remote Control Unit OUTLINE This unit has been developed by refining Model REA-17 having max. 24 setting keys. It is characterized with switches being functionally arranged in a limited space, an easyto-manipulate body profile, and easy operation.


    Original     		PDF REA-22 STD-22) REA-17 24keys.

    MCP300X

    Abstract: 200B AN753 MCP320X TC340X TC7109 zero voltage transition single ended forward converter
    Text: M AN753 Digital Coding Schemes for Mixed Signal Communication Author: Bonnie C. Baker Microchip Technology Inc. OVERVIEW An Analog-to-Digital A/D converter translates an analog input signal into a discrete digital code. This digital representation of the “real world” signal can be manipulated in the digital domain for the purposes of information processing, computing, data transmission or


    Original     		PDF AN753 D-81739 D-82152 DS00753A-page MCP300X 200B AN753 MCP320X TC340X TC7109 zero voltage transition single ended forward converter

    101266C

    Abstract: tunable crystal oscillator crystal 20 MHZ Frequency Control Products multi-band radio frequency C1443 SKY72300 SKY72301 SKY72302 1.8 GHz VCO
    Text: APPLICATION NOTE Fine Frequency Control Using the SKY72300, SKY72301, and SKY72302 Dual Synthesizers/PLLs Many techniques currently exist for synthesizer frequency output control. These techniques, from simple to complex, manipulate the crystal oscillator to maintain a specific output frequency. All of


    Original     		PDF SKY72300, SKY72301, SKY72302 101266C 101266C tunable crystal oscillator crystal 20 MHZ Frequency Control Products multi-band radio frequency C1443 SKY72300 SKY72301 1.8 GHz VCO

    QFN-32 footprint

    Abstract: HCS08 SPI code example C spi HCS08 c code example zigbee mpx pressure sensor HCS08 c code example PIN DIAGRAM OF ZIGBEE transceivers circuit diagram for simple RF transmitter zigbee traNsmitter receiver circuit application note freescale accelerometer mma* acceler
    Text: Extreme Connectivity MC13191 RF Transceiver Overview the need to directly manipulate register Freescale Semiconductor’s MC13191 RF settings internal to the device. Simple transceiver provides a cost-effective solution commands initiate transmit, receiver and idle


    Original     		PDF MC13191 MC13191 HCS08 BRMC131919293 MC13191RM QFN-32 footprint HCS08 SPI code example C spi HCS08 c code example zigbee mpx pressure sensor HCS08 c code example PIN DIAGRAM OF ZIGBEE transceivers circuit diagram for simple RF transmitter zigbee traNsmitter receiver circuit application note freescale accelerometer mma* acceler

    8086 Programmers Reference Manual

    Abstract: bytes and string manipulation of 8086 memory organization of intel 8086 intel 8086 internal structure 8086 intel Programmers Reference Manual intel 8086 internal architecture register organization of intel 8086 intel 8086 memory segmentation 8086 interrupts application special pentium registers
    Text: Basic Execution Environment 27 This chapter describes the basic execution environment of an Intel Architecture processor as seen by assembly-language programmers. It describes how the processor executes instructions and how it stores and manipulates data. The parts of the execution environment described here include


    Original     		PDF

    USBN9602

    Abstract: No abstract text available
    Text: USBN9602 Firmware Description By Jim Lyle, National Semiconductor This white paper shows a number of C procedures and code fragments which illustrate how to manipulate and use the USBN9602 Universal Serial Bus Function Controller. These examples are extracted


    Original     		PDF USBN9602 USBN9602

    waveshaper 1000e

    Abstract: finisar lcos 1000E LCOS 32-nm
    Text: PRODUCT BRIEF WaveShaper 1000E Programmable Optical Filter FEATURES OVERVIEW  Based on High Resolution Liquid The WaveShaperTM 1000E Programmable Optical Filter is a new type of programmable optical filter which can be dynamically reconfigured to manipulate both the amplitude and phase of light over


    Original     		PDF 1000E 1000E 1000E. 10500002RevB waveshaper 1000e finisar lcos LCOS 32-nm

    tic 2250

    Abstract: 74AS887 1/triac tic 2250 S-8871 74AS887-1 rJ17
    Text: 1 SN54AS887, SN74AS887 8 BIT PROCESSORS i • STL-AS Technology • Parallel 8 -Bit ALU w ith Expansion Inputs and Outputs • 13 Arithm etic and Logic Functions • 8 • 4 Instructions th at Manipulate Bits • Add and Subtract Immediate Instructions •


    OCR Scan     		PDF SN54AS887, SN74AS887 74AS887-1 tic 2250 74AS887 1/triac tic 2250 S-8871 rJ17

    Untitled

    Abstract: No abstract text available
    Text: 2mm Interconnect TEMPUS CBC 20 Introduction With the growth of system circuit size combined with the requirement to manipulate larger amounts of data at greater speeds, bus systems and their interconnect components are being pushed to their limits by the latest microprocessors. The


    OCR Scan     		PDF DIN41612

    CBC 640

    Abstract: cannon plug standard
    Text: TEMPUS C B C 20 2mm Interconnect Introduction With the growth of system circuit size combined with the requirement to manipulate larger amounts of data at greater speeds, bus systems and their interconnect components are being pushed to their limits by the latest microprocessors. The


    OCR Scan     		PDF E8572 LR85691 CBC 640 cannon plug standard

    d17103

    Abstract: D17107 8060c 9704 dip 300 mil 1r30 IC806
    Text: DATA SHEET MOS INTEGRATED CIRCUIT ¿iPD17107, 17107 A 4 B IT S IN G L E - C H IP M IC R O C O N T R O L L E R The /iPD 17107, tiny microcontroller, consists of 1K-byte (5 1 2 x 1 6 bits) ROM, 1 6 x 4 bit RAM , and 11 input/ output ports. The 17K architecture of the CPU uses general registers so that data memory can be manipulated directly


    OCR Scan     		PDF uPD17107 d17103 D17107 8060c 9704 dip 300 mil 1r30 IC806

    Untitled

    Abstract: No abstract text available
    Text: Execution Environment 3 CHAPTER 3 EXECUTION ENVIRONMENT This chapter describes how the i960 MC processor stores and executes instructions and how it stores and manipulates data. The parts of the execution environment that are discussed include the address space, the register model, the instruction pointer and the arithmetic


    OCR Scan     		PDF

    Untitled

    Abstract: No abstract text available
    Text: DATA SHEET MOS INTEGRATED CIRCUIT ¿¿PD 1 7 0 1 6 , 1 7 0 1 7 4-BIT SINGLE-CHIP MICROCONTROLLERS WITH DIGITAL TUNING SYSTEM HARDWARE The ¿¡PD17016 and 17017 are 4-bit single-chip CMOS microcontrollers equipped with hardware for digital tuning systems. The CPU employs the 17K architecture and can directly manipulate the data memory, execute various operations,


    OCR Scan     		PDF PD17016 16-bit uPD17016 PC-9800 AS17K) 00ANo

    ic9162

    Abstract: M5030
    Text: DATA SHEET MOS INTEGRATED CIRCUIT uPD17103 A1 4 BIT SINGLE-CHIP MICROCONTROLLER The /¿PD17103{A1) is a tiny m icrocontroller consisting of 1K-byte (512 x 16 bits) ROM, 1 6 x 4 bit RAM, and 11 input/output ports. The 17K architecture, which uses general registers to directly manipulate data m em ory, is employed fo r


    OCR Scan     		PDF PD17103 ic9162 M5030