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    ARTISAN COMPONENTS Search Results

    ARTISAN COMPONENTS Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    74HC4053FT Toshiba Electronic Devices & Storage Corporation CMOS Logic IC, SPDT(1:2)/Analog Multiplexer, TSSOP16B, -40 to 125 degC Visit Toshiba Electronic Devices & Storage Corporation
    XPQR8308QB Toshiba Electronic Devices & Storage Corporation N-ch MOSFET, 80 V, 350 A, 0.00083 Ω@10V, L-TOGL Visit Toshiba Electronic Devices & Storage Corporation
    TRS8E65H Toshiba Electronic Devices & Storage Corporation SiC Schottky Barrier Diode (SBD), 650 V, 8 A, TO-220-2L Visit Toshiba Electronic Devices & Storage Corporation
    TCKE800NA Toshiba Electronic Devices & Storage Corporation eFuse IC (electronic Fuse), 4.4 to 18 V, 5.0 A, Auto-retry, WSON10B Visit Toshiba Electronic Devices & Storage Corporation
    7UL2T125FK Toshiba Electronic Devices & Storage Corporation One-Gate Logic(L-MOS), Buffer, SOT-765 (US8), -40 to 85 degC Visit Toshiba Electronic Devices & Storage Corporation

    ARTISAN COMPONENTS Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    1024X8

    Abstract: tws 1000
    Text: d210002 1024X8, Mux 16, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 1024X8 SRAM is a high-performance, synchronous single-port, 1024-word by 8-bit memory designed to


    Original     		PDF d210002 1024X8, 1024X8 1024-word 61mm2 HS300-SS 99Q3P0 tws 1000

    64X2

    Abstract: No abstract text available
    Text: d200002 64X2, Mux 16, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 64X2 SRAM is a high-performance, synchronous single-port, 64-word by 2-bit memory designed to


    Original     		PDF d200002 64-word 11mm2 HS300-SS 99Q3P0 64X2

    16X2

    Abstract: No abstract text available
    Text: d000000 16X2, Mux 4, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 16X2 SRAM is a high-performance, synchronous single-port, 16-word by 2-bit memory designed to


    Original     		PDF d000000 16-word 08mm2 HS300-SS 99Q3P0 16X2

    4096X64

    Abstract: No abstract text available
    Text: d120001 4096X64, Mux 8, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 4096X64 SRAM is a high-performance, synchronous single-port, 4096-word by 64-bit memory designed to


    Original     		PDF d120001 4096X64, 4096X64 4096-word 64-bit 55mm2 HS300-SS 99Q3P0

    SRAM timing

    Abstract: 256X32 99Q3P0 TAH 190 d010000
    Text: d010000 256X32, Mux 4, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 256X32 SRAM is a high-performance, synchronous single-port, 256-word by 32-bit memory designed to


    Original     		PDF d010000 256X32, 256X32 256-word 32-bit 62mm2 HS300-SS 99Q3P0 SRAM timing 99Q3P0 TAH 190 d010000

    512X16 sram

    Abstract: SRAM timing static SRAM single port
    Text: d110001 512X16, Mux 8, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 512X16 SRAM is a high-performance, synchronous single-port, 512-word by 16-bit memory designed to


    Original     		PDF d110001 512X16, 512X16 512-word 16-bit 61mm2 HS300-SS 99Q3P0 512X16 sram SRAM timing static SRAM single port

    32X2

    Abstract: tms 1000 test mode
    Text: d100001 32X2, Mux 8, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 32X2 SRAM is a high-performance, synchronous single-port, 32-word by 2-bit memory designed to


    Original     		PDF d100001 32-word 09mm2 HS300-SS 99Q3P0 32X2 tms 1000 test mode

    2048X128

    Abstract: No abstract text available
    Text: d020000 2048X128, Mux 4, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 2048X128 SRAM is a high-performance, synchronous single-port, 2048-word by 128-bit memory designed to


    Original     		PDF d020000 2048X128, 2048X128 2048-word 128-bit 58mm2 HS300-SS 99Q3P0

    8192X32

    Abstract: SRAM timing
    Text: d220002 8192X32, Mux 16, Drive 3, Non-Pipelined High-Speed Single-Port Synchronous SRAM Features Memory Description • Precise Optimization for Infineon’s C9DD1 0.20µm The 8192X32 SRAM is a high-performance, synchronous single-port, 8192-word by 32-bit memory designed to


    Original     		PDF d220002 8192X32, 8192X32 8192-word 32-bit 55mm2 HS300-SS 99Q3P0 SRAM timing

    chn 723

    Abstract: TSMC 180nm dual port sram chn 448 CHN 727 chn 501 chn 711 CHN 450 TSMC 180nm single port sram tsmc 180nm sram TSMC 180nm
    Text: CS4100 TM ADPCM Speech Coders Virtual Components for the Converging World The CS4100 family of adaptive differential pulse code modulators ADPCMs is designed to provide high performance solutions for a broad range of applications requiring speech compression and decompression.


    Original     		PDF CS4100 CS4100 DS4100 chn 723 TSMC 180nm dual port sram chn 448 CHN 727 chn 501 chn 711 CHN 450 TSMC 180nm single port sram tsmc 180nm sram TSMC 180nm

    CHN 530

    Abstract: chn 723 chn 448 CHN 727 CS4125 CS4130 chn 711 TSMC sram1 CS4100 CS4110
    Text: CS4100 ADPCM Speech Coders Virtual Components for the Converging World The CS4100 family of adaptive differential pulse code modulators ADPCMs is designed to provide high performance solutions for a broad range of applications requiring speech compression and decompression. These


    Original     		PDF CS4100 CS4100 DS4100-b CHN 530 chn 723 chn 448 CHN 727 CS4125 CS4130 chn 711 TSMC sram1 CS4110

    code for mpeg-4

    Abstract: circuit diagram of LCD connection to pic closely coupled configuration Park transformation CS6750 CS6750TK H263 IEC14496-2
    Text: CS6750 TM MPEG-4 Video Decoder Virtual Components for the Converging World The CS6750 MPEG-4 Decoder is a highly integrated application specific silicon core for low bit-rates up to 384kbps video decode. It is fully compliant with ISO/IEC14496-2 Video Simple Profile levels 0 through 3, with


    Original     		PDF CS6750 CS6750 384kbps ISO/IEC14496-2 DS6750 code for mpeg-4 circuit diagram of LCD connection to pic closely coupled configuration Park transformation CS6750TK H263 IEC14496-2

    verilog code for amba apb master

    Abstract: verilog code for apb verilog code for amba apb bus i2s philips synchronous fifo design in verilog verilog code for i2s bus testbench of a transmitter in verilog philips I2S bus specification verilog code for 8 bit fifo register testbench verilog ram asynchronous
    Text: Meets Philips Inter-IC Sound Bus Specification Supported modes I2S-APB − I2S Philips Inter-IC Sound Bus Core for AMBA APB − Right Justified − Left Justified − DSP Two clock domains − APB the host side clock do- The I2S-APB core integrates eight channels of Inter-IC Sound compatible serial buses.


    Original     		PDF

    I2S bus specification

    Abstract: verilog code for amba apb master verilog code for apb testbench of a transmitter in verilog philips I2S bus specification i2s specification verilog code for amba apb bus testbench verilog ram asynchronous verilog code for digital clock AMBA BUS vhdl code
    Text:  Meets Philips Inter-IC Sound Bus Specification  Supported modes I2S-APB  I2S Philips Inter-IC Sound Bus Core for AMBA APB  Right Justified  Left Justified  DSP  Two clock domains  APB the host side clock do- The I2S-APB core integrates eight channels of Inter-IC Sound compatible serial buses.


    Original     		PDF

    180NM

    Abstract: FPGA 456 CS3112 fpga implementation using rs(255,239) IESS-308 code CS3110 02HEX DS3110 N1 ASIC K3025
    Text: CS3110/12 TM Reed-Solomon Encoders Virtual Components for the Converging World The CS3110 and CS3112 Reed-Solomon encoders are designed to provide high performance solutions for a broad range of applications requiring forward error correction. These application specific cores are developed for high


    Original     		PDF CS3110/12 CS3110 CS3112 CS3110) CS3112) DS3110 180NM FPGA 456 fpga implementation using rs(255,239) IESS-308 code 02HEX N1 ASIC K3025

    TSMC 180nm

    Abstract: ofdm modulator CS3820TK 180NM CS3820 ofdm demodulator ofdm transmitter modulator OFDM Viterbi Decoder interleaver
    Text: CS3820 802.11a Baseband Core Product Brief TM Virtual Components for the Converging World The CS3820 WLAN baseband core is designed to provide a high performance, low power physical layer solution fully compatible with the IEEE802.11a standard. This application specific silicon core achieves high performance


    Original     		PDF CS3820 CS3820 IEEE802 PB3820 TSMC 180nm ofdm modulator CS3820TK 180NM ofdm demodulator ofdm transmitter modulator OFDM Viterbi Decoder interleaver

    CS3210

    Abstract: 02HEX CS3212 CSO3210
    Text: CS3210/12 Reed-Solomon Decoders Virtual Components for the Converging World The CS3210 and CS3212 Reed-Solomon decoders are designed to provide high performance solutions for a broad range of applications requiring forward error correction. These application specific virtual components


    Original     		PDF CS3210/12 CS3210 CS3212 CS3210) CS3212) 880Mbits DS3210-b 02HEX CSO3210

    CS3212

    Abstract: forney CS3210
    Text: CS3210/12 TM Reed-Solomon Decoders Virtual Components for the Converging World The CS3210 and CS3212 Reed-Solomon decoders are designed to provide high performance solutions for a broad range of applications requiring forward error correction. These application specific virtual components ASVCs


    Original     		PDF CS3210/12 CS3210 CS3212 CS3210) CS3212) 880Mbits CS3212 DS3210 forney

    JPEG200

    Abstract: JPEG2000 Amphion Semiconductor mtc 4001 tsmc cmos CS6510 JPEG20001 Wireless security cctv camera wavelet transform JASONTECH
    Text: CS6510 JPEG2000 Encoder Preliminary Product Brief TM Virtual Components for the Converging World The CS6510 JPEG2000 Encoder is a high performance application specific accelerator core enabling leading edge image compression and transmission applications. The core is fully compliant with the ISO/IEC 15444-1


    Original     		PDF CS6510 JPEG2000 720x480) PB6510 JPEG200 Amphion Semiconductor mtc 4001 tsmc cmos JPEG20001 Wireless security cctv camera wavelet transform JASONTECH

    Convolutional Encoder

    Abstract: iess-309 standard IESS-309 IESS309 Convolutional CS3411 encoder verilog coding Implementation of convolutional encoder IESS-308 code CS3311AA
    Text: CS3311 TM Convolutional Encoder Virtual Components for the Converging World The CS3311 Convolutional Encoder is a high performance implementation suitable for a range of Forward Error Correction applications. This highly integrated application specific core can be used in conjunction with other


    Original     		PDF CS3311 CS3311 CS341uo-ku DS3311 Convolutional Encoder iess-309 standard IESS-309 IESS309 Convolutional CS3411 encoder verilog coding Implementation of convolutional encoder IESS-308 code CS3311AA

    CS6100

    Abstract: verilog code for huffman coding jpeg encoder vhdl code huffman code generator in verilog yuv to rgb Verilog rgb yuv vhdl column-major huffman code book in verilog 2614 encoder color space converter verilog rgb ycbcr asic
    Text: CS6100 TM Motion JPEG Encoder Virtual Components for the Converging World The CS6100 Motion JPEG M-JPEG Encoder is a highly integrated application specific silicon core for leadingedge image compression and transmission applications. Its high performance is capable of sustaining data rates


    Original     		PDF CS6100 CS6100 DS6100 verilog code for huffman coding jpeg encoder vhdl code huffman code generator in verilog yuv to rgb Verilog rgb yuv vhdl column-major huffman code book in verilog 2614 encoder color space converter verilog rgb ycbcr asic

    CS3411

    Abstract: Viterbi Decoder CS3410 viterbi IESS-308/309 CS3311 IESS-308 Convolutional Encoder details and application CSC3411AA base-10
    Text: CS3411 TM High Speed Viterbi Decoder Virtual Components for the Converging World The CS3411 Viterbi Decoder is a high performance implementation suitable for a range of Forward Error Correction applications. This highly integrated application specific core can be used in conjunction with other


    Original     		PDF CS3411 CS3411 CS3311 DS3411 Viterbi Decoder CS3410 viterbi IESS-308/309 CS3311 IESS-308 Convolutional Encoder details and application CSC3411AA base-10

    CS6300

    Abstract: 180NM column-major DCT Series mega pro remote TSMC 180nm CS630 2614 encoder Park transformation CS6310TK
    Text: CS6310 TM High Performance DCT Virtual Components for the Converging World At the heart of many video compression systems is the discrete cosine transform DCT function. The JPEGcompliant CS6310 DCT provides a high-performance transformation of a video waveform to its constituent


    Original     		PDF CS6310 CS6310 DS6310 CS6300 180NM column-major DCT Series mega pro remote TSMC 180nm CS630 2614 encoder Park transformation CS6310TK

    CS6150

    Abstract: DS6150 "motion jpeg" jpeg decode decoder huffman CS6100 FPGA48
    Text: CS6150 TM Motion JPEG Decoder Virtual Components for the Converging World The CS6150 Motion JPEG M-JPEG Decoder is a highly integrated virtual component solution for leading-edge image decompression applications. Its high performance is capable of sustaining data rates of over 185 megasamples/sec – delivering full motion, full color video images up to 4 megapixels1. Fully compliant with the


    Original     		PDF CS6150 CS6150 CS6100 DS6150 "motion jpeg" jpeg decode decoder huffman FPGA48