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    MSX532 Search Results

    MSX532 Datasheets (5)

    Part ECAD Model Manufacturer Description Curated Type PDF
    MSX532 Fairchild Semiconductor 532 Port Digital Crosspoint Switch with LVTTL I-O Original PDF
    MSX532 Fairchild Semiconductor Matrix Switching Crossbar Device Original PDF
    MSX532-SSTB792 Fairchild Semiconductor Matrix Switch Original PDF
    MSX532TB792 Fairchild Semiconductor 532 Port Digital Crosspoint Switch with LVTTL I/Os Original PDF
    MSX532-TB792 Fairchild Semiconductor Digital Crosspoint, 150Mbps, SRAM-based bit-oriented switching devices Original PDF

    MSX532 Datasheets Context Search

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    Crossbar

    Abstract: No abstract text available
    Text: Application Note 5032 Next Neighbor Clocking in MSX532 1.0 Introduction The MSX532 is a 532 I/O port digital crosspoint switching device using a 100% non-blocking switch matrix, meaning that any of the 532 I/O ports can be connected to any other I/O port one-to-one, one-to-many, multiple


    Original     		PDF MSX532 MSX532 AN500750 Crossbar

    Untitled

    Abstract: No abstract text available
    Text: Application Note 5041 MSX532 Layout Guidelines 1.0 Introduction The MSX532 is packaged in a 792-ball plastic BGA package, and is an SRAM-based bit-oriented switching device offering flow-through NRZ datarates of 300Mbps and registered clock frequencies of 200MHz. The 532


    Original     		PDF MSX532 792-ball 300Mbps 200MHz. AN500759

    MSX532

    Abstract: AN-5042
    Text: Fairchild Semiconductor Application Note July 2002 Revised July 2002 MSX C-Source Code Module for Embedded Bitstream Generation Introduction Initialize the JTAG Related Parameters There are two software packages available to support the MSX532 Digital Crosspoint Switching device:


    Original     		PDF MSX532 AN-5042

    AN5041

    Abstract: AN-5041 MSX532
    Text: Fairchild Semiconductor Application Note July 2002 Revised July 2002 MSX532 Layout Guidelines Introduction The MSX532 is packaged in a 792-ball plastic BGA package, and is an SRAM-based bit-oriented switching device offering flow-through NRZ data rates of 150Mbps and registered clock frequencies of 75MHz. The 532 I/O buffers


    Original     		PDF MSX532 792-ball 150Mbps 75MHz. AN5041 AN-5041

    MSX532

    Abstract: No abstract text available
    Text: Application Note 5042 MSX C-Source Code Module for Embedded Bitstream Generation 1.0 Introduction There are two software packages available to support the MSX532 Digital Crosspoint Switching device: • MSXPro™ for WinNT™ • C-Source Code module


    Original     		PDF MSX532 Win32 AN500767

    "Crosspoint Switch"

    Abstract: CROSSPOINT FIN1022 MSX532 OCX160 OCX256 switch
    Text: Interface Products by Function Crosspoint Switch Products Interface Technology Product Description FIN1022 LVDS, Crosspoint Switch 2 X 2, LVDS High Speed Crosspoint Switch MSX340 Crosspoint Switch MSX532 Package Voltage Node SOIC TSSOP 3.3 Programmable Matrix Switch


    Original     		PDF FIN1022 MSX340 MSX532 OCX160 OCX256 "Crosspoint Switch" CROSSPOINT FIN1022 MSX532 OCX160 OCX256 switch

    crosspoint switch

    Abstract: No abstract text available
    Text: Interface Products by Technology Crosspoint Switch Products Interface Function Product Description FIN1022 Crosspoint Switch 2 X 2, LVDS High Speed Crosspoint Switch MSX340 Crosspoint Switch MSX532 Package Voltage Node SOIC TSSOP 3.3 Programmable Matrix Switch


    Original     		PDF FIN1022 MSX340 MSX532 OCX160 OCX256 crosspoint switch

    P521 G

    Abstract: P452 p477 p520 p508 p364 p372 p421 data sheet P439 IR P116
    Text: MSX532 Matrix Switch Preliminary Data Sheet Features • SRAM-based, in-system programmable • 532 Configurable I/O Ports – Individually programmable as input, output, bi-directional, or Bus Repeater mode – Control Signals per I/O port: 2 input enables, 2 output


    Original     		PDF MSX532 MKT-MSX532-DS P521 G P452 p477 p520 p508 p364 p372 p421 data sheet P439 IR P116

    rca 401

    Abstract: MSX532
    Text: Application Note Using the RapidConfigure RC Interface for MSX532 1.0 Introduction The following example section demonstrates how the RapidConfigure interface can be used in an actual design. Although the system used in this example is more complicated than what might be required for most


    Original     		PDF MSX532 MSX532 rca 401

    transistor P479

    Abstract: P521 FAIRCHILD P124 FAIRCHILD p491 p331 TRANSISTOR p372 p525 AU38 p268 "Fairchild Semiconductor" fairchild aa35
    Text: Revised April 2003 MSX532 532 Port Digital Crosspoint Switch with LVTTL I/O’s General Description Features The MSX family of SRAM-based bit-oriented switching devices offer flow-through NRZ data rates of up to 150Mb/s and registered clock frequencies of up to 75MHz. The I/O


    Original     		PDF MSX532 150Mb/s 75MHz. transistor P479 P521 FAIRCHILD P124 FAIRCHILD p491 p331 TRANSISTOR p372 p525 AU38 p268 "Fairchild Semiconductor" fairchild aa35

    p531

    Abstract: MSX532 P132 P133 P399
    Text: MSX532 Mini Data Sheet Matrix Switching Crossbar Device MSX532 FEATURES DESCRIPTION • • • The MSX family of SRAM-based bit-oriented switching devices is manufactured using a 0.35µ CMOS process. The devices offer flow-through NRZ datarates of 300Mbps and registered clock frequencies


    Original     		PDF MSX532 300Mbps 200MHz. D-11-015 p531 P132 P133 P399

    MSX532

    Abstract: No abstract text available
    Text: Fairchild Semiconductor Application Note June 2002 Revised July 2002 Next Neighbor Clocking in MSX532 Introduction The MSX532 is a 532 I/O port digital crosspoint switching device using a 100% non-blocking switch matrix, meaning that any of the 532 I/O ports can be connected to any other


    Original     		PDF MSX532 MSX532 AN-5032

    transistor P397

    Abstract: P521 G P089 P521 FAIRCHILD transistor P479 MSX532 MSX532TB792 P039 UP501 P449
    Text: Revised June 2002 MSX532 532 Port Digital Crosspoint Switch with LVTTL I/O’s General Description Features The MSX family of SRAM-based bit-oriented switching devices offer flow-through NRZ data rates of up to 150Mb/s and registered clock frequencies of up to 75MHz. The I/O


    Original     		PDF MSX532 150Mb/s 75MHz. transistor P397 P521 G P089 P521 FAIRCHILD transistor P479 MSX532 MSX532TB792 P039 UP501 P449

    MSX532

    Abstract: No abstract text available
    Text: Application Note 5035 MSX532 RapidConfigure Interface FPGA 1.0 Introduction The MSX532’s RapidConfigure RC interface offers a high-speed method for programming I/O Buffers (IOBs) and configuring crosspoint switch connections. The parallel interface allows commands to be sent to the


    Original     		PDF MSX532 AN500753

    IQX320-10PB416

    Abstract: orcad symbols IQ96-PQ144 IQX160 "Video Switches" IQX160-PQ208 pb416 PQ208 IQX320 pqfp
    Text: PRODUCT MARKETING NEWSLETTER From the Leaders of Advanced Switching Solutions in Silicon • Digital Crosspoint Switching DCS < 1ns output-to-output skew These features make the MSX532 ideal for the following switching applications: • Telecom and datacom switching


    Original     		PDF MSX532 IDS100 IQX320 IQX240B IQX160 IQX128B IQX320-PB416 IQX320-10PB416 orcad symbols IQ96-PQ144 IQX160 "Video Switches" IQX160-PQ208 pb416 PQ208 IQX320 pqfp

    MSX532

    Abstract: No abstract text available
    Text: Application Note Double Buffering in the MSX532 1.0 Introduction Certain multiplexing and switching applications require that the entire multiplexer or switch configuration be changed instantaneously. This application note describes a method used by the MSX family to accomplish


    Original     		PDF MSX532 MSX532 to814, MSX532-- MSX532-Application

    MSX532

    Abstract: No abstract text available
    Text: Fairchild Semiconductor Application Note July 2002 Revised July 2002 MSX532 RapidConfigure Interface FPGA Introduction The MSX532’s RapidConfigure RC interface offers a high-speed method for programming I/O buffers and configuring crosspoint switch connections. The parallel interface allows commands to be sent to the MSX532 much


    Original     		PDF MSX532 AN-5035

    MSX532

    Abstract: AN 5040
    Text: Fairchild Semiconductor Application Note June 2002 Revised July 2002 Using the RapidConfigure RC Interface for MSX532 Introduction The following example section demonstrates how the RapidConfigure interface can be used in an actual design. Although the system used in this example is more


    Original     		PDF MSX532 MSX532 AN 5040

    MSX532

    Abstract: 10K50E
    Text: Application Note MSX532 RapidConfigure Interface FPGA 1.0 Introduction The MSX532’s RapidConfigure RC interface offers a high-speed method for programming I/O Buffers (IOBs) and configuring crosspoint switch connections. The parallel interface allows commands to be sent to the


    Original     		PDF MSX532 10K50E

    transistor P397

    Abstract: transistor P479 P449 p331 TRANSISTOR transistor k38 v6 transistor P519 am2 am3 p055 power transistor f AJ38 w38 transistor
    Text: MSX532 Matrix Switch Preliminary Data Sheet Features Description • • The MSX family of SRAM-based bit-oriented switching devices offers flow-through NRZ datarates of 300Mbps and registered clock frequencies of 200MHz. The 532 I/O Buffers IOBs are individually configured. The IOBs can be connected


    Original     		PDF MSX532 200MHz 300Mbps MKT-MSX532-DS transistor P397 transistor P479 P449 p331 TRANSISTOR transistor k38 v6 transistor P519 am2 am3 p055 power transistor f AJ38 w38 transistor

    verilog code for crossbar switch

    Abstract: I-CUBE crosspoint 256 x 256 ocx 256 crossbar verilog MSX532
    Text: Application Note A 1024 Port Switch Using the MSX532 1.0 Introduction Crosspoint switches are used in many applications and are found in telecommunications, image processing, broadcast video, test equipment and FPGA prototyping interconnect systems. A space-division switching


    Original     		PDF MSX532 MSX532 MSX532-- MSX532-Application MKT-MSX-1024Port-ApNote MKT-MSX-1024Port-ApNote] verilog code for crossbar switch I-CUBE crosspoint 256 x 256 ocx 256 crossbar verilog

    LAYOUT GUIDELINES

    Abstract: LG jtag MSX532 I-CUBE SDYA011
    Text: Technical Note MSX532 Layout Guidelines 1.0 Introduction The MSX532 is packaged in a 792-ball plastic BGA package, and is an SRAM-based bit-oriented switching device offering flow-through NRZ datarates of 300Mbps and registered clock frequencies of 200MHz. The 532


    Original     		PDF MSX532 792-ball 300Mbps 200MHz. inte8800, MKT-MSX532-LG LAYOUT GUIDELINES LG jtag I-CUBE SDYA011

    I-CUBE

    Abstract: MSX532
    Text: Application Note Next Neighbor Clocking in MSX532 1.0 Introduction The MSX532 is a 532 I/O port digital crosspoint switching device using a 100% non-blocking switch matrix, meaning that any of the 532 I/O ports can be connected to any other I/O port one-to-one, one-to-many, multiple


    Original     		PDF MSX532 MSX532 MSX532-- MSX532-Application I-CUBE

    d 42030 transistor

    Abstract: AN-7505 220v ac to 48v dc smps AN3008 Fairchild crt horizontal deflection circuit AN-7528 9019 transistor FAN6800 BUT11A spice AN817
    Text: BUT11/11A BUT11/11A High Voltage Power Switching Applications TO-220 1 NPN Silicon Transistor 1.Base 2.Collector 3.Emitter Absolute Maximum Ratings TC=25°C unless otherwise noted Symbol VCBO VCEO Parameter Value Units V Collector-Base Voltage : BUT11 : BUT11A


    Original     		PDF BUT11/11A O-220 BUT11 BUT11A BUT11 AN-758: AN-758 d 42030 transistor AN-7505 220v ac to 48v dc smps AN3008 Fairchild crt horizontal deflection circuit AN-7528 9019 transistor FAN6800 BUT11A spice AN817