LX-002 uP, Ethernet, CAN, Profibus, Serial

Part Number: GC-LX-002-LF

MPN: LX2000000-04R, LX2000000-03R

List Price: $35.00
Your Price: $35.00

Availability: Lead Time: 20 Weeks

LX-002

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  • Description
  • Specs
  • Documentation
  • Reviews
  • Q&A
  • The LX-002 is the same as the LX-001, except that it has an on-chip 12M PROFIBUS controller. The LX is a powerful x186 System-on-a-chip (SOC) that has many features which allow it to be used in embedded communication applications. The extended x186 architecture allows for up to 16M bytes of memory and executes most instructions in one clock cycle - 12.5MIPS. GC-LX-002-LF, LX-002, LX200000-02R, LX200000-03R.

    Applications:
    The LX is perfect for embedded applications that require 10/100 Ethernet and 12M Profibus and other communication channels like CAN, SPI, or RS232 or RS422/485. With the on-chip 256K bytes of RAM memory applications can be loaded from SPI serial Flash or external Flash/EPROM into the on-chip memory and execute with 0 wait state performance and no external memory devices. External memory can be added to support additional RAM or Flash for a total of up to 16M bytes.

    Development:
    Use of all the x86 compilers and tools and code base allows the users to use existing code, use binaries provided, or develop their own software using the Borland or Paradigm development environments.

  • Manufacturers Part Number LX2000000-04R, LX2000000-03R
    CPU x186 compatible 48Mhz 16 bit processor
    Memory
    • 256K bytes SRAM on-chip
    • 16M bytes of external memory available
    • 8K dual port memory
    Dimensions 24 x 24 mm
    Pins 160 pin LPQFP
    Pitch 0.5 mm
    I/O Type 3.3 V I/O
    Controller(s)
    • 10/100M Ethernet controller
    • Siemens Profibus ASPC2 12M controller
    • SPI controller
    • Interrupt controller
    Channels
    • 2, 230K baud High performance RS232/422/485 Serial Channels
    • 2, 1M baud CAN channels
    DMA 4
    Timer(s) 3
    Core 2.5V core
    Watchdog Timer Yes
    Temperature Range Operating: -40°C to +85°C
  • The LX-002 is the same as the LX-001, except that it has an on-chip 12M PROFIBUS controller. The LX is a powerful x186 System-on-a-chip (SOC) that has many features which allow it to be used in embedded communication applications. The extended x186 architecture allows for up to 16M bytes of memory and executes most instructions in one clock cycle - 12.5MIPS. GC-LX-002-LF, LX-002, LX200000-02R, LX200000-03R.

    Applications:
    The LX is perfect for embedded applications that require 10/100 Ethernet and 12M Profibus and other communication channels like CAN, SPI, or RS232 or RS422/485. With the on-chip 256K bytes of RAM memory applications can be loaded from SPI serial Flash or external Flash/EPROM into the on-chip memory and execute with 0 wait state performance and no external memory devices. External memory can be added to support additional RAM or Flash for a total of up to 16M bytes.

    Development:
    Use of all the x86 compilers and tools and code base allows the users to use existing code, use binaries provided, or develop their own software using the Borland or Paradigm development environments.

    ">
  • The LX-002 is the same as the LX-001, except that it has an on-chip 12M PROFIBUS controller. The LX is a powerful x186 System-on-a-chip (SOC) that has many features which allow it to be used in embedded communication applications. The extended x186 architecture allows for up to 16M bytes of memory and executes most instructions in one clock cycle - 12.5MIPS. GC-LX-002-LF, LX-002, LX200000-02R, LX200000-03R.

    Applications:
    The LX is perfect for embedded applications that require 10/100 Ethernet and 12M Profibus and other communication channels like CAN, SPI, or RS232 or RS422/485. With the on-chip 256K bytes of RAM memory applications can be loaded from SPI serial Flash or external Flash/EPROM into the on-chip memory and execute with 0 wait state performance and no external memory devices. External memory can be added to support additional RAM or Flash for a total of up to 16M bytes.

    Development:
    Use of all the x86 compilers and tools and code base allows the users to use existing code, use binaries provided, or develop their own software using the Borland or Paradigm development environments.

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