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Processors

SC11-LF 

SC11-LF, SC11-IEC-LF

SC11

  • Embedded Web Controller with 186-CPU
  • For small and medium control and communication tasks without Ethernet interface
  • Simple handling using socket-based DIL32 housing
  • 40 MHz processor with 512 KB RAM and 512 KB Flash
  • 2 serial interfaces
  • 14 GPIO
  • RTOS real-time multi-tasking Operating System with TCP/IP and web-server

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Ordering data | Technical Data | Accessories / Related products | Scope of delivery | Documentation | Software | Other Links

Product Order no
Price/Unit Quantity

SC11-LF
RoHS compliant version, SC13 compatible
543327
89,00 Euro* 1
85,00 Euro* 10
78,32 Euro* 100
62,30 Euro* 1000
SC11-IEC-LF
RoHS compliant version, SC11-IEC compatible
543328
99,00 Euro* 1
* Price excluding 19% Value Added Tax

Processor SC186/40 MHz
Working memory (RAM) 512 KB
Flash Memory (disk) 512 KB (256KB)
Serial 2x TTL, 4-wire mit DMA
Ethernet -
I/O 14 PIO, Intel AD-Bus
Power dissipation typ. 0,6W / max. 0,8W
Operating system RTOS
Housing DIL32 (22 x 44 x 9,5 mm)
CoDeSys SC11-IEC, SC11-IEC-LF

Borland
Borland C++ 5.02
Borland C++

Codesys
CoDeSys 2.3 SP@CHIP
CoDeSys 2.3 SP@CHIP

DK50
DK50
SC13 development board

Paradigm
Paradigm C/C++ Beck IPC Edition
Paradigm C/C++ Compiler


SC11-LF
  • CPU
  • RTOS Run Time licence
  • SC11-IEC-LF
  • CPU
  • RTOS Run Time licence
  • CoDeSys Run Time licence



  • Infosheet



    IPC@CHIP® SC13/SC11 03.11.2005

    is_ipc_sc11_sc13_de_v3.pdf 150,23 KB

    is_ipc_sc11_sc13_en_v3.pdf 150,08 KB

    is_ipc_sc11_sc13_fr_v3.pdf 112,22 KB





    IPC@CHIP® on board 23.01.2006

    is_ipc_onboard_de_v3.pdf 304,74 KB

    is_ipc_onboard_en_v3.pdf 301,35 KB

    is_ipc_onboard_fr_v3.pdf 346,91 KB





    Profitability of IPC@CHIP® Applications 27.06.2005

    is_profitability_en_v2.pdf 199,91 KB

    is_profitability_fr_v2.pdf 145,33 KB

    is_wirtschaftlichkeit_de_v2.pdf 200,96 KB





    RoHS Certificate of Compliance 07.08.2006

    rohs_certificate_v2.pdf 33,93 KB



    Manual



    IPC@CHIP® SC12/SC13/SC11 Getting started v2.3
    This document explains how the IPC@CHIP® SC12/SC13/SC11 is put into operation. The DK50/DK40 evaluation board is used through this manual.
    14.11.2006

    ipcatchip_gettingstart_v24.pdf 1,6 MB





    IPC@CHIP® RTOS API Documentation [Build 29.04.2008]
    The documentation of the RTOS API below is intended to be used for all members of the IPC@CHIP® family SC11/12/13/123/143/SC23. Every function contains the indication for which IPC@CHIP® controller and from which RTOS version on the function is valid.
    30.04.2008

    ipcatchip_rtos_documentation_build_080429.pdf 9,6 MB





    SC1x Hardware Manual
    Hardware Manual V1.8 for SC11, SC12, SC13.
    Page 31 of the Hardware manual SC11/12/13 contains the layout on how to integrate the FM23 in an application realised for the IPC@CHIP® SC12 and using the FS22 Halo Ethernet transformer.
    11.01.2008

    sc1xhw_v18_080110.pdf 1,0 MB





    UDP Configuration Server Protocol Specification
    Specification of the UDP Configuration Server Protocol. The configuration server provides means to find and configure IPC@CHIP®s on the network.
    30.08.2007

    udp-configurationserverprotocolspecification.pdf 246,61 KB





    Update to C-Lib V2.15 / @CHIP-RTOS documentation [Build 29.04.2008]
    Paradigm Users: Run this setup after the Paradigm compiler installation. It automatically updates the Paradigm Beck IPC Edition with the latest CLIB binaries and @CHIP-RTOS/CLIB documentation.
    Borland Users: Run this setup and choose the directories, where to install the CLIB binaries and @CHIP-RTOS/CLIB documentation.
    30.04.2008

    updatedocu080429_clib215.exe 1,2 MB

    clibv215_releasenotes.pdf 40,03 KB



    Datasheet



    SC11 Datasheet
    Datasheet IPC@CHIP® SC11
    29.01.2004

    ds_sc11_v201.pdf 128,53 KB



    Circuit diagram



    Eagle components library version 1.1.2 04.02.2008

    beck_v3.lbr 53,11 KB





    Ext. IDE Circuit Diagram
    Circuit diagram on how to connect an external IDE device (harddisk/compact flash)
    23.10.2001

    idev101rev01.pdf 18,54 KB





    Low cost voltage regulator 05.05.2002

    voltageregulator_rev01.pdf 8,68 KB



    Application Notes



    Power and Reset considerations for IPC@CHIP® Systems
    General set of design guidelines for IPC@CHIP® based product development
    22.07.2004

    an_ps-reset-consider.pdf 73,20 KB





    Using the SC1x-IEC PWD Functionality in CoDeSys 26.10.2007

    an_sc1x-iec-pwd-example.pdf 43,83 KB

    an_sc13-iec_pwd-example.zip 665,90 KB





    Design Guide for SC1x
    Design guidelines for SC1x hardware. Troubleshooting and hints. Tips for debugging and recommendations for layouts.
    19.05.2006

    an_sc1x-designguide.pdf 234,80 KB





    Connecting the IPC@CHIP® to a Database 10.02.2006

    an_sqlatchip.pdf 312,95 KB

    an_sqlatchip.zip 330,79 KB



    Known bugs



    List of known bugs (Stand 02.07.2007)
    List of known bugs IPC@CHIP® SC11 RTOS version 1.21
    02.07.2007

    sc11v0121_knownbugs_v1.pdf 32,70 KB



    Product Change Notifications



    Product Change Notification
    PCN200601 - @CHIP RTOS Revision 1.20
    29.09.2006

    beck_pcn_200601_02.pdf 24,56 KB





    Product Change Notification
    PCN200703 - EOL Notification leaded CHIP SC11/SC13
    16.03.2007

    beck_pcn_200703_01.pdf 31,95 KB





    Product Change Notification
    PCN200706 - @CHIP RTOS Revision 1.25
    23.10.2007

    beck_pcn_200706_01.pdf 23,13 KB




    RTOS



    SC11 @CHIP-RTOS version 1.25
    The ZIP file contains the RTOS and release notes.
    23.01.2008

    sc11v0125.zip 1,9 MB

    sc11v0125_releasenotes.pdf 96,40 KB



    Tools



    Paradigm C/C++ Beck IPC Edition Compiler for IPC@CHIP® version 7.00.039
    A USB hardware license key provided within the delivery scope of the Paradigm C/C++ Beck Edition compiler is required to install Paradigm C/C++.
    27.02.2008

    beckeditionbuild39.exe 40,4 MB





    ChipControl DLL version 2.0.3.0
    The ChipControl DLL is an implementation of the UDP configuration server protocol. It provides the functionality of the CHIPTOOL (such as network scan, ip configuration) in a DLL design. So customer specific windows applications could use the DLL to get access to CHIPTOOLs features. The archive contains a simple windows console application which demonstrates how to use the DLL.
    13.06.2008

    chipcontrolv2_0_3_0.zip 238,15 KB





    CHIPtool Version V5.10.0.1
    The CHIPtool software allows configuration of the IPC@CHIP® controller within the network, the download of new @CHIP-RTOS and the generation of a complete software image for series programming. This version now includes a FTP and a Telnet client.
    27.06.2007

    chiptool_install_v5.10.0.1.exe 1,2 MB

    chiptool_releasenotes_v5.10.0.1.pdf 338,81 KB





    CoDeSys v2.3 programming system for IPC@CHIP® version 2.3.8.4
    3S CoDeSys programming system. This package contains the complete Windows installation. System requirements: Windows 2000 / XP.
    Update required for SC123 and SC143.
    04.02.2008

    codesys_v2384.exe 98,6 MB





    CoDeSys@CHIP-SDK V1.01
    This package allows to adapt the CoDeSys Windows programming system and the run time system (running on the IPC@CHIP®). It enables the CoDeSys programming environment to gain full access to the IPC@CHIP® hardware and software functionalities required by your application. Use this package to create your own IPC@CHIP® based CoDeSys programmable controller.
    09.08.2005

    codesysatchip-sdk-v1_01.exe 7,1 MB





    Debug@CHIP Version 1.09
    Debug@CHIP for Windows NT/2000/XP is a Source Level Remote Debugger for the target CPU's SC11/SC12/SC13/SC123/SC143. The debugger supports tracing, watches, breakpoints for Borland C and Paradigm C applications.
    For further information are inside the documentation DEBUGATCHIP_USER_GUIDEV105.PDF.
    12.03.2008

    debugatchip_install_v109.exe 2,1 MB

    debugatchip_user_guide_v105.pdf 560,01 KB





    Format IPC@CHIP® SC1x
    FORMAT_SC1x.Hex and FORMAT_SC1x3.hex are Intel-Hex files.
    To erase the contents of the flash disk, transfer these files to the IPC@CHIP
    over the serial bootstrap loader with the chiptool software.
    Please read the readme.txt file.
    18.05.2006

    format_sc1x.zip 94,28 KB





    Postmake version 2.5.8.0
    Postmake is a small tool, which finishes IPC@CHIP® executables, which are built either with the Paradigm C++ Beck Edition or Borland C++ IDE. The tool is invoked by the IDE each time a project has been successfully build. Postmake can then pack the executable file using UPX, transfer it to the IPC@CHIP® via FTP and start it by telecontrolling a terminal program.
    18.07.2008

    setup_postmake2_v2580.exe 1.002,13 KB





    Registry update for CoDeSys v2.3
    For a successful communication of CoDeSys with the FULL RTS via TCP/IP, the default buffer size must be set to 32 KB. Execute this registry update to adjust the setting.
    14.05.2007

    add_tcp_driver_settings_full_rts.zip 402,00 Bytes





    CoDeSys@CHIP-SDK Edition 10.2007 Release
    This package allows to adapt the CoDeSys Windows programming system and the run time system (running on the IPC@CHIP®). It enables the CoDeSys programming environment to gain full access to the IPC@CHIP® hardware and software functionalities required by your application. Use this package to create your own IPC@CHIP® based CoDeSys programmable controller.
    04.02.2008

    codesysatchip_sdk_edition_10_2007.exe 21,4 MB



    examples



    BIOS Application Programming Interface
    MyStdio - Example for the use of a user defined Stdio channel using a TCP connection.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    UserPersistentData - Example to read and write user persistent data that are stored in a RTOS and file system independent memory area ( user persistent flash data ).
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    17.01.2008

    biosv202.zip 174,22 KB





    CAN
    DK50CANOpen - DK50 Demo application for CANOpen communication. The application is implemented with a SJA1000 controller and the CANOpen protocol stack from the Port GmbH. If customers would like to use this CANOpen protocol stack for own applications, they must purchase the stack from the Port GmbH. http://www.port.de/beck.html
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    DK60CANOpen - DK60 Demo application for CANOpen communication. The application is implemented with the intern CAN interface and the CANOpen protocol stack from the Port GmbH. If customers would like to use this CANOpen protocol stack for own applications, they must purchase the stack from the Port GmbH. http://www.port.de/beck.html
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    SC1x3 - Example for CAN communication over CAN bus with the CAN API of SC1x3.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    SJA1000 - Example with circuit diagram for CAN communication with SJA1000 Can controller and IPC@CHIP®.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    17.05.2006

    canv100.zip 329,26 KB





    CGI - Common Gateway Interface
    ACP - The Active Chip Pages example shows how an interpreter can parse a HTML document and exchange defined keywords by process data.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    Cookies - This example shows how CGI functions could create and handle cookies.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    CountCGI - Example demonstrating how a CGI page is installed which contains a dynamic counter.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    DB54CGI - Example demonstrating how to control and view the digital I/Os and the LC display of the the DB54.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    DKxxCGI - Example demonstrating how to control and view the digital I/O’s of the DK40 and DK50
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    ErrCGI - Example demonstrates how a CGI handler can be installed for HTTP error codes, e.g. 404.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    FileUpload - This HTML page shows how to transfer files to the IPC@CHIP® using the HTTP put method. Requires a special RTOS available on demand.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    MiniCGI - Small example clarifying the use of CGI on the IPC@CHIP®. The installed CGI page returns the remote IP address.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    MyMIME - Example shows how custom MIME types can be installed for the IPC@CHIP® webserver.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    Secure - Example installing a CGI page which can only be accessed by means of a username and a password.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    SSIPage - Example using ServerSideInclude API functions.
    Hardware Platform:
    SC11SC12SC13SC123SC143SC23
    Submit - Example using forms within a CGI function.
    Hardware Platform:
    SC11