SG180/D G750TG M68HC812A4 MEVB1632 M68300 M68HC11 MMDS11 M68HC11EVS SPGMR11 - Datasheet Archive

 

Rev. 1 Development Tools Selector Guide June 1997 How to reach us USA/Europe/locations not listed Motorola Literature

 

SG180/D SG180/D Rev. 1 Development Tools Selector Guide June 1997 How to reach us USA/Europe/locations not listed Motorola Literature Distribution PO Box 5405 Denver, Colorado 80217 303 675 2140 or 800 441 2447 Internet http://www.mcu.motsps.com Japan Nippon Motorola Ltd. Strategic Planning Office 4-32-1, Nishi-Gotanda Shinagawa-ku Tokyo 141, Japan 81 3 5487 8488 Asia/Pacific Motorola Semiconductors H.K. Ltd. 8B Tai Ping Industrial Park 51 Ting Kok Road Tai Po, N.T. Hong Kong 852 26629298 Scotland Motorola Ltd. Kelvin Industrial Estate Colvilles Road East Kilbride Glasgow, Scotland G750TG G750TG UK 1355 565 000 Technical and Sales Help Hotline USA:800 521 6274 fax:602 302 8157 email:crc@crc.sps.mot.com MfaxTM RMFAX0@email.sps.mot.com - TOUCHTONE 602 244 6609 U.S. and Canada only 800 774 1848 ©1997 Motorola, Inc. Motorola and the Motorola logo are registered trademarks of Motorola, Inc. MCUasm, MCUinit, Mfax, PowerStack, RTEK, STI, and TPUMASM are trademarks of Motorola, Inc. Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation, or guarantee regarding the suitability of its products for any particular purpose, nor does Motorola assume any liability arising out of the application or use of any product or circuit, and specifically disclaims any and all liability, including without limitation consequential or incidental damages. "Typical" parameters which may be provided in Motorola data sheets and/or specifications can and do vary in different applications. All operating parameters, including "Typicals" must be validated for each customer application by customer's technical experts. Motorola products are not designed, intended, or authorized for use as components in systems intended for surgical implant into the body, or other applications intended to support or sustain life, or for any other application in which the failure of the Motorola product could create a situation where personal injury or death may occur. Should Buyer purchase or use Motorola products for any such unintended or unauthorized application, Buyer shall indemnify and hold Motorola and its officers, employees, subsidiaries, affiliates, and distributors harmless against all claims, costs, damages, and expenses, and reasonable attorney fees arising out of, directly or indirectly, any claim of personal injury or death associated with such unintended or unauthorized use, even if such claim alleges that Motorola was negligent regarding the design or manufacture of the part. Motorola, Inc. is an Equal Opportunity/Affirmative Action Employer. ii Motorola Development Tools Selector Guide Contents Contents 1 6 Motorola Software and Development Tools Integrated Solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Hardware/Software Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Individual Software Packages . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 M68HC812A4 M68HC812A4 Evaluation Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Features. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . M68HC812A4 M68HC812A4 EVB System Requirements . . . . . . . . . . . . . . . . . Ordering an M68HC812A4 M68HC812A4 Evaluation Board. . . . . . . . . . . . . . . System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Selecting and Ordering . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 3 Software Packages: Completing Embedded Designs Motorola Embedded PowerPC Development Tools Suite . . . . . . . . . . . Motorola Embedded PowerPC C Compiler Package (MECC) . . . Motorola Embedded PowerPC Debugger Package (MEDB) . . . . System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Ordering the PowerPC Tools Suite . . . . . . . . . . . . . . . . . . . . . . . . 8 8 8 9 9 7 MEVB Modular Evaluation Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . . MEVB System Requirements. . . . . . . . . . . . . . . . . . . . . . . . . . . . Ordering an MEVB1632 MEVB1632 Modular Evaluation Board . . . . . . . . . TPUMASM (TPU Assembler) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 Ordering a TPUMASM Package . . . . . . . . . . . . . . . . . . . . . . . . . 11 M68300 M68300 Development Systems. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Hardware and Software . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Ordering M68300 M68300 Development System Components. . . . . . . . . 8 MMEVS Modular Evaluation System . . . . . . . . . . . . . . . . . . . . . . . . . 13 Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . 13 M68HC11 M68HC11 Development Systems and Tools MMDS11 MMDS11 Modular Development System . . . . . . . . . . . . . . . . . . . . . . 22 Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . 22 MMDS11 MMDS11 Host System Requirements. . . . . . . . . . . . . . . . . . . . . 23 M68HC11 M68HC11 Evaluation System (EVS) . . . . . . . . . . . . . . . . . . . . . . . . . . 23 Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . 23 Choosing an MMDS11 MMDS11 or M68HC11EVS M68HC11EVS Development System . . . . 24 Serial Programmer for M68HC11 M68HC11 MCUs (SPGMR11 SPGMR11) . . . . . . . . . . . . 25 Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . 25 Putting Together an M68HC11 M68HC11 Serial Programmer . . . . . . . . . . 25 35 35 36 36 MPC500 MPC500 Development Tools MPC505 MPC505 Evaluation Board (MPC505EVB MPC505EVB) . . . . . . . . . . . . . . . . . . . . . 37 Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . . 37 MPC505EVB MPC505EVB System Requirements . . . . . . . . . . . . . . . . . . . . . . 38 Choosing an MMDS05 MMDS05 or MMEVS Development System . . . . . . . . . 14 5 34 34 34 35 Serial Debug Interface (SDI). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 M68HC05/08 M68HC05/08 Development Systems Order Information for Programmers: Selecting the Right PGMR Package . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 M68HC16 M68HC16 and M68300 M68300 Development Systems and Tools Devising an MMDS1632 MMDS1632 Development System . . . . . . . . . . . . . . . . . . 33 MCUinit Initialization Tool . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 Ordering an MCUinit Package . . . . . . . . . . . . . . . . . . . . . . . . . . 11 MMDS05 MMDS05 Motorola Modular Development System . . . . . . . . . . . . . . 12 Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . 12 30 30 30 30 MMDS1632 MMDS1632 Modular Development System. . . . . . . . . . . . . . . . . . . . . 31 Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . . 31 System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 MCUasm Assembly Language Toolset . . . . . . . . . . . . . . . . . . . . . . . . . 9 System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 Ordering an MCUasm Package . . . . . . . . . . . . . . . . . . . . . . . . . . 10 4 29 29 29 30 30 Serial Debug Interface (SDI). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . . System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Selecting and Ordering the SDI . . . . . . . . . . . . . . . . . . . . . . . . . . Motorola RTEK Kernel RTEK Kernel Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 28 28 28 29 M68EVB912B32 M68EVB912B32 Evaluation Board . . . . . . . . . . . . . . . . . . . . . . . . . . . Features. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Hardware and Software Components . . . . . . . . . . . . . . . . . . . . . . M68EVB912B32 M68EVB912B32 System Requirements . . . . . . . . . . . . . . . . . . . Ordering an M68EVB912B32 M68EVB912B32 Evaluation Board. . . . . . . . . . . . . Third-party Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Coming Soon: Industry Standards for Development Tools. . . . . . 5 2 M68HC12 M68HC12 Development Tools A B MCTG Quick Reference . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39 Third-party Development Tools Third-party Support for Specific MCUs . . . . . . . . . . . . . . . . . . . . . . . . 42 How to Contact Third-party Vendors . . . . . . . . . . . . . . . . . . . . . . . . . . 49 C D E Definitions and Terms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 Additional Product Information Modular Cable Structure Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 M68HC11 M68HC11 Evaluation Boards (EVB/EVBU) . . . . . . . . . . . . . . . . . . . . 27 System Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 Selecting and Ordering the Right Board . . . . . . . . . . . . . . . . . . . 27 Motorola Development Tools Selector Guide iii 1 Motorola Software and Development Tools 1 Motorola Software and Development Tools Selecting a microcontroller is the crucial first step in designing today's complex, multifaceted electronics products. Increasingly, businesses worldwide are turning to Motorola for a wide range of powerful, time-tested MCUs-and for the tools needed to develop, debug, and evaluate the code required for their embedded designs. Whether you choose your Motorola microcontroller from the M68HC05/08 M68HC05/08, M68HC11 M68HC11, M68HC12 M68HC12, M68HC16 M68HC16, M68300 M68300, or MPC500 MPC500 family, Motorola's software and development systems make it easier to program and test code in an integrated, economical way. Motorola provides the total system support developers need to successfully build your target applications. This guide makes it easy for Appendix A is a handy quick Motorola customers, salespeople, and Field Application Engineers to reference that gives you a choose development environments bird's-eye view of all the that precisely match the specific software applications and development tools described requirements of particular projects. The guide describes software in this guide. applications, development systems, and evaluation tools that support a wide variety of MCUs. Most importantly, this guide explains which tools are compatible with which MCUs-and provides tables that help you order the components you need. s Lower-cost development ­ Motorola's Evaluation Systems (EVSs), Evaluation Boards (EVBs), and Evaluation Kits (EVKs) economically demonstrate capabilities of MCUs in the M68HC05/08 M68HC05/08, M68HC11 M68HC11, M68HC12 M68HC12, M68HC16 M68HC16, M68300 M68300, and MPC500 MPC500 families. Individual Software Packages Whether you need development packages for completing embedded designs or a robust software tool for a particular project, Motorola meets all your needs with a comprehensive range of software products-such as assemblers, compilers, and debuggers-that function across multiple MCU families. In addition, Motorola provides RTEKTM, a scaleable kernel, so you can choose the tested real-time operating system services you need for your embedded application. The Key Is MODULARITY Each MMDS features a core component, or station module, such as: Motorola has integrated hardware and software components into complete systems for end-to-end development. These systems are easy to implement and make development straightforward, whatever the application. Hardware/Software Options You can choose between two categories of integrated systems: s High-performance development ­ A Motorola Modular Development System (MMDS) provides advanced features for designing, debugging, and evaluating code for MCUs in the M68HC05/08 M68HC05/08, M68HC11 M68HC11, M68HC16 M68HC16, and M68300 M68300 families. MMDS05 MMDS05 core component for the M68HC05/08 M68HC05/08 families s MMDS11 MMDS11 for the M68HC11 M68HC11 family s Integrated Solutions s MMDS1632 MMDS1632 for the M68HC16 M68HC16 and M68300 M68300 families. The modularity of Motorola tools maximizes your flexibility and convenience, saves money, and dramatically speeds time to market. To achieve these benefits, keep the following in mind when identifying parts and ordering a development solution: s An MMDS core station module must be accompanied by the devicespecific components needed to complete the development task. When you initially acquire an MMDS for a particular MCU family, order the core component and the appropriate device-specific components separately. These components include: · emulation module/MCU personality board · flex cable with target head package Personality Board (PPB) · any other device-specific tools required for the particular MCU family 4 Motorola Development Tools Selector Guide 1 Motorola Software and Development Tools s You need only one core station module per MCU family. When you order a new derivative of the same family, order only additional components, and not the core station module. Tables in this guide help you determine which devicespecific parts, if any, are required. Note: Motorola provides modules for development tools as new MCU devices become available. Third-party Support Third-party firms produce a wide selection of application software and development tools. Appendix B of this guide features an extensive list of these companies, their tools, and the Motorola MCUs those tools support Important Note about Third-party Compatibility: Each development system available from the Motorola Microcontroller Technologies Group has been tested and verified. If you want to use a tool from another company or to mix Motorola tools with those from another firm, you must verify compatibility through direct communication with Motorola and the other firm. Coming Soon: Industry Standards for Development Tools Motorola recognizes the need for greater compatibility among hardware and software from various manufacturers. Accordingly, Motorola is working on a set of tool standards that will lead to many more development environment choices. One result of this effort is the Embedded Application Binary Interface (EABI) standard for the PowerPCTM architecture- a standard devised jointly by Motorola, IBM, and several other companies. NEW! NEW! NEW! This guide reflects some exciting changes that substantially enhance your ability to complete your MCU development projects: PowerPC support for Windows 95, Windows NT, and the Hewlett-Packard HP 9000 Series 700 The PowerPC software development tools suite helps engineers speed the completion of their PowerPC embedded designs on IBM® RS/6000 RS/6000, Motorola PowerStack, and Sun Sparc4 host systems. Today, new PowerPC support for Windows® 95, Windows NT®, and HP® 9000 Series 700 systems offers the same benefits to users of these popular platforms. With the addition of Windows-based and HP PCs to the family of workstations supported by this powerful development environment, virtually all today's PowerPC designs can be taken to market faster and more efficiently than ever before. See page 8. M68EVB912B32 M68EVB912B32 Evaluation Board By providing the essential MCU timing I/O circuitry, this evaluation board simplifies evaluation of prototype hardware and software for the 68HC912B32 68HC912B32 MCU. See page 29. Motorola Development Tools Selector Guide A fully scaleable RTEK real-time kernel The Motorola RTEK real-time kernel is a powerful framework for developing embedded systems software. RTEK's flexible, reliable real-time operating system (RTOS) meets the demands of the most complex real-time applications. What's more, the latest release of the product, RTEK v2.0, is fully scaleable-allowing you to determine the precise services needed for particular embedded applications. See page 6. MCUInit version 3.0 supports more MCUs The MCUinit initialization tool lets users generate startup code, edit registers, and access online manuals for various MCUs. In addition to the MCUs already supported, MCUinit now supports 68HC12A4 68HC12A4, 68HC16Y3 68HC16Y3, 68306, and 68307. See page 8. 5 2 Motorola RTEK Kernel 2 Motorola RTEK Kernel The Motorola real-time kernel is a powerful software framework for use in developing embedded systems software for the Motorola M68HC11 M68HC11, M68HC12 M68HC12, M68HC16 M68HC16, M68300 M68300, MPC500 MPC500, and MPC821 MPC821 families of MCUs. This robust, fieldproven framework meets the demands of today's most complex real-time applications. It reduces development time, debug time, and maintenance time-which adds up to lower-cost project development and faster time-to-market. RTEK Kernel Features The RTEK kernel contains a library of services that act independently from application programs. Kernel services manage system resources, including the CPU, program tasks, memory, and time. The RTEK kernel's flexible, reliable real-time operating system (RTOS) ensures that your system is operating as efficiently as possible all the time. Able to reside on external EPROM, Flash Memory, or ROM, this powerful framework: s Supports three methods of scheduling tasks: NEW! Full RTEK kernel scaleability! The latest version of the RTEK kernel, v2.0, features full scaleability-now you can decide what services are appropriate for a particular application and scale the code accordingly- resulting in dramatically improved use of both memory and data. System Requirements These are the computer/operating system combinations necessary to use the RTEK kernel for development on Motorola MCU families: s For the M68HC11 M68HC11, M68HC12 M68HC12, M68HC16 M68HC16, M68300 M68300, and MPC800 MPC800 families, an IBM PC or compatible computer running Windows 95 or Windows NT s For the MPC500 MPC500 family, a Sun Sparc running SunOS 4.1.3 or higher s 4 MB of disk space · multitasking Selecting and Ordering · priority and preemption The tables on the next page assist you in ordering the RTEK kernel. · event-driven operation. s Provides an extended set of more than 190 kernel services, including event synchronization, RAM/ROM management, time management, and exclusive access to system elements. s Lets users define kernel objects statically before runtime and dynamically at runtime. s Has a small memory footprint. s Is easy to learn and use. s Makes no assumptions about the configuration of the target system, letting the user define the target environment and insuring that all necessary peripheral devices have program support. s An RTEK production license is necessary in order to manufacture products with the RTEK kernel embedded in the memory. Uses a high-level language Application Program Interface (API) with simple, understandable function names. s Notes: Third-party bindings and debuggers must be purchased separately. Vastly streamlines code portability and reusability, leveraging your investments many times over. 6 Motorola Development Tools Selector Guide 2 Motorola RTEK Kernel RTEK Software Development Kit Ordering Information Target Host Bindings RTEK Part Number Debugger PowerPC - MPC500 MPC500* SUN OS 4.1.3 Motorola MPPC5SRTEKDBX11 MPPC5SRTEKDBX11 - PowerPC - MPC800 MPC800* PC: Windows 95, NT Diab Data MPPC8SRTEKBBX12 MPPC8SRTEKBBX12 - M683FSRTEKBBX20 M683FSRTEKBBX20 SDS M68300 M68300 PC SDS, Microtec Research M68HC11 M68HC11 PC Introl, Cosmic, HIWARE MHC11SRTEKBBX20 MHC11SRTEKBBX20 - M68HC12 M68HC12 PC Introl, Cosmic, HIWARE MHC12SRTEKBBX20 MHC12SRTEKBBX20 - M68HC16 M68HC16 PC Introl, Cosmic, HIWARE MHC16SRTEKBBX20 MHC16SRTEKBBX20 - * A scaleable version of this RTEK kernel is not yet available. These manufacturers' debuggers provide RTEK awareness. RTEK Production Licenses Target Production License PowerPC - MPC500 MPC500 MPPC5PRTEKDBX11 MPPC5PRTEKDBX11 PowerPC - MPC800 MPC800 MPPC8PRTEKBBX12 MPPC8PRTEKBBX12 M68300 M68300 M683FPRTEKBBX20 M683FPRTEKBBX20 M68HC11 M68HC11 MHC11PRTEKBBX20 MHC11PRTEKBBX20 M68HC12 M68HC12 MHC12PRTEKBBX20 MHC12PRTEKBBX20 M68HC16 M68HC16 MHC16PRTEKBBX20 MHC16PRTEKBBX20 Motorola Development Tools Selector Guide Note: Appendix B contains information about how to contact third-party vendors. 7 3 Software Packages: Completing Embedded Designs 3 Software Packages: Completing Embedded Designs The Motorola software products described in this section offer customers substantial support in completing their embedded MCU applications: s Motorola Embedded PowerPC Development Tools Suite ­ Engineers dramatically speed completion of their embedded PowerPC designs with this powerful set of tools, which includes two packages: one for compiling and one for debugging. The PowerPC tools include two packages: s Motorola Embedded C Compiler (MECC) s Motorola Embedded Debugger (MEDB) Motorola Embedded PowerPC C Compiler Package (MECC) The PowerPC C Compiler Package consists of the following tools: s NEW! s s PowerPC support for Windows and Hewlett-Packard platforms! In addition to the IBM, Motorola, and Sun platforms supported by the PowerPC tools in the past, the software can now run on PCs running Microsoft Windows NT or Windows 95 and on Hewlett-Packard 9000 Series 700 workstations. This dramatically extends the community of users who are able to profit from this powerful development environment. MCUasmTM Assembly Language Toolset ­ These tools provide a path to higher performance while maintaining compatibility with existing systems and software. MCUinitTM Initialization Tool ­ This graphical environment lets developers generate startup code, edit registers, and access online reference manuals for various M68HC12 M68HC12, M68HC16 M68HC16, M68HC16 M68HC16 and M68300 M68300 MCUs. s s s s s NEW! s MCUinit version 3.0 supports more MCUs! In addition to MCUs already supported, MCUinit now supports 68HC812A4 68HC812A4, 68HC16Y3 68HC16Y3, 68306, and 68307. TPUMASM (TPU Assembler) ­ This microcode assembler supports the sophisticated on-chip Time Processor Unit for various M68HC16 M68HC16 and M68300 M68300 MCUs. Motorola Embedded PowerPC Development Tools Suite Motorola Embedded Project (MEPROJ) ­ Using a graphical user interface, creates and manages applications consisting of C and assembly language files. (Windows NT and Windows 95 only.) Motorola Embedded C Compiler (MECC) ­ Converts C or assembly language source code to linked object modules, ready for downloading to embedded PowerPC microprocessors. Motorola Embedded Assembler (MEAS) ­ Converts assembly language code to object code modules, using source files that are either original assembly files or files generated by MECC from C language files. Motorola Embedded Link Editor (MELD) ­ Combines object code modules and object libraries into a single executable module. Motorola Embedded S-Record Generator (MSREC) ­ Creates Motorola S-records from object files. Motorola Archiver (MAR) ­ Generates libraries of object files for use by the link editor (MELD). Motorola Embedded PowerPC Debugger Package (MEDB) MEDB streamlines the debugging of C, assembly, or mixedlanguage programs running on remote targets such as development/evaluation boards. MEDB offers the advantages of a graphical interface, while still allowing developers to enter commands directly if they wish. MEDB lets developers display application and internal debugger variables, set variables and breakpoints, customize debugging sessions, and perform other tasks that streamline debugging. The embedded PowerPC software development tools suite dramatically speeds the completion of PowerPC embedded designs. This powerful development environment can be easily adapted to any device that complies with the PowerPC architecture definition, and it runs on today's most widely used development platforms. 8 Motorola Development Tools Selector Guide 3 Software Packages: Completing Embedded Designs System Requirements Ordering the PowerPC Tools Suite The PowerPC tools suite requires 20 MB of disk space. The suite runs on the following platforms: The embedded C compiler package and embedded debugger package can be ordered separately or together. s Windows 95 s Windows NT 3.51 s Motorola PowerStack running AIX 4.1.4 or higher, or AIX 3.2.5 or higher s IBM RS/6000 RS/6000 running AIX 4.1.4 or higher s Sun Sparc4 running SunOS 5.2.5 or higher, or SunOS 4.1.3 or higher s Hewlett-Packard HP9000 HP9000 Series 700 running HP-UX 9.05 or higher (up to but not including 10) Notes: The parts required depend on the platform in use. Target boards supported by the Embedded PowerPC Debugger must be purchased separately. Target Boards Supported by Embedded PowerPC Debugger PowerPC Target Board MPC500 MPC500 MPC505EVB MPC505EVB MPC603 MPC603 Ultra 603 or MVME 1603 Power PC Development Tools NEW! Host System Component Windows 95 & NT 3.51 SUN OS 5.2.5 and 4.1.3 AIX 4.1.4 and 3.2.5 HP-UX 9.05 C Compiler Package (MECC) MPPC5SCCOMHDX20 MPPC5SCCOMHDX20 MPPC5SCCOMDBX11 MPPC5SCCOMDBX11 MPPC5SCCOMEBX11 MPPC5SCCOMEBX11 MPPC5SCCOMFBX11 MPPC5SCCOMFBX11 Debugger Package (MEDB) MPPC5SDEBGHDX20 MPPC5SDEBGHDX20 MPPC5SDEBGDBX11 MPPC5SDEBGDBX11 MPPC5SDEBGEBX11 MPPC5SDEBGEBX11 MPPC5SDEBGFBX11 MPPC5SDEBGFBX11 Complete PowerPC Tool Suite MPCC5SCMDBHDX20 MPCC5SCMDBHDX20 MPCC5SCMDBDBX11 MPCC5SCMDBDBX11 MPCC5SCMDBEBX11 MPCC5SCMDBEBX11 MPCC5SCMDBFBX11 MPCC5SCMDBFBX11 MCUasm Assembly Language Toolset Motorola's MCUasm Assembly Language Toolset supports the M68HC05 M68HC05, M68HC08 M68HC08, M68HC11 M68HC11, M68HC12 M68HC12, and M68HC16 M68HC16 families of Motorola microcontrollers. These flexible, convenient tools provide a path to higher performance while maintaining compatibility with existing software and systems and easing upward migration. For applications with limited memory, timing constraints, or that require access to special hardware features, the MCUasm toolset is a better solution than high-level languages. The MCUasm integrated development environment includes a variety of powerful tools: s MCUproject ­ Project manager used to edit files, identify options, and build projects. Also provides incremental make features-so reassembly and relinking is necessary only for out-of-date portions of a project. Motorola Development Tools Selector Guide s MASM ­ Includes these features: · relocatable or absolute object modules · symbol-table listings · cross-reference listings · absolute listings after relocation · full macro capability with nesting · option-selection processor support · many options to control assembly listings. Individual MCU instructions and addressing modes are optimized for high performance. MASM supports the M68HC05 M68HC05, M68HC08 M68HC08, M68HC11 M68HC11, M68HC12 M68HC12, and M68HC16 M68HC16 instruction sets with a common syntax and with language extensions that ease upward migration without sacrificing the speed and memory efficiency of assembly language. 9 3 Software Packages: Completing Embedded Designs MLink ­ Arranges sections to fit into physical memory according to a user-defined directive file. For rapid development and debugging, developers can put an entire section in a file or allocate a section among several files. This linker also supports overlays, archives, and sourcelevel debugging. s MCUinit Initialization Tool By letting users initialize code, edit registers, and access online reference manuals, this graphical environment simplifies and speeds creation of initialization software for the M68HC12 M68HC12 and M68HC16 M68HC16 and families, including these microcontrollers: AR librarian ­ Creates libraries of object files for use by the linker (MLink) s 68HC812A4 68HC812A4 68HC16Z2 68HC16Z2 68HC16Z3 68HC16Z3 Motorola HEX S-Record generator ­ Creates Motorola S-records from object files. s 68HC912B32 68HC912B32 68HC16X1 68HC16X1 68HC16Y1 68HC16Y1 68HC916Y1 68HC916Y1 68HC16Y3 68HC16Y3 68HC16Z1 68HC16Z1 The MCUasm toolset includes many capabilities not found in typical assembly-level toolsets: MCUinit also supports these MCUs from the M68300 M68300 family: 68306 68307 68331 s symbol names with up to 128 characters 68334 68332 68360 s 32K symbols per source-code file 68F333 68F333 s 256 sections per file s 256 levels for nested macros and nested include files s 32-bit arithmetic evaluation of all expressions s linking and archiving of more than 500 files System Requirements The MCUasm Assembly Language Toolset runs on any 486-based PC running DOS 6.0 or later, Windows 3.1 or higher, Windows 95, or Windows NT 3.5.1. The toolset requires 8 MB of RAM. MCUinit's simple point-and-click user interface makes it easy to initialize and debug intermodule bus peripheral configuration registers. Users can either employ the tool as a standalone initialization code generator or connect it to a Motorola MMDS1632 MMDS1632 Modular Development System for use as a register editor. This convenient environment offers these advantages: s Targets the requirement analysis, coding, and debugging aspects of product development. s Lets developers generate fully commented initialization code in C or assembly language. s Applies automated rules and algorithms from the MCU and module reference manuals to ensure proper initialization- making code creation faster and less prone to error. s Includes online help, which comprises user manuals, Motorola application notes, and the appropriate MCU and module reference manuals on CD. s Lets users save and recall a session, write additional functions, and use RuleChecker, a utility that allows users to check work in progress. Ordering an MCUasm Package As you consult the following table, note that all orders must specify the device family. MCUasm software packages MCU family Host Part Number M68HC05 M68HC05 PC-Windows MHC05SASMXBBX12 MHC05SASMXBBX12 M68HC08 M68HC08 PC-Windows MHC08SASMXBBX12 MHC08SASMXBBX12 M68HC11 M68HC11 PC-Windows MHC11SASMXBBX12 MHC11SASMXBBX12 M68HC12 M68HC12 PC-Windows MHC12SASMXBBX12 MHC12SASMXBBX12 M68HC16 M68HC16 PC-Windows MHC16SASMXBBX12 MHC16SASMXBBX12 System Requirements MCUinit requires a 486-based PC (or higher) running Windows 3.1 or later, and at least 10 MB RAM for the basic application, 30 MB for the reference manuals, and a CD-ROM drive. Ordering an MCUinit Package There is only one version of MCUinit tool: M68FMSINITBDX30 M68FMSINITBDX30. This tool works for all the supported devices of the M68HC12 M68HC12, M68HC16 M68HC16, and M68300 M68300 families (as listed above on this page). 10 Motorola Development Tools Selector Guide 3 Software Packages: Completing Embedded Designs TPUMASM (TPU Assembler) Ordering a TPUMASM Package The Time Processor Unit (TPU) is a sophisticated on-chip peripheral built into M68HC16 M68HC16 and M683xx MCUs. TPUASM assembles user-written TPU microcode into objects, which are used as a control store in the TPU's emulation module. As you consult the following table, note that TPUMASM is not device-specific. The environment works across all the MCU devices supported. This language offers these features: s Supports subinstructions for forming the micro-instructions of TPU microcode and directives that support assembly. s Simplifies the task of writing custom TPU functions. TPUMASM software package Target Device Part Number M68HC16 M68HC16 family M68FMSTPASBBXXX M68FMSTPASBBXXX M6833x family with TPU " System Requirements TPUMASM requires a 486-based PC running Windows 3.1 or higher. Note: TPUMASM can be run in an MS-DOS box within Windows. Motorola Development Tools Selector Guide 11 4 M68HC05/08 M68HC05/08 Development Systems 4 M68HC05/08 M68HC05/08 Development Systems This section provides information about systems for development on Motorola's M68HC05 M68HC05 and M68HC08 M68HC08 families of microcontrollers-flexible, general-purpose MCUs that give designers a wide range of options for powerful, low-cost 8-bit solutions. For development on these very similar families, Motorola offers two modular system choices for real-time, in-circuit emulation: s s Motorola Modular Development System (MMDS05 MMDS05, which is compatible with both the M68HC05 M68HC05 and M68HC08 M68HC08 families) ­ This full-featured, high-performance emulation system incorporates Motorola's advanced debug features, along with emulation memory and bus state analysis. Motorola Modular Evaluation System (MMEVS, also compatible with both families) ­ This economical, modular evaluation system connects to a target system and emulates the behavior of the target device. In addition to describing these development systems, this section provides information about pinpointing both the core and device-specific components needed to use either system in a particular project. Note: MMDS and MMEVS development tool software is available free on the Web at http://www.mot-sps.com/csic and on CD-ROM (CDSCSIC2/D). Hardware and Software Components The MMDS05 MMDS05, which works with both the M68HC05 M68HC05 and the M68HC08 M68HC08 families, includes the following hardware: Station module ­ This metal case allows easy access for installing or replacing emulation modules. The station module works across all devices of the M68HC05 M68HC05 and M68HC08 M68HC08 families and once purchased, it can be used for many derivatives in these families. The station module includes these items: · printed circuit board (the control board) · M68HC05P9EM M68HC05P9EM emulation module (Emulating devices not supported by the M68HC05P9EM M68HC05P9EM require separately purchased, device-specific emulation modules.) · 85- to 264-VAC 264-VAC internal power supply with cabling · RS-232C RS-232C serial cable (9-lead) · RS-232C RS-232C adapter (9- to 25-pin) · 16 logic clips for selecting individual signals 18" flex target cable MMDS Motorola Modular Development System MMDS05 MMDS05 Station Module target head The high-performance Motorola Modular Development System for the M68HC05/08 M68HC05/08 families provides these features: s real-time, nonintrusive in-circuit emulation s advanced bus state analyzer (BSA) and dual-port memory windows s integrated development environment (IDE) that significantly reduces the time necessary to develop and debug an embedded MCU system 12 Note: The following device-specific components must be purchased separately, according to the specific MCU device in use. An emulator module or a target cabling component can be used for multiple devices in the M68HC05 M68HC05 and M68HC08 M68HC08 families. Consult the table on page 15 to order a complete MMDS system. Motorola Development Tools Selector Guide 4 M68HC05/08 M68HC05/08 Development Systems s s s Emulation module (EM) ­ Attached to the MMDS control board by means of expansion connectors, the devicespecific EM contains circuitry that emulates the specific features of the target M68HC05 M68HC05 or M68HC08 M68HC08 microcontroller. Target cabling system ­ The modular target cabling system connects the MMDS05 MMDS05 to the target application. The incircuit target cable consists of a low-noise flex cable, a target head adapter, and, where appropriate, surface mount adapters. (See Appendix E.) Each of these device-specific cabling components must be ordered separately. Parallel programmer (PGMR) or serial programmer ­ Parallel programmer boards provide an economical and efficient means of programming prototype M68HC05 M68HC05 MCUs, with options to both program and verify or to simply verify device contents. Serial programmer boards are for use with the 68HC708 68HC708 and device-specific programming adapters. The MMDS05 MMDS05's software component is the IDE (Integrated Development Environment). The powerful, user-friendly IDE provides a combination of editor, assembler, user interface, and source-level debugger that lets you simultaneously develop and debug your MC68HC05 MC68HC05 and MC68HC08 MC68HC08 applications. An MSDOS version of the MMDS05 MMDS05 IDE is included as part of the development system. MMEVS Modular Evaluation System Note: s s The following device-specific components must be purchased separately, according to the specific device in use. An emulator module or a target cabling component can be used for multiple devices in the M68HC05 M68HC05 and M68HC08 M68HC08 families. Consult the table on page 15 to order a complete MMDS system. Emulation module (EM) ­ This board includes circuitry that emulates the specific features of the target microcontroller. The EM is device-specific and must be purchased separately; once purchased, it can often be reused across multiple derivatives. Target cabling system ­ The target cabling system connects the MMEVS to the target application. The in-circuit target cable comprises a low-noise flex cable, a target head adapter, and, where appropriate, surface mount adapters. (See Appendix E.) Each of these device-specific cabling components must be ordered separately. The MMEVS IDE software, which comes with the platform board, provides an editor, an assembler, and a source-level debugger with graphical user interface-making project development faster and more efficient. The development system includes an MS-DOS version of the MMEVS IDE. MMEVS features include: The economical, modular MMEVS system lets you adapt functionality to any of a variety of M68HC05 M68HC05 and M68HC08 M68HC08 microcontrollers. Connected to the target system, the MMEVS system emulates the target system MCU. Emulation memory and port signals allow access to the inner workings of the MCU. An IDE is included for quick edits and changes to assembly code-making designing, debugging, and emulating the target system fast and efficient. s real-time, nonintrusive, in-circuit emulation s new support for high-speed and low-voltage MCUs s elimination of the EVS/EVM's software breakpoint limitations s dual microcontrollers for faster command and code transfers s enhanced script and new command logging capability Hardware and Software Components s true subset of the higher performance MMDS system s new CHIPINFO command to make it easier to obtain information about the device s software-selectable oscillator clock sources s true source-level debugging s enhanced on-screen, context-sensitive help via pop-up menus and windows s latch-up resistant design, making power-sequencing unimportant s automatic detection of user programs that access nonvalid memory locations s online and hardcopy documentation A complete MMEVS system consists of these three separately purchased components: s MMEVS platform board ­ Printed circuit board that is the platform for all evaluation modules (EVMs). The board contains an MC68HC11K1 MC68HC11K1 processor that performs on-board housekeeping functions. It also includes memory and an RS-232 RS-232 port for communicating with the host PC. The MMEVS platform board requires a 5V 1A external power supply. The MMEVS platform works across many devices of the M68HC05/08 M68HC05/08 families, and can be used for multiple derivatives of these families. Motorola Development Tools Selector Guide 13 4 M68HC05/08 M68HC05/08 Development Systems Because of the substantial advantages of a modular approach, Motorola recommends that any new purchases of an M68HC05/08 M68HC05/08 evaluation system be the new MMEVS. If you currently use EVM and EVS products, you can, of course, continue to use them, but you may want to take advantage of the MMEVS's new capabilities by using your existing emulation modules with the new system. Any EM that is compatible with the MMDS05 MMDS05 can be used with the MMEVS. Note: For detailed information, see Upgrading from the EVS to the MMEVS, Motorola part number HC05EVS2MMEVS/D HC05EVS2MMEVS/D. The Key Is MODULARITY Choosing an MMDS or MMEVS Development System Both the MMDS05 MMDS05 core station module and the MMEVS platform board support the entire spectrum of devices in the M68HC05/08 M68HC05/08 microcontroller families. Motorola's modular approach makes it easy to produce hundreds of device-specific development systems-without involving hundreds of different products. Here are the four easy steps for putting together a complete system. The steps assume that an MCU device has already been selected. As you follow the steps, consult the table on page 15, MMDS05 MMDS05 and MMEVS Development Systems, to learn the specifics of ordering system components. A subsequent table on page 20, PGMR Packages, helps you select the appropriate Parallel Programmer board for a prototyping task. In the Platform column of the table on the next page, M68MMDS05 M68MMDS05 refers to the MMDS05 MMDS05 station module, and M68MMPFB0508 M68MMPFB0508 refers to the MMEVS platform board. Select either of these, depending on which of the development systems is required. Then move across the rows and select the appropriate components, all of which must be ordered separately. Step 2. Select the emulation module that goes with the device. Each device requires its own emulation module to act as the target device. The MMDS05 MMDS05 system comes with the M68HC05P9EM M68HC05P9EM emulation module; for all devices requiring a different EM, that EM must be ordered separately. A particular EM is often reusable across multiple development projects. Step 3. Select the device-specific target cabling. Each of the target cabling components-flex cable, target head adapter, and (when needed) surface mount adapters-is devicespecific and must be ordered separately. The component selected depends upon the package type in use. Like emulation modules, cabling components are often reusable across devices and in multiple target cabling systems, so it may not be necessary to order new components. (See Appendix E.) Note: Each QFP target head includes one TQSOCKET with guides and one TQPACK disposal surface mount adapter. Order additional TQPACKs and TQSOCKETs (optional), using the part numbers referenced in the Surface Mount Adapters column to support multiple systems. Step 4. For prototype work, identify the appropriate Parallel Programmer board. Several Parallel Programmer packages are available. These boards are used for prototyping once an imbedded application is complete-not for high-volume production programming. (See the table on page 20, PGMR Packages.) Step 1. Identify the device to be emulated and its package type. You get real-time, in-circuit emulation with either the highperformance MMDS05 MMDS05 or the economical MMEVS system. The type of application and the breadth of emulation required determine which system module to order. Both systems' core station modules support M68HC05/08 M68HC05/08 devices-so whatever the chosen device, you can select either the MMDS05 MMDS05 or the MMEVS development solution. 14 Motorola Development Tools Selector Guide 4 M68HC05/08 M68HC05/08 Development Systems MMDS and MMEVS Development Systems In addition to the platform (station module or platform board), order these components separately Device Package Type Platform Emulation Module Flex Cable Target Head Adapter Surface Mount Adapter 68HC05A16 68HC05A16 68HC705A24 68HC705A24 56 SDIP-B M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05A24 M68EM05A24 M68CBL05B M68CBL05B M68TB05A24B56 M68TB05A24B56 68HC08AS20 68HC08AS20 68HC708AS48 68HC708AS48 52 PLCC-FN M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM08AX48 M68EM08AX48 M68CBL05C M68CBL05C X68TC08AX48FN52 X68TC08AX48FN52 68HC08AZ0 68HC08AZ0 68HC08AB0 68HC08AB0 100 QFP-PU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM08AZ0 X68EM08AZ0 M68CBL05E M68CBL05E M68TE08AZ0PU100 M68TE08AZ0PU100 M68TQS100SDG1 M68TQS100SDG1 M68TQP100SD1 M68TQP100SD1 68HC08AZ32/24/16 68HC08AZ32/24/16 68HC08AB32/24/16 68HC08AB32/24/16 64 QFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM08AZ0 X68EM08AZ0 M68CBL05E M68CBL05E M68TE08AZ32FU64 M68TE08AZ32FU64 M68TQS064SAG1 M68TQS064SAG1 M68TQP064SA1 M68TQP064SA1 68HC05B4/B6/B8/B16/B32 68HC05B4/B6/B8/B16/B32 68HC705B5/B16/B32 68HC705B5/B16/B32 56 SDIP-B 64 QFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05B32 M68EM05B32 M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68TB05B32B56 M68TB05B32B56 M68TC05B32FU64 M68TC05B32FU64 M68CBL05C M68CBL05C M68TC05B32FN52 M68TC05B32FN52 52 PLCC-FN 68HC05BD3/BD5/BD7 68HC05BD3/BD5/BD7 68HC705BD3/BD7 68HC705BD3/BD7 40 DIP-P 42 SDIP-B M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05BD7 M68EM05BD7 M68CBL05B M68CBL05B M68CBL05B M68CBL05B M68TB05BD7P40 M68TB05BD7P40 M68TB05BD7B42 M68TB05BD7B42 68HC05BD9/BD16/BD24 68HC05BD9/BD16/BD24 68HC705BD9/BD24 68HC705BD9/BD24 40 DIP-P 42 SDIP-B M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05BD9 X68EM05BD9 M68CBL05B M68CBL05B M68CBL05B M68CBL05B M68TB05BD9P40 M68TB05BD9P40 M68TB05BD9B42 M68TB05BD9B42 68HC05BS8 68HC05BS8 68HC705BS8 68HC705BS8 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05BS8 M68EM05BS8 M68CBL05C M68CBL05C M68TC05BS8FB44 M68TC05BS8FB44 M68CBL05B M68CBL05B M68TB05BS8FN52 M68TB05BS8FN52 M68CBL05B M68CBL05B M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68CBL05C M68CBL05C X68TB05C0P40 X68TB05C0P40 X68TB05C0B42 X68TB05C0B42 X68TC05C0FN44 X68TC05C0FN44 M68TC05C0FB44 M68TC05C0FB44 M68TQS064SAG1 M68TQS064SAG1 M68TQP064SA1 M68TQP064SA1 52 PLCC-FN 68HC05C0 68HC05C0 40 DIP-P 42 SDIP-B 44 PLCC-FN 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05C0 X68EM05C0 M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 68HC05C5 68HC05C5 68HC705C5 68HC705C5 Refer to the "Configuration and Order Information for Other Motorola Development Tools" section on page 18 to select a development tool for the 68HC05C5/68HC705C5 68HC05C5/68HC705C5. 68HC05C4/C4A/C8A/C12A 68HC05C4/C4A/C8A/C12A 68HC705C4A/705C8A 68HC705C4A/705C8A 40 DIP-P 44 PLCC-FN 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05C9A X68EM05C9A 68HC05C9/C9A 68HC05C9/C9A 68HC705C9/705C9A 68HC705C9/705C9A 40 DIP-P 44 PLCC-FN 42 SDIP-B 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05C9A X68EM05C9A M68TB05C9P40 M68TB05C9P40 M68TC05C4FN44 M68TC05C4FN44 M68TC05C9FB44 M68TC05C9FB44 M68CBL05B M68CBL05B 42 SDIP-B M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68CBL05C M68CBL05C M68TB05C9B42 M68TB05C9B42 M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68TB05C9P40 M68TB05C9P40 M68TC05C9FN44 M68TC05C9FN44 M68TB05C9B42 M68TB05C9B42 M68TC05C9FB44 M68TC05C9FB44 M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 68HC05CCV 68HC05CCV 68HC705CCV 68HC705CCV Refer to the "Configuration and Order Information for Other Motorola Development Tools" section on page 18 to select a development tool for the 68HC05CCV/68HC705CCV 68HC05CCV/68HC705CCV. 68HC05CJ4 68HC05CJ4 68HC705CJ4 68HC705CJ4 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05CJ4 M68EM05CJ4 M68CBL05C M68CBL05C M68TC05CJ4PB44 M68TC05CJ4PB44 M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 Each QFP target head includes one TQSOCKET with guides (M68TQSxxSyG1) and one TQPACK disposable surface mount adapter (M68TQPxxSy1 (1.2-mm lead length) or M68TQPxxxSyMO1 (1.6-mm lead length). Order additional TQPACKs and TQSOCKETs (optional) using part numbers referenced in the Surface Mount Adapters column to support multiple target systems. Motorola Development Tools Selector Guide 15 4 M68HC05/08 M68HC05/08 Development Systems MMDS and MMEVS Development Systems (continued) In addition to the platform (station module or platform board), order these components separately Device Package Type Platform Emulation Module Flex Cable Target Head Adapter Surface Mount Adapter M68TQS080SBG1 M68TQS080SBG1 M68TQP080SBMO1 M68TQP080SBMO1 68HC05CL4 68HC05CL4 68HC705CL4 68HC705CL4 80 QFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05CL4 M68EM05CL4 M68CBL05E M68CBL05E M68TE05CL4FU80 M68TE05CL4FU80 68HC05CL48 68HC05CL48 68HC705CL48 68HC705CL48 112 TQFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05CL48 M68EM05CL48 not available not available 68HC05D9/D24/D32 68HC05D9/D24/D32 68HC705D9/D32A 68HC705D9/D32A 40 DIP-P 44 PLCC-FN 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05D32 M68EM05D32 M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68CBL05C M68CBL05C M68TB05C9P40 M68TB05C9P40 M68TC05C9FN44 M68TC05C9FN44 M68TC05C9FB44 M68TC05C9FB44 68HC05E5 68HC05E5 68HC705E5 68HC705E5 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05E5 X68EM05E5 M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05P9P28 M68TA05P9P28 M68TA05P9P28 M68TA05P9P28 68HC05E6 68HC05E6 68HC705E6 68HC705E6 28 SOIC-DW 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05E6 M68EM05E6 M68CBL05C M68CBL05C M68CBL05C M68CBL05C M68TC05E6P28 M68TC05E6P28 M68TC05E6FB44 M68TC05E6FB44 68HC05F4 68HC05F4 68HC705F4 68HC705F4 28 DIP-P 28 SOIC-DW 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05F4 M68EM05F4 M68CBL05C M68CBL05C M68CBL05C M68CBL05C M68CBL05C M68CBL05C M68TC05F4P28 M68TC05F4P28 M68TC05F4P28 M68TC05F4P28 M68TC05F4FB44 M68TC05F4FB44 68HC05F6 68HC05F6 68HC705F6 68HC705F6 42 SDIP-B 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05F6 M68EM05F6 M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68TB05F6B42 M68TB05F6B42 M68TC05F6FB44 M68TC05F6FB44 M68CBL05C M68CBL05C M68TC05F6FU64 M68TC05F6FU64 M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68TB05G1B56 M68TB05G1B56 M68TC05G1FU64 M68TC05G1FU64 64 QFP-FU M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 M68DIP28SOIC M68DIP28SOIC M68DIP28SOIC M68DIP28SOIC M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 M68DIP28SOIC M68DIP28SOIC M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 M68TQS064SAG1 M68TQS064SAG1 M68TQP064SAMO1 M68TQP064SAMO1 68HC05G1 68HC05G1 68HC705G1 68HC705G1 56 SDIP-B 64 QFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05G1 M68EM05G1 68HC05G3 68HC05G3 68HC705G4 68HC705G4 80 QFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05G4 M68EM05G4 M68CBL05E M68CBL05E M68TE05G4FU80 M68TE05G4FU80 M68TQS080SBG1 M68TQS080SBG1 M68TQP080SBMO1 M68TQP080SBMO1 68HC05G11 68HC05G11 68HC705G11 68HC705G11 100 QFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05G11 X68EM05G11 M68CBL05E M68CBL05E M68TE05G11FU100 M68TE05G11FU100 M68TQS100SDG1 M68TQS100SDG1 M68TQP100SDMO1 M68TQP100SDMO1 68HC05J1 68HC05J1 68HC705J2 68HC705J2 20 DIP-P 20 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68HC05JPEM M68HC05JPEM M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05J2P20 M68TA05J2P20 M68TA05J2P20 M68TA05J2P20 M68DIP20SOIC M68DIP20SOIC 68HC705JJ7 68HC705JJ7 20 DIP-P 20 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05JP7 X68EM05JP7 M68CBL05A M68CBL05A M68CBL05A M68CBL05A X68TA05JJ7P20 X68TA05JJ7P20 X68TA05JJ7P20 X68TA05JJ7P20 M68DIP20SOIC M68DIP20SOIC 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05JP7 X68EM05JP7 M68CBL05A M68CBL05A M68CBL05A M68CBL05A X68TA05JP7P28 X68TA05JP7P28 X68TA05JP7P28 X68TA05JP7P28 M68DIP28SOIC M68DIP28SOIC 28 DIP-P 28 SOIC-DW M68MMPFBO508 M68MMPFBO508 or M68MMDS05 M68MMDS05 M68EM05J1A M68EM05J1A M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05J2P20 M68TA05J2P20 M68TA05J2P20 M68TA05J2P20 M68DIP20SOIC M68DIP20SOIC 68HC705JP7 68HC705JP7 68HC05J1A 68HC05J1A 68HC705J1A 68HC705J1A M68TQS064SAG1 M68TQS064SAG1 M68TQP064SAMO1 M68TQP064SAMO1 (low-cost in-circuit simulator also available for the 05/705J1A 05/705J1A: M68HC705J1CS M68HC705J1CS) Each QFP target head includes one TQSOCKET with guides (M68TQSxxSyG1) and one TQPACK disposable surface mount adapter (M68TQPxxSy1 (1.2-mm lead length) or M68TQPxxxSyMO1 (1.6-mm lead length). Order additional TQPACKs and TQSOCKETs (optional) using part numbers referenced in the Surface Mount Adapters column to support multiple target systems. 16 Motorola Development Tools Selector Guide 4 M68HC05/08 M68HC05/08 Development Systems MMDS and MMEVS Development Systems (continued) In addition to the platform (station module or platform board), order these components separately Device 68HC05J3 68HC05J3 68HC05K0/K1/K3 68HC05K0/K1/K3 Package Type Platform Emulation Module 20 DIP-P 20 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05J3 M68EM05J3 20 DIP-P 20 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05K3 M68EM05K3 Flex Cable Target Head Adapter Surface Mount Adapter M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05J2P20 M68TA05J2P20 M68TA05J2P20 M68TA05J2P20 M68DIP20SOIC M68DIP20SOIC M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05J2P20 M68TA05J2P20 M68TA05J2P20 M68TA05J2P20 M68DIP20SOIC M68DIP20SOIC M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68TB05L1B56 M68TB05L1B56 M68TC05L1FU64 M68TC05L1FU64 (low-cost in-circuit simulator also available for the 705/K1 705/K1 and 805/K3 805/K3: M68HC805KICS M68HC805KICS) M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 68HC05L1 68HC05L1 68HC705L1 68HC705L1 56 SDIP-B 64 QFP-FU 68HC05L2 68HC05L2 Refer to the "Configuration and Order Information for Other Motorola Development Tools" section on page 18 to select a development tool for the 68HC05L7/L9 68HC05L7/L9, 68HC05L10 68HC05L10, 68HC05L11 68HC05L11, or 68HC052 68HC052. 68HC05L5/L16 68HC05L5/L16 68HC705L5/L16 68HC705L5/L16 80 QFP-FU 68HC05L7/L9/L11 68HC05L7/L9/L11 68HC05L10 68HC05L10 68HC05M4 68HC05M4 Refer to the "Configuration and Order Information for Other Motorola Development Tools" section on page 18 to select a development tool for the 68HC05L7/L9 68HC05L7/L9, 68HC05L10 68HC05L10, 68HC05L11 68HC05L11, or 68HC05M4 68HC05M4. 68HC08LN56 68HC08LN56 68HC708LN56 68HC708LN56 144 QFP-PV M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EML08LN56 X68EML08LN56 X68CBL08LN56 X68CBL08LN56 included with X68CBL08LN56 X68CBL08LN56 M68TQS144SDG1 M68TQS144SDG1 M68TQP144SD1 M68TQP144SD1 68HC05MC4 68HC05MC4 68HC705MC4 68HC705MC4 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05MC4 M68EM05MC4 M68CBL05A M68CBL05A M68CBL05A M68CBL05A X68TA05MC4P28 X68TA05MC4P28 X68TA05MC4P28 X68TA05MC4P28 M68DIP28SOIC M68DIP28SOIC 68HC708MP16 68HC708MP16 64 QFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM08MP16 X68EM08MP16 M68CBL05C M68CBL05C X68TC08MP16FU64 X68TC08MP16FU64 68HC05P3 68HC05P3 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05P3 M68EM05P3 M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05X4P28 M68TA05X4P28 M68TA05X4P28 M68TA05X4P28 M68DIP28SOIC M68DIP28SOIC 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68HC05JPEM M68HC05JPEM M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05P8P28 M68TA05P8P28 M68TA05P8P28 M68TA05P8P28 M68DIP28SOIC M68DIP28SOIC 68HC05P1/P4/P6/P7/P9 68HC05P1/P4/P6/P7/P9 68HC705P6/705P9 68HC705P6/705P9 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68HC05P9EM M68HC05P9EM M68CBL05A M68CBL05A (M68HC05P9EM M68HC05P9EM M68CBL05A M68CBL05A included with M68MMDS05 M68MMDS05) M68TA05P9P28 M68TA05P9P28 M68TA05P9P28 M68TA05P9P28 M68DIP28SOIC M68DIP28SOIC 68HC05P1A/P4A/P9A 68HC05P1A/P4A/P9A 68HC705P6A 68HC705P6A 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EML05P6A X68EML05P6A M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05P9P28 M68TA05P9P28 M68TA05P9P28 M68TA05P9P28 M68DIP28SOIC M68DIP28SOIC 68HC05P18 68HC05P18 68HC805P18 68HC805P18 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05P18 X68EM05P18 M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05P9P28 M68TA05P9P28 M68TA05P9P28 M68TA05P9P28 M68DIP28SOIC M68DIP28SOIC 68HC05RC8/RC16/RC17/RC18 68HC05RC8/RC16/RC17/RC18 28 DIP-P 68HC705RC16/RC17 68HC705RC16/RC17 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05RC16 X68EM05RC16 M68CBL05A M68CBL05A M68CBL05A M68CBL05A X68TA05RC16P28 X68TA05RC16P28 X68TA05RC16P28 X68TA05RC16P28 M68DIP28SOIC M68DIP28SOIC 68HC05P8 68HC05P8 68HC05SC11/SC21/SC24/SC27 68HC05SC11/SC21/SC24/SC27 Die/card M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05L1 M68EM05L1 M68EML05L16 M68EML05L16 M68CBL05E M68CBL05E M68TE05L16FU80 M68TE05L16FU80 M68TQS064SAG1 M68TQS064SAG1 M68TQP064SAMO1 M68TQP064SAMO1 M68TQS080SBG1 M68TQS080SBG1 M68TQP080SBMO1 M68TQP080SBMO1 M68TQS064SAG1 M68TQS064SAG1 M68TQP064SAMO1 M68TQP064SAMO1 Only available with NDA. ISO Adapter Included with EM. Contact sales office. Each QFP target head includes one TQSOCKET with guides (M68TQSxxSyG1) and one TQPACK disposable surface mount adapter (M68TQPxxSy1 (1.2-mm lead length) or M68TQPxxxSyMO1 (1.6-mm lead length). Order additional TQPACKs and TQSOCKETs (optional) using part numbers referenced in the Surface Mount Adapters column to support multiple target systems. Motorola Development Tools Selector Guide 17 4 M68HC05/08 M68HC05/08 Development Systems MMDS and MMEVS Development Systems (continued) In addition to the platform (station module or platform board), order these components separately Device Package Type Platform 68HC05SR3/SU3 68HC05SR3/SU3 68HC705SR3 68HC705SR3 40 DIP-P 44 QFP-FB M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 Emulation Module 42 SDIP-B Target Head Adapter M68CBL05B M68CBL05B M68CBL05C M68CBL05C M68TB05SR3P40 M68TB05SR3P40 M68TC05SR3FB44 M68TC05SR3FB44 M68CBL05B M68CBL05B M68EM05SR3 M68EM05SR3 Flex Cable Surface Mount Adapter M68TB05SR3B42 M68TB05SR3B42 M68TQS044SAG1 M68TQS044SAG1 M68TQP044SAMO1 M68TQP044SAMO1 68HC05T1/T2 68HC05T1/T2 Refer to the "Configuration and Order Information for Other Motorola Development Tools" section on page 18 to select a development tool for the 68HC05T1/T2 68HC05T1/T2. 68HC05T10 68HC05T10 68HC705T10 68HC705T10 56 SDIP-B M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05T7 M68EM05T7 M68CBL05B M68CBL05B M68TB05T7B56 M68TB05T7B56 68HC05V7 68HC05V7 68HC705V8 68HC705V8 56 SDIP-B 68 PLCC-FN M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05V8 M68EM05V8 M68CBL05B M68CBL05B M68CBL05B M68CBL05B M68TB05V8B56 M68TB05V8B56 M68TB05V8FN68 M68TB05V8FN68 68HC05V12 68HC05V12 68HC705V12 68HC705V12 68 PLCC-FN M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 X68EM05V12 X68EM05V12 M68CBL05C M68CBL05C X68TC05V12FN68 X68TC05V12FN68 68HC05X4 68HC05X4 68HC705X4 68HC705X4 28 DIP-P 28 SOIC-DW M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EM05X4 M68EM05X4 M68CBL05A M68CBL05A M68CBL05A M68CBL05A M68TA05X4P28 M68TA05X4P28 M68TA05X4P28 M68TA05X4P28 68HC05X16/X32 68HC05X16/X32 68HC705X32 68HC705X32 64 QFP-FU M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EML05X32 M68EML05X32 M68CBL05E M68CBL05E M68TE05X32FU64 M68TE05X32FU64 M68TQS064SAG1 M68TQS064SAG1 M68TQP064SA1 M68TQP064SA1 68HC08XL36 68HC08XL36 68HC708XL36 68HC708XL36 64 QFP-FU 56 SDIP - B M68MMPFB0508 M68MMPFB0508 or M68MMDS05 M68MMDS05 M68EML08XL36 M68EML08XL36 M68CBL05C M68CBL05C M68CBL05B M68CBL05B M68TC08XL36FU64 M68TC08XL36FU64 M68TB08XL36B56 M68TB08XL36B56 M68TQS064SAG1 M68TQS064SAG1 M68TQP064SAMO1 M68TQP064SAMO1 M68DIP28SOIC M68DIP28SOIC Each QFP target head includes one TQSOCKET with guides (M68TQSxxSyG1) and one TQPACK disposable surface mount adapter (M68TQPxxSy1 (1.2-mm lead length) or M68TQPxxxSyMO1 (1.6-mm lead length). Order additional TQPACKs and TQSOCKETs (optional) using part numbers referenced in the Surface Mount Adapters column to support multiple target systems. 18 Motorola Development Tools Selector Guide 4 M68HC05/08 M68HC05/08 Development Systems Configuration and Order Information for Other Motorola Development Tools (EVM/EVS/ICS) In addition to the platform, order these components separately Device Package Type Development Tools 68HC05CCV 68HC05CCV 68HC705CCV 68HC705CCV 42 SDIP-B 44 QFP-FB Order M68HC05CCVEM M68HC05CCVEM and M68HC05PFB M68HC05PFB M68CBL05B M68CBL05B M68CBL05C M68CBL05C 68HC05J1A 68HC05J1A 68HC705J1A 68HC705J1A 20 DIP-P 20 SOIC-DW M68HC705JICS M68HC705JICS 20 DIP ribbon cable assembly included with M68HC705JICS M68HC705JICS 68HC05K0/K1 68HC05K0/K1 68HC705K1 68HC705K1 68HC805K3 68HC805K3 16 DIP-P 16 SOIC-DW M68HC805KICS M68HC805KICS 68HC05L2 68HC05L2 42 SDIP-B M68HC05L2EVS M68HC05L2EVS not available 68HC05L7/L9 68HC05L7/L9 128 QFP-FT M68HC05L9EVM2 M68HC05L9EVM2 not available 68HC05L10 68HC05L10 128 QFP-FT M68HC05L10EVM M68HC05L10EVM not available 68HC05L11 68HC05L11 100 QFP-FU M68HC05L11EVM M68HC05L11EVM not available 68HC05M4 68HC05M4 52 PLCC-FN M68HC05M4EVM M68HC05M4EVM not available For the PLCC package, you have the option to order 52PLCCU 52PLCCU, which is the old-style ribbon cable assembly wit PLCC target adapter. 68HC05T1/T2 68HC05T1/T2 40 DIP-P 44 PLCC-P 44 PLCC-FN M68HC05T2EVS M68HC05T2EVS not available For the PLCC package, you have the option to order 44PLCC05M 44PLCC05M, which is the old-style ribbon cable assembly wit PLCC target adapter. Flex Cable 16 DIP ribbon cable assembly included with M68HC805KICS M68HC805KICS Target Head Adapter Surface Mount Adapters Comments M68TB05CCVB42 M68TB05CCVB42 M68TC05CCVFB44 M68TC05CCVFB44 M68TQS044SAG M68TQS044SAG* M68TQP044SAMO M68TQP044SAMO* M68DIP20SOIC M68DIP20SOIC M68DIP16SOIC M68DIP16SOIC M68HC705JICS M68HC705JICS In-circuit Simulator. For the SOIC package, you can order M68DIP20SOIC M68DIP20SOIC, which is a 20-pin DIPto-SOIC adapter. M68HC705KICS M68HC705KICS In-circuit Simulator. For the SOIC package, you can order M68DIP16SOIC M68DIP16SOIC, which is a 16-pin DIPto-SOIC adapter. * Each QFP target head includes one TQSOCKET with guides (M68TQSxxSyG1) and one TQPACK disposable surface mount adapter (M68TQPxxSy1 (1.2-mm lead length) or M68TQPxxxSyMO1 (1.6-mm lead length). Order additional TQPACKs and TQSOCKETs (optional) using part numbers referenced in the Surface Mount Adapters column to support multiple target systems. Motorola Development Tools Selector Guide 19 4 M68HC05/08 M68HC05/08 Development Systems Order Information for Programmers: Selecting the Right PGMR Package Note: Consult this table to choose the Parallel Programmer product that fits your MCU prototyping needs. Appendix C provides explanations of package name abbreviations (DIP, QFP, etc.) and brief descriptions of packages. PGMR Packages Device Packages Supported Programmer Board Comments 68HC705A24 68HC705A24 56 SDIP-B M68HC705UPGMR M68HC705UPGMR M68HC05UPGMR M68HC05UPGMR requires package adapter. For 56 SDIP, order M68UPA05A24B56 M68UPA05A24B56. 68HC708AS48 68HC708AS48 52 PLCC-FN X68SPGMR08 X68SPGMR08 Requires programming adapter: M68PA08AX48FNFU M68PA08AX48FNFU 68HC705B5/B16/B32 68HC705B5/B16/B32 52 PLCC-FN 56 SDIP-B M68HC05BPGMR M68HC05BPGMR For QFP package, order M68HC705X32PGMR M68HC705X32PGMR. 68HC705BD3/BD7 68HC705BD3/BD7 40 DIP-P 42 SDIP-B M68HC705UPGMR M68HC705UPGMR M68HC05UPGMR M68HC05UPGMR requires package adapter. For 40 DIP-P, order M68UPA05BD3040 M68UPA05BD3040. For 42 SDIP-B, order M68UPA05BD3B42 M68UPA05BD3B42. 68HC705C4A/C5/C8/C8A/C9/C9A 68HC705C4A/C5/C8/C8A/C9/C9A 40 DIP-P/S 44 PLCC-FN/FS M68HC05PGMR-2 M68HC05PGMR-2 Order M68ADT05P40FB44 M68ADT05P40FB44 adapter to program 44-QFP-FB 44-QFP-FB. 68HC705CL4 68HC705CL4 80 QFP-FU M68HC705UPGMR M68HC705UPGMR M68HC705UPGMR M68HC705UPGMR requires package adapter M68UPA05CL4FU80 M68UPA05CL4FU80 68HC705D9 68HC705D9 40 DIP-P/S 44 PLCC-FN/FS M68HC05PGMR-2 M68HC05PGMR-2 Order M68ADT05P40FB44 M68ADT05P40FB44 adapter to program 44-QFP-FB 44-QFP-FB. 68HC705E5 68HC705E5 28 DIP-P 28 SOIC-DW X68HC705E5PGMR X68HC705E5PGMR 68HC705E6 68HC705E6 44 QFP-FB 28 SOIC-DW M68HC705E6PGMR M68HC705E6PGMR 68HC705F6 68HC705F6 64 QFP-FU/FZ 42 SDIP-B/K M68HC705F6PGMR64 M68HC705F6PGMR64 68HC705F8 68HC705F8 64 QFP-FU/FZ M68HC705F8PGMR M68HC705F8PGMR 68HC705G1 68HC705G1 56 SDIP-B 64 QFP-FU M68HC705G1PGMR M68HC705G1PGMR 68HC705G11 68HC705G11 100 QFP-FU M68HC705UPGMR M68HC705UPGMR M68HC705UPGMR M68HC705UPGMR requires package adapter M68UPA05GIFU100 M68UPA05GIFU100 68HC705J1A 68HC705J1A 20 DIP-P M68HC705JICS M68HC705JICS M68HC705JICS M68HC705JICS in-circuit simulator. SOIC requires usersupplied socket or adapter (available from Yamaichi, part number IC51-0282-334-1 IC51-0282-334-1). 68HC705J2/J3 68HC705J2/J3 20 DIP-P/S M68HC705J2PGMR M68HC705J2PGMR SOIC requires user-supplied socket or adapter (available from Yamaichi, part number IC51-0282-334-1 IC51-0282-334-1). 68HC705JJ7 68HC705JJ7 20 DIP-P 20 SOIC-DW X68HC705JP7PGMR X68HC705JP7PGMR 20 Motorola Development Tools Selector Guide 4 M68HC05/08 M68HC05/08 Development Systems PGMR Packages (continued) Device Packages Supported Programmer Board 68HC705JP6/7 68HC705JP6/7 28 DIP-P 28 SOIC-DW X68HC705JP7PGMR X68HC705JP7PGMR 68HC705K1/3 68HC705K1/3 16 DIP-P/S M68HC805KICS M68HC805KICS M68HC705K1GANG M68HC705K1GANG M68HC705K1GANGY M68HC705K1GANGY 16 SOIC-DW Comments M68HC705K1GANG M68HC705K1GANG programs up to 8 78HC705K1S 78HC705K1S or P. M68HC705K1GANGY M68HC705K1GANGY programs up to 8 68HC705K1S 68HC705K1S, P or DW. , 68HC705L1 68HC705L1 56 SDIP-B/K 64 QFP-FU/FZ M68HC705L1PGMR M68HC705L1PGMR 68HC705L5/L16 68HC705L5/L16 80 QFP-FU/FZ M68HC705L5PGMR M68HC705L5PGMR 68HC705L2 68HC705L2 42 SDIP-B M68HC705L2PGMR M68HC705L2PGMR 68HC705L5/L16 68HC705L5/L16 80 QFP-FU/FZ M68HC705L2PGMR M68HC705L2PGMR 68HC708LN56 68HC708LN56 144 QFP-PV X68SPPGMR08 X68SPPGMR08 68HC705MC4 68HC705MC4 28 DIP-P 28 SOIC-DW X68HC705MC4PGMR X68HC705MC4PGMR 68HC708MP16 68HC708MP16 64 QFP-FU X68SPGMR08 X68SPGMR08 68HC705P3 68HC705P3 28 DIP-P 28 SOIC-DW M68HC705E6PGMR M68HC705E6PGMR 68HC705P6/P6A/P9 68HC705P6/P6A/P9 28 DIP-P/S M68HC705P9PGMR M68HC705P9PGMR SOIC requires user-supplied socket or adapter. 68HC805P18 68HC805P18 28 DIP-P/S M68HC805P18PGMR M68HC805P18PGMR SOIC requires user-supplied socket or adapter. 40 DIP-P 42 SDIP-B 44 QFP-FB M68HC05SR3PGMRSG M68HC05SR3PGMRSG 68HC705T10 68HC705T10 56 SDIP-B/K M68HC705T10PGMR M68HC705T10PGMR 68HC705V8 68HC705V8 56 SDIP-B 68 PLCC-FN M68HC705V8PGMR M68HC705V8PGMR 68HC705V12 68HC705V12 68 PLCC-FN X68HC705V12PGMR X68HC705V12PGMR 68HC705X4 68HC705X4 28 DIP-P/S 28 SOIC-DW M68HC705X4PGMR M68HC705X4PGMR 68HC705X32 68HC705X32 64 QFP-FU 68 PLCC-FN M68HC705X32PGMR M68HC705X32PGMR 68HC708XL36 68HC708XL36 64 QFP-FU 56 SDIP-B/K X68SPGMR08 X68SPGMR08 Requires programming adapter: M68PA08XL36BFU M68PA08XL36BFU 68HC805K3 68HC805K3 16 DIP-P/S M68HC805KICS M68HC805KICS SOIC requires user-supplied socket or adapter. 68HC705SR3 68HC705SR3 Motorola Development Tools Selector Guide Requires programming adapter: MC68PA08LN56PV144 MC68PA08LN56PV144 Requires programming adapter: M68PA08MP16FU64 M68PA08MP16FU64 M68HC05SR3PGMRSG M68HC05SR3PGMRSG requires package adapter: For 40 DIP-P, order M68HC05SR3PAP40 M68HC05SR3PAP40. For 42 SDIP-B, order M68HC05SR3PAB42 M68HC05SR3PAB42. For 44 QFP-FB, order M68HC05SR3PAFB44 M68HC05SR3PAFB44. 21 5 M68HC11 M68HC11 Development Systems and Tools 5 M68HC11 M68HC11 Development Systems and Tools · built-in power supply (85 to 264 VAC) · The station module works across many devices of This section helps you understand and order systems and tools for developing applications based on Motorola's M68HC11 M68HC11 family of microcontrollers: s s s s the M68HC11 M68HC11 family, and once purchased can be reused for any number of M68HC11 M68HC11 development projects. Motorola Modular Development System (MMDS11 MMDS11) ­ This powerful, full-featured emulation system supports the development of embedded systems based on an M68HC11 M68HC11 MCU. Motorola HC11 Evaluation System (EVS) ­ Developers can use this EVS to economically design, debug, and evaluate target M68HC11-based systems. 18" flex target cable Motorola HC11 Serial Programmer (SPGMR11 SPGMR11) ­ The Serial Programmer is used to program M68HC11 M68HC11 devices that contain an EPROM or EEPROM array. MMDS11 MMDS11 Station Module Motorola HC11 Evaluation Boards (M68HC11EVB M68HC11EVB and M68HC11EVBU M68HC11EVBU) ­ These low-cost boards, the M68HC11 M68HC11 Evaluation Board and the Universal Evaluation Board, help developers evaluate code destined for a subset of devices in the M68HC11 M68HC11 family of MCUs. In addition to describing the M68HC11 M68HC11 development systems and tools, this section explains how to identify and order the components needed to use the systems for a particular development effort. target head TQ socket with guide pins TQ Pack Note: The following device-specific components must be purchased separately from the station module. An emulator module, target head or flex cable can often be adapted to a wide range of M68HC11 M68HC11 devices. Consult the table on page 26 to order the appropriate MMDS11 MMDS11 system. MMDS11 MMDS11 Modular Development System The MMDS11 MMDS11 features high-speed, nonintrusive in-circuit emulation, real-time read/write memory, and bus state analysis for debugging hardware and software-along with an integrated development environment that substantially speeds development and debugging tasks. Hardware and Software Components The MMDS11 MMDS11 hardware comprises four separately purchased hardware components: s Station module ­ This metal case allows easy access for installing or replacing emulation modules. The station module includes these items: · RS-232C RS-232C serial cable (9-lead) · RS-232C RS-232C adapter (9- to 25-pin) · two cables and 16 logic clips for selecting s s s Emulation module ­ Printed circuit board that plugs into the control board and fits inside the station module. The devicespecific EM completes functionality for one or more M68HC11 M68HC11 MCUs. Target head ­ Adapter that plugs into the target system's MCU socket. Where necessary, it includes a TQ socket that aligns target-head guidepins with the target. Flex cable ­ Matched impedance ribbon cable that connects the EM to the target head. The MMDS11 MMDS11 software component is the powerful, userfriendly IDE, which supports target system emulation and bus state analysis. The IDE's editor, assembler, user interface, and source-level debugger let users simultaneously develop and debug their M68HC11 M68HC11 applications. individual signals 22 Motorola Development Tools Selector Guide 5 M68HC11 M68HC11 Development Systems and Tools MMDS11 MMDS11 Host System Requirements A host system for use with the MMDS11 MMDS11 must be a 486 PC with a minimum of 650 KB RAM and at least 1 MB available hard disk space. The system must also include a 3.5-inch diskette drive. EM 18-inch flex target cable HC11 Evaluation System (EVS) target head This economical tool supports the design, debugging, and evaluation efforts necessary for developing target systems based on an M68HC11 M68HC11 MCU, letting developers generate, execute, and debug code in any of three modes of operation: s expanded-full bus access s special test-expanded plus additional features. TQ pack single chip-I/O only s to socket with guide pins PFB Users can either generate code with a resident on-line assembler or download the code from an external terminal into the EVS's user-evaluation RAM. The MCU I/O expansion port facilitates easy connection to the target system, and users can add a separately purchased logic analyzer for external hardware trace of code execution. Hardware and Software Components A complete M68HC11EVS M68HC11EVS consists of these four separately purchased hardware components: s Platform board (PFB) ­ Printed circuit board that works across all devices of the M68HC11 M68HC11 family and which can be reused across all M68HC11 M68HC11 derivatives. Includes a low-cost assembler and interface software. M68HC11EVS M68HC11EVS software components include: s s IDE ­ The MMEVS IDE, which comes with the platform board, provides an editor, an assembler, and a source-level debugger with graphical user interface to support target system emulation. IASM11 IASM11, EVM11 EVM11 ­ The IASM11 IASM11 is an absolute assembler for DOS. The EVM11 EVM11 is an absolute debugger for DOS. Each is shipped with the M68HC11 M68HC11 PFB. Third-party software products are also available for use with the M68HC11EVS M68HC11EVS. (Appendix B has information about how to contact third-party vendors.) Third-party Software for the HC11EVS HC11EVS s s s The following device-specific components must be purchased separately from the PFB, according to the specific MCU device in use. An emulator module, a target head, or a flex cable can often be reused for multiple devices in the M68HC11 M68HC11 family. Consult the table on page 24 to order a complete M68HC11EVS M68HC11EVS system. Compiler Assembler Debugger Cosmic Cosmic C Cosmic ASM CXDB IAR Note: Third-party Supplier ICC (IAR) ASM (IAR) C-SPY HIWARE HiCross Hiasm Hilight Emulation module ­ Smaller printed circuit board that plugs onto the PFB to complete Evaluation System functionality for one or more MCUs. Target head ­ Special adapter that plugs into the MCU socket of a target system. Flex cable ­ Ribbon cable that connects the EM to the target head. Motorola Development Tools Selector Guide 23 5 M68HC11 M68HC11 Development Systems and Tools Step 1. Identify the device to be emulated and its package type. The components that complete the development system or the evaluation system are ordered according to the device to be emulated. The Key Is MODULARITY Choosing an MMDS11 MMDS11 or HC11EVS HC11EVS Development System The key component of the M68HC11 M68HC11 development system is the MMDS11 MMDS11 station module. The key component of the M68HC11 M68HC11 evaluation system is the M68HC11PFB M68HC11PFB platform board. Both the station module and the platform board can be reused in multiple M68HC11 M68HC11 projects. Only the MCU-specific components-EM, target head, and flex cable-must be ordered separately for each project. The following steps help you put together a complete system. A table below, MMDS11 MMDS11 and M68HC11EVS M68HC11EVS Development Systems, helps with the specifics. Step 2. Select the emulation module that goes with the device. Each device requires an EM. A particular EM can be adapted for multiple devices-which means you frequently will not need to order multiple emulation modules for multiple M68HC11 M68HC11 development or evaluation projects. Step 3. Select the device-specific flex cable. Flex cables are often reusable across devices and with multiple EMs, so you may not need to reorder this component. Step 4. Select the device-specific target head. Like flex cables, target heads are often reusable for other devices and EMs. MMDS11 MMDS11 and M68HC11EVS M68HC11EVS Development Systems In addition to the M68MMDS11 M68MMDS11 station module or the M68HC11PFB M68HC11PFB platform board, order these components separately: Device Package Module (EM) Flex Cable Target Head 68HC11A8 68HC11A8 48-pin plastic DIP (P) 52-lead PLCC (FN) 64-lead QFP (FU) M68EM11E20 M68EM11E20 M68EM11E20 M68EM11E20 M68EM11E20 M68EM11E20 M68CBL11B M68CBL11B M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68TB11E20P48 M68TB11E20P48 M68TC11E20FN52 M68TC11E20FN52 M68TC11E20FU64 M68TC11E20FU64 68HC11D3 68HC11D3 40-pin plastic DIP (P) 44-lead PLCC (FN) 44-lead QFP (FB) M68EM11D3 M68EM11D3 M68EM11D3 M68EM11D3 M68EM11D3 M68EM11D3 M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68TC11D3P40 M68TC11D3P40 M68TC11D3FN44 M68TC11D3FN44 M68TC11D3FB44 M68TC11D3FB44 68HC711D3 68HC711D3 40-pin plastic DIP (P) 44-lead PLCC (FN) M68EM11D3 M68EM11D3 M68EM11D3 M68EM11D3 M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68TC11D3P40 M68TC11D3P40 M68TC11D3FN44 M68TC11D3FN44 68HC11E9/68HC711E9 68HC11E9/68HC711E9 52-lead PLCC (FN) 52-lead QFP (PB) 64-lead QFP (FU) M68EM11E20 M68EM11E20 M68EM11E20 M68EM11E20 M68EM11E20 M68EM11E20 M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68TC11E20FN52 M68TC11E20FN52 M68TC11E20PB52 M68TC11E20PB52 M68TC11E20FU64 M68TC11E20FU64 68HC11E20/68HC711E20 68HC11E20/68HC711E20 52-lead PLCC (FN) 64-lead PLCC (FU) M68EM11E20 M68EM11E20 M68EM11E20 M68EM11E20 M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68TC11E20FN52 M68TC11E20FN52 M68TC11E20FU64 M68TC11E20FU64 68HC811E2 68HC811E2 48-pin plastic DIP (P) 52-lead PLCC (FN) M68EM11E20 M68EM11E20 M68EM11E20 M68EM11E20 M68CBL11B M68CBL11B M68CBL11C M68CBL11C M68TB11E20P48 M68TB11E20P48 M68TC11E20FN52 M68TC11E20FN52 68HC11F1 68HC11F1 68-lead PLCC (FN) 80-lead TQFP (PU) M68EM11F1 M68EM11F1 M68EM11F1 M68EM11F1 M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68TC11F1FN68 M68TC11F1FN68 M68TC11F1PU80 M68TC11F1PU80 68HC11G5/68HC11G7 68HC11G5/68HC11G7 84-lead PLCC (FN) M68EM11G5 M68EM11G5 M68CBL11D M68CBL11D M68TD11G5FN84 M68TD11G5FN84 68HC11K4/68HC711K4 68HC11K4/68HC711K4 80-lead TQFP (FU) 84-lead PLCC (FN) M68EM11K4 M68EM11K4 M68EM11K4 M68EM11K4 M68CBL11E M68CBL11E M68CBL11D M68CBL11D M68TE11K4FU80 M68TE11K4FU80 M68TD11K4FN84 M68TD11K4FN84 68HC11KA2 68HC11KA2 /68HC711KA2 /68HC711KA2 68-lead PLCC (FN) M68EM11KA4 M68EM11KA4 M68CBL11C M68CBL11C M68TC11KA4FN68 M68TC11KA4FN68 68HC11L6/68HC711L6 68HC11L6/68HC711L6 64-lead QFP (FU) 68-lead PLCC (FN) M68EM11L6 M68EM11L6 M68EM11L6 M68EM11L6 M68CBL11C M68CBL11C M68CBL11C M68CBL11C M68TC11L6FU64 M68TC11L6FU64 M68TC11L6FN68 M68TC11L6FN68 68HC11P2/68HC711P2 68HC11P2/68HC711P2 84-lead PLCC (FN) M68EM11P2 M68EM11P2 M68CBL11D M68CBL11D M68TD11K4FN84 M68TD11K4FN84 24 Motorola Development Tools Selector Guide 5 M68HC11 M68HC11 Development Systems and Tools Serial Programmer for HC11 MCUs (SPGMR11 SPGMR11) The SPGMR11 SPGMR11 programs M68HC11 M68HC11 family devices that contain an EPROM or EEPROM array. Using plug-in programming adapters to accommodate a variety of MCU devices and packages, the SPGMR11 SPGMR11 can either: s s Operate as a standalone programmer connected to a host computer. (In this case, a 5-volt power supply must be connected to the SPGMR11 SPGMR11.) Connect a host computer to the MMDS11 MMDS11 station module. (In this instance, the MMDS11 MMDS11 supplies 5-volt power.) An on-board programming-voltage circuit eliminates the need for an external 12-volt supply. The SPGMR11 SPGMR11 also includes a +5-volt power cable and a DB9-to-DB25 connector adapter, along with programming software that runs on the host computer. One or two standard DB9 male/female cables are required to make the system connections. Hardware and Software Components The PROG11 PROG11 programming software included with the serial programmer base unit (M68SPGMR11 M68SPGMR11) runs on the host computer. Neither the software nor the programmer affects host system operation until MCU programming begins. Commands allow the user to blank check, erase, program, and verify memory bytes and memory ranges, as well as display and upload memory contents and reset the MCU. Putting Together an HC11 Serial Programmer To devise a complete M68HC11 M68HC11 Serial Programmer system, follow these simple steps. The table on page 26, Selecting an SPGMR11 SPGMR11 Adapter Kit, is a useful guide for ordering the correct components. Step 1. Order the Serial Programmer base unit. Regardless of the type of device to be programmed, the Serial Programmer base unit-M68SPGMR11-is required. The M68SPGMR11 M68SPGMR11 is used across the full spectrum of devices that contain EPROM or EEPROM arrays. Step 2. Select the device-specific programming adapter kit. Device-specific programming adapters must be purchased separately from the base unit. A complete SPGMR11 SPGMR11 system consists of two separately purchased hardware components: s Serial programmer base unit (M68SPGMR11 M68SPGMR11) ­ This small, lightweight box connects to the host computer's serial communication port via a standard 9-lead cable. If used as a standalone programmer, the base unit connects directly to a +5-volt DC power supply. If used with an MMDS11 MMDS11, the base unit connects to the MMDS with a 9-lead cable and a +5-volt power cable. (The +5-volt power cable is included with the MMDS11 MMDS11.) Note: s This base unit can be used across all the M68HC11 M68HC11 MCU devices that contain an EPROM or EEPROM array. Only the programming adapter must be ordered separately. Programming adapter ­ Device-specific programming adapters enable the Serial Programmer to program a variety of M68HC11 M68HC11 microcontroller devices in various package configurations. Connectors on the programming adapter plug into connectors in the top of the serial programmer case. The programming adapter is ordered separately from the serial programmer base unit. Motorola Development Tools Selector Guide 25 5 M68HC11 M68HC11 Development Systems and Tools Selecting an SPGMR11 SPGMR11 Adapter Kit In addition to the M68SPGMR11 M68SPGMR11 base unit (order adapter separately): Device Package Programming Adapter M68HC11A8 M68HC11A8 48-pin plastic DIP (P) 52-lead PLCC (FN) 64-lead QFP (FU) M68PA11A8P48 M68PA11A8P48 M68PA11E20FN52 M68PA11E20FN52 M68PA11E20FU64 M68PA11E20FU64 M68HC11D3 M68HC11D3 40-pin plastic DIP (P) 44-pin QFP (FB) 44-lead PLCC (FN) M68PA11D3P40 M68PA11D3P40 M68PA11D3FB44 M68PA11D3FB44 M68PA11D3FN44 M68PA11D3FN44 M68HC711D3 M68HC711D3 40-pin plastic DIP (P) 44-lead QFP (FB) M68PA11D3P40 M68PA11D3P40 M68PA11D3FB44 M68PA11D3FB44 M68HC11E9/M68HC711E9 M68HC11E9/M68HC711E9 52-lead PLCC (FN) 52-lead QFP (PB) 64-lead QFP (FU) M68PA11E20FN52 M68PA11E20FN52 M68PA11E20PB52 M68PA11E20PB52 M68PA11E20FU64 M68PA11E20FU64 M68HC11E20/M68HC711E20 M68HC11E20/M68HC711E20 52-lead PLCC (FN) 64-lead PLCC (FN) M68PA11E20FN52 M68PA11E20FN52 M68PA11E20FU64 M68PA11E20FU64 M68HC811E2 M68HC811E2 48-pin plastic DIP (P) 52-lead PLCC (FN) M68PA11A8P48 M68PA11A8P48 M68PA11E20FN52 M68PA11E20FN52 M68HC11F1 M68HC11F1 68-lead PLCC (FN) 80-lead TQFP (PU) M68PA11F1FN68 M68PA11F1FN68 M68PA11F1PU80 M68PA11F1PU80 M68HC11G5 M68HC11G5 M68HC11G7 M68HC11G7 84-lead PLCC (FN) M68PA11G5FN84 M68PA11G5FN84 M68HC11K4/M68HC711K4 M68HC11K4/M68HC711K4 80-lead TQFP (FU) 84-lead PLCC (FN) M68PA11K4FU80 M68PA11K4FU80 M68PA11K4FN84 M68PA11K4FN84 M68HC11KA2/M68HC711KA2 M68HC11KA2/M68HC711KA2 68-lead PLCC (FN) M68PA11KA4FN68 M68PA11KA4FN68 M68HC11KA4/M68HC711KA4 M68HC11KA4/M68HC711KA4 68-lead PLCC (FN) M68PA11KA4FN68 M68PA11KA4FN68 M68HC11L6/M68HC711L6 M68HC11L6/M68HC711L6 64-lead QFP (FU) 68-lead PLCC (FN) M68PA11L6FU64 M68PA11L6FU64 M68PA11L6FN68 M68PA11L6FN68 M68HC11P2/M68HC711P2 M68HC11P2/M68HC711P2 84-lead PLCC (FN) M68PA11K4FN84 M68PA11K4FN84 M68HC11PH8 M68HC11PH8 84-lead PLCC (FN) 100-lead TQFP (PU) M68PA11PH8FN84 M68PA11PH8FN84 M68PA11PH8PU100 M68PA11PH8PU100 26 Motorola Development Tools Selector Guide 5 M68HC11 M68HC11 Development Systems and Tools HC11 Evaluation Boards (EVB/EVBU) System Requirements This M68HC11 M68HC11 Evaluation Board (EVB) and Universal Evaluation Board (EVBU) are economical boards for evaluating code destined for the following members of the M68HC11 M68HC11 family: Both the EVB and the EVBU use an RS-232C RS-232C I/O-compatible external terminal or a host computer running such a terminal program. For the EVBU, a +5-volt DC power supply is needed; for the EVB, the power supply must provide +5-volt DC, +12-volt DC, and ­12-volt DC. s MC68HC11A8 MC68HC11A8 s MC68HC11E9 MC68HC11E9 Selecting and Ordering the Right Board s MC68HC711E9 MC68HC711E9 s MC68HC811E2 MC68HC811E2 To order the EVB or EVBU for evaluation of one of the four M68HC11 M68HC11 devices for which they can be used, simply indicate the required part number: The EVB comes with an on-board MC68HC11A8 MC68HC11A8, and the EVBU comes with an on-board MC68HC11E9 MC68HC11E9. These boards feature: s The BUFFALO ROM monitor program, which resides in the on-board MC68HC11 MC68HC11, provides one-line assembly, disassembly, and debugging commands to simplify debugging and evaluation of M68HC11 M68HC11 MCUs. s MC68HC11EVBU MC68HC11EVBU ­ Contains a wire-wrap area for system development use. Built-in RS-232C RS-232C I/O port circuitry that supports communication and data transfers between the EVB/EVBU and the external terminal or host computer. s s MC68HC11EVB MC68HC11EVB ­ Includes one flat-ribbon cable for target use. Either expanded mode of operation, with full bus access for debugging and evaluation (EVB), or single-chip (I/O only) mode of operation (EVBU). s s In the EVBU, a wire-wrap area for MCU custom interfacing, with a hole pattern that allows installation of most DIP sockets, strip sockets, headers, and connectors. This interfacing takes advantage of the MCU I/O port connector. Motorola Development Tools Selector Guide 27 6 M68HC12 M68HC12 Development Tools 6 M68HC12 M68HC12 Development Tools In this section you'll learn about the development tools used to design, debug, and evaluate embedded systems based on MCUs in the M68HC12 M68HC12 family of microcontrollers. Currently, there is one device in this family-the MC68HC12A4 MC68HC12A4. Additional M68HC12 M68HC12 derivatives are in the works, as are additional development tools. s Two Serial Communications Interface (SCI) ports for environments in which the MCU's single-wire background debug mode (BDM) interface serves as the user interface. This mode requires a tool such as the SDI for background debugging, along with a host computer running the appropriate interface software. The tools presented here include: s Two methods for generating EVB user code: s s s Motorola 68HC812A4 68HC812A4 Evaluation Board (M68HC812A4EVB M68HC812A4EVB) ­ This low-cost board supports the evaluation of code destined for the 68HC812A4 68HC812A4. · For small programs or subroutines, DBug12 can be used to place object code directly into memory. · For larger programs, the Motorola MCUasm Motorola 68HC912B32 68HC912B32 Evaluation Board (M68EVB912B32 M68EVB912B32) ­ This economical tool enables programmers to design and debug code for the 68HC912B32 68HC912B32 MCU, and to evaluate the MCU's operation. Serial Debug Interface (SDI) ­ The SDI can be used for development on 68HC812A4 68HC812A4 and 68HC912B32 68HC912B32 devices and for all devices within the 68HC16 68HC16 and 68300 MCU families. SDI makes use of the background debug mode (BDM) provided on these microcontrollers to dramatically reduce development time. assembler (described on page 9) can be used on a host computer to generate S-Record object files that DBug12 then loads into memory. The DBug12 monitor program is included with the 68HC812A4 68HC812A4 EVB package. DBug12 is an EPROM-resident monitor program that enables writing, debugging, and programming of the 68HC812A4 68HC812A4's on-chip EEPROM through commands that directly alter memory. Note: M68HC812A4 M68HC812A4 Evaluation Board The M68HC812A4 M68HC812A4 EVB is used to design, debug, and evaluate embedded systems based on the 68HC812A4 68HC812A4. By providing the essential MCU timing and I/O circuitry, the EVB simplifies user evaluation of prototype hardware and software. s s 28 M68HC812A4 M68HC812A4 EVB System Requirements The M68HC812A4 M68HC812A4 EVB requires: s RS-232C RS-232C compatible terminal or a 486-based or higher host PC capable of running an RS-232C RS-232C compatible terminal program s a serial communication port s RS-232C RS-232C compatible cables Optionally, the ability to accommodate various types and configurations of external memory to suit a particular application's requirements. s +3.5 to +5-volt external power supply An EPROM-resident monitor program, DBug12, which is completely factory-configured and ready to use with an RS-232C-compatible terminal for writing and debugging user code. To order the evaluation board for the MC68HC812A4 MC68HC812A4 MCU device, simply specify the following part number: M68HC12A4EVB M68HC12A4EVB. Orders will include all the tool's hardware and software components. Features s DBug12 does not use the BDM interface. A prototype area that enables custom interfacing with the MCU's I/O and bus lines. These connections are broken out via on-board headers, which are immediately adjacent to the prototype area. Ordering an M68HC812A4 M68HC812A4 Evaluation Board Motorola Development Tools Selector Guide 6 M68HC12 M68HC12 Development Tools M68EVB912B32 M68EVB912B32 Evaluation Board s Two methods for generating EVB user code: · For small programs or subroutines, DBug12 can be The M68EVB912B32 M68EVB912B32 is used to design, debug, and evaluate code for the 68HC912B32 68HC912B32 MCU. By providing the essential MCU timing and I/O circuitry, the EVB simplifies user evaluation of prototype hardware and software. used to place object code directly into memory. · For larger programs, the IASM12 IASM12 assembler can be used on a host computer to generate S-Record object files. DBug12 can then be used to load the S-Record files into the EVB's memory. Features The tool features a prototype area that enables custom interfacing with the MCU's I/O and bus lines. These connections are broken out via on-board headers, which are immediately adjacent to the MCU. The M68EVB912B32 M68EVB912B32 includes these additional features: s 32 kilobytes MCU internal FLASH EEPROM with resident DBug12 monitor/debugger program s s RS-232C RS-232C interface s The M68EVB912B32 M68EVB912B32 evaluation board comprises three main components: +3 to +5-volt DC operation s Hardware and Software Components Hardware ­ The board is a multilayered printed circuit board that provides interface and power connections to the 68HC912B32 68HC912B32 MCU chip, which is mounted on the board. Board dimensions are 5.15 x 3.4 inches (13.08 x 8.63 centimeters). four operational modes: · EVB reset switch prototype area · JUMP-EEPROM MC68HC912B32 MC68HC912B32 MCU · POD-BDM · BOOTLOAD Note: s If the M68HC912B32 M68HC912B32's background debug mode (BDM) interface serves as the user interface, the SCI port becomes available for user applications. This mode requires a background debug development tool, such as Motorola's SDI interface, and a host computer with the appropriate software or another B32EVB B32EVB. header connectors for access to the MCU's I/O and bus lines s on-board prototype area for customized interfacing with the MCU s low-voltage inhibit protection s full support for either dumb terminal or host computer terminal interface s file transfer capability from a host computer, allowing off-board code generation Motorola Development Tools Selector Guide background debug mode out RS-232C RS-232C DB-9 connector power connector s background debug mode in VPP input Firmware ­ DBug12, the EVB's firmware-resident monitor program, lets programmers write, evaluate, and debug user programs. DBug12 requires no configuration - it comes from the factory ready to use with an RS-232C RS-232C terminal. DBug12 allows programming of the MC68HC912B32 MC68HC912B32's on-chip FLASH EEPROM through commands that directly alter memory. Note: DBug12 does not use the BDM interface. 29 6 M68HC12 M68HC12 Development Tools Software ­ The IASM12 IASM12 assembly language toolset provides an integrated development environment, including: Hardware and Software Components · project manager (MCUproject) s 6-pin interface connector for M68HC12 M68HC12 MCU devices · relocatable macro-assembler (MASM) s s 10-pin interface connector for M68HC16 M68HC16 or M68300 M68300 MCU devices s SDBug software, which supports source-level debugging and on-board device and flash EEPROM programming The SDI comes with: · linker (MLINK) · librarian (AR) · Motorola S-Record generator (HEX) Note: M68EVB912B32 M68EVB912B32 System Requirements SDBug is ordered separately. The M68EVB912B32 M68EVB912B32 evaluation board requires: RS-232C RS-232C compatible terminal or a 386-based or higher host PC capable of running an RS-232C RS-232C compatible dumb terminal emulator. System Requirements s a serial communication port The SDI requires: s RS-232C RS-232C compatible, 6-pin BDM target cable s 486-based or higher PC running DOS 5.0 or higher s +3 to +5-volt DC @ 100 mA (maximum) external power supply s RS-232C RS-232C serial port for communications I/O s +5-volt power supply (when the low-voltage version is being used). s Ordering an M68EVB912B32 M68EVB912B32 Evaluation Board To order the evaluation board for the 68HC912B32 68HC912B32 MCU device, specify the following part number: M68EVB912B32 M68EVB912B32. Orders will include all the tool's hardware and software components. Serial Debug Interface (SDI) Motorola's SDI is a serial in-circuit debugger that uses the background debug mode (BDM) on M68HC12 M68HC12, M68HC16 M68HC16, and M68300 M68300 microcontrollers, allowing quick verification and updating of embedded software applications. When used with compatible debug software, the SDI allows users to view and modify applications on the fly-reducing development time and speeding time to market. Selecting and Ordering the SDI Choosing the correct SDI for a particular development project depends on two factors: s s the MCU device family upon which the target application is based the SDI voltage version that is needed. Note: The SDI hardware and software are ordered separately. BDM is a feature of Motorola's M68HC12 M68HC12, M68HC16 M68HC16, and M68300 M68300 MCU embedded breakpoint and trace hardware. Voltage Hardware SDBug Software M68HC12 M68HC12 5V M68SDI M68SDI M68SDBUG12AB M68SDBUG12AB M68HC12 M68HC12 2.7­5.5V M68SDIL M68SDIL M68SDBUG12AB M68SDBUG12AB 5V M68SDI M68SDI M68SDBUG16AB M68SDBUG16AB M68HC16 M68HC16 2.7­5.5V M68SDIL M68SDIL M68SDBUG16AB M68SDBUG16AB M68300 M68300 5V M68SDI M68SDI M68SDBUG32AB M68SDBUG32AB M68300 M68300 30 MCU family M68HC16 M68HC16 A user connects the SDI in-line between the computer's serial port and the target system's BDM connector. The tool is available in 5-volt-only and low-voltage (2.7­5.5-volt) versions. 2.7­5.5V M68SDIL M68SDIL M68SDBUG32AB M68SDBUG32AB Motorola Development Tools Selector Guide 7 M68HC16 M68HC16 and M68300 M68300 Development Systems and Tools 7 M68HC16 M68HC16 and M68300 M68300 Development Systems and Tools The following systems and tools for use with Motorola's M68HC16 M68HC16 and M68300 M68300 microcontroller families are described in this section: s two cables and 16 logic clips for individual signal selection s built-in power supply Motorola Modular Development System (MMDS1632 MMDS1632) ­ This powerful, full-featured development system supports hardware and software emulation for target systems based on an MCU of either family. s power-on self test s s s s Modular Evaluation Board (MEVB1632 MEVB1632) ­ Developers can economically design, debug, and evaluate target M68HC16- M68HC16- and M68300-based systems using this MEVB. Hardware and Software Components The MMDS1632 MMDS1632 hardware comprises three separately purchased components: s Serial Debug Interface (SDI) ­ Suitable for development for all devices within the M68HC16 M68HC16 and M68300 M68300 MCU families, the SDI makes use of the background debug mode (BDM) to dramatically reduce development time. Station module (M68MMDS1632 M68MMDS1632) ­ This metal case contains the target control board (TCB) and a 90- to 264-volt AC internal power supply. The station module comes with this equipment: · two TCB ribbon cables M68300 M68300 development system products ­ These systems provide low-cost solutions for evaluating the M68331 M68331, M68332A M68332A, and M68332G M68332G devices of the M68300 M68300 family. · two logic clip cable assemblies · RS-232C RS-232C serial cable (9-lead) · RS-232C RS-232C adapter (9- to 25-pin) In addition to describing the M68HC16 M68HC16 and M68300 M68300 development systems and tools, this section explains how to identify and order the components needed to use the systems for a particular development effort. · an AC power cable. A connector on the enclosure provides +5-volt DC power. The station module works across all devices of the M68HC16 M68HC16 and M68300 M68300 families, and once purchased it can be used to develop any number of applications based on an MCU of these families. MMDS1632 MMDS1632 Modular Development System The MMDS1632 MMDS1632 enables complete MCU emulation, including analog and digital functions. It uses an active probe with a variety of microcontroller personality modules to emulate different devices. An integrated development environment (IDE) significantly reduces the time required for developing and debugging an embedded MCU application. logic clip B The MMDS1632 MMDS1632 features: s logic clip A real-time, nonintrusive, in-circuit emulation at the MCU's operating frequency s real-time read/write emulation memory s complete MCU emulation, including reset and analog/ digital functions MCU personality board real-time bus state analysis s MMDS Station Module s four hardware breakpoints s background debug mode operation s C source-level debug with HI-CROSS C compiler target control board Motorola Development Tools Selector Guide s MCU personality board (MPB) ­ A device- and package-specific board that defines the MCU to be evaluated. The MPB must be purchased separately. 31 7 M68HC16 M68HC16 and M68300 M68300 Development Systems and Tools · Rigid flex cable ­ The most advanced PPB, providing Note: The following components must be purchased separately from the station module. Consult the table on page 33 to correctly order the appropriate MMDS1632 MMDS1632 system. optimal impedance advantages Package Personality Board s Package-specific personality board (PPB) ­ The PPB provides the connection between the station module and the target system. Two types of PPB are available, each using a different connection method: rigid flex cable · Direct Connect ­ The most economical PPB target socket connector Package Personality Board TQsocket with guide pins TQ Pack TQ socket with guide pins TQ Pack MMDS1632 MMDS1632 software components, which come with the system, include: s to target board s HIWARE integrated design environment (IDE). An editor, assembler, and graphical C source-level debugger significantly reduce development time. MCUinit register initialization software lets developers generate startup code, edit registers, and access online reference manuals. System Requirements The MMDS1632 MMDS1632 requires a 486-based PC running DOS 5.0 or later or Windows 3.1 or later. The software requires about 20 MB hard disk space. Also required are 8 MB RAM and a serial communication port (COM1, COM2, COM3, or COM4). 32 Motorola Development Tools Selector Guide 7 M68HC16 M68HC16 and M68300 M68300 Development Systems and Tools The Key Is MODULARITY Devising an MMDS1632 MMDS1632 Development System The MMDS1632 MMDS1632 core station module covers the entire spectrum of devices in the M68HC16 M68HC16 and M68300 M68300 microcontroller families and can be reused for multiple development projects involving these devices. The modular components-the MPB and the PPB-must be ordered separately. Here are the steps for putting together a complete MMDS1632 MMDS1632 system. The table below, Selecting MMDS1632 MMDS1632 Components, helps with the details. Using the table as a guide, follow these steps: Step 2. Select the microcontroller personality board (MPB) that goes with the device. Each device requires its own MPB, which is used only with that device. Each time a different MCU of either family is emulated, a new MPB must be ordered. Step 3. Decide which connection method is most appropriate. Choose from among the lowest-cost Direct Connect, the higherspeed woven cable, and the most advanced rigid flex connection methods. Step 4. Pick the PPB that provides the desired connection method. Note: Step 1. Order the MMDS1632 MMDS1632 station module. Regardless of which M68HC16 M68HC16 or M68300 M68300 MCU is right for a project, the core station module is always the same: the M68MMDS1632 M68MMDS1632. As you consult this table, remember that all MMDS1632 MMDS1632 systems require the core station module: M68MMDS1632 M68MMDS1632. Choose other components based on the device to be emulated and the appropriate connection method. Selecting MMDS1632 MMDS1632 Components Device Package MMDS Station Module MPB PPB (Connection Method) 68HC16S2 68HC16S2 100 TQFP (PU) M68MMDS1632 M68MMDS1632 M68MPB16S2B M68MPB16S2B X68PPB16PUBG X68PPB16PUBG (Rigid-Flex) 68HC16Y1 68HC16Y1 160 QFP (FT) M68MMDS1632 M68MMDS1632 M68MPB16Y1B M68MPB16Y1B X68PPB16FTAD X68PPB16FTAD (TQ PACK) M68PPB16FTAG M68PPB16FTAG (Rigid-Flex) 68HC16Z1 68HC16Z1 132 PQFP (FC) M68MMDS1632 M68MMDS1632 M68MPB16Z1B M68MPB16Z1B X68PPB16FCAD X68PPB16FCAD (TQ PACK) M68PPB16FCAG M68PPB16FCAG (Rigid-Flex) 68331 132 PQFP (FC) M68MMDS1632 M68MMDS1632 M68MPB331B M68MPB331B M68PPB32FCAD M68PPB32FCAD (TQ PACK) M68PPB32FCAG M68PPB32FCAG (Rigid-Flex) 68332A 132 PQFP (FC) M68MMDS1632 M68MMDS1632 M68MPB332AB M68MPB332AB M68PPB32FCAD M68PPB32FCAD (TQ PACK) M68PPB32FCAG M68PPB32FCAG (Rigid-Flex) 68332G 68332G 132 PQFP (FC) M68MMDS1632 M68MMDS1632 M68MPB332GB M68MPB332GB M68PPB32FCAD M68PPB32FCAD (TQ PACK) M68PPB32FCAG M68PPB32FCAG (Rigid-Flex) 68F333C 68F333C 160 QFP (FT) M68MMDS1632 M68MMDS1632 M68MPBF333C M68MPBF333C X68PPB32FTAD X68PPB32FTAD (TQ PACK) M68PPB32FTBG M68PPB32FTBG (Rigid-Flex) 68376 160 QFP (FT) Motorola Development Tools Selector Guide M68MMDS1632 M68MMDS1632 M68MPB376GB M68MPB376GB M68PPB32FTCG M68PPB32FTCG (Rigid-Flex) 33 7 M68HC16 M68HC16 and M68300 M68300 Development Systems and Tools MEVB Modular Evaluation Board The MEVB is an integrated solution for designing, debugging, and evaluating MCU operations of the M68HC16 M68HC16 and M68300 M68300 families. It also helps developers evaluate and debug code to be programmed into these MCUs. To simplify and speed evaluations, the MEVB provides microcontroller timing and port replacement circuitry. Additional MEVB features include: host computer 10-pin background debug mode connector s support for several sizes and types of memory device (RAM, EPROM, flash EEPROM), selectable via jumpers. s seven software breakpoints s logic analyzer connection for all MCU pins s on-board MCU and flash EEPROM programming s wire-wrap area The M68HC1632 M68HC1632 MEVB ICD software lets users: s background debug mode operation s single-step through code s trace instructions s modify memory s set and count passes through breakpoints s measure time between breakpoints s step through RAM s debug source code to PC serial port Hardware and Software Components A complete MEVB consists of three components, all of which come with the package (ordered with a single part number-see the table on page 35): s s s Modular Platform Board (MPFB1632 MPFB1632) ­ Printed circuit board that provides interface and power connections for the MPB. The MPFB is not device-specific; it works with the full spectrum of devices of the M68HC16 M68HC16 and M68300 M68300 MCU families. Moreover, an MPFB can be reused in multiple projects involving different devices in these families. MCU Personality Board (MPB) ­ A device- and package-specific board that defines the MCU to be evaluated. A plastic overlay is also included, which labels pin-outs for the MPFB logic analyzer connectors specific to the MCU. MEVB System Requirements The MEVB requires a 386-based or higher host PC running DOS 3.3 or later, at least 1 MB RAM, at least 10 MB hard disk space, a parallel communication port, and this external power supply: +5-volt DC (+10%) @1.0 amp (max.) current limited @ 1.5 amps. In-circuit debugger (ICD16 ICD16 and ICD32 ICD32) ­ Full background debugger, also not device-specific, which consists of a printed circuit board, a cable, and development software. The circuit board and cable connect a host computer's parallel port to the MPFB background debug mode connector. ICD16 ICD16 is for MCUs in the M68HC16 M68HC16 family; ICD32 ICD32 is for M68300 M68300 MCUs. ICD type MCU family used with Programmer included Assembler included ICD16 ICD16 M68HC16 M68HC16 PROG16 PROG16 IASM16 IASM16 ICD32 ICD32 34 ICD connector M68300 M68300 PROG32 PROG32 IASM32 IASM32 Motorola Development Tools Selector Guide 7 M68HC16 M68HC16 and M68300 M68300 Development Systems and Tools Ordering an MEVB1632 MEVB1632 Modular Evaluation Board Serial Debug Interface (SDI) The MPFB core module covers the entire spectrum of devices in the 68HC16 68HC16 and 68300 microcontroller families and can be used for multiple development projects involving these devices. The modular components-the MPB and the ICD-must be ordered separately. Motorola's SDI is a serial in-circuit debugger that makes use of the background debug mode (BDM) on M68HC12 M68HC12, M68HC16 M68HC16, and M68300 M68300 microcontrollers, allowing quick verification and updating of embedded software applications. When used with compatible debug software, the SDI allows users to view and modify applications on the fly-reducing development time and speeding time to market. To put together a complete MEVB1632 MEVB1632 system, consult the table below, Ordering an MEVB1632 MEVB1632 Modular Evaluation Board, as you follow these steps: Step 1. Order the M68MPFB1632 M68MPFB1632 core module. Regardless of which 68HC16 68HC16 or 68300 MCU is right for a project, the core module is always the M68MPFB1632 M68MPFB1632. Step 2. Select the microcontroller personality board (MPB) that goes with the device. Each device requires its own MPB, which is used only with that device. Each time a different MCU of either family is emulated, a new MPB must be ordered. Step 3. Select the appropriate in-circuit debugger (ICD). The ICD16 ICD16 is for use with the M68HC16 M68HC16 family of microcontrollers. The ICD32 ICD32 is for use with the M68300 M68300 family of microcontrollers. For a full description of this powerful debugging tool with ordering information, see "Serial Debug Interface (SDI)" on page 30. M68300 M68300 Development Systems The 68300 development systems provide low-cost solutions for evaluating the 68331, 68332A, and 68332G 68332G devices of the M68300 M68300 family. Hardware and Software M68300 M68300 development system hardware comprises these components, all ordered separately: s Ordering an MEVB1632 MEVB1632 Modular Evaluation Board In addition to the MPFB (M68MPFB1632 M68MPFB1632): Emulated MCU (Package) MPB ICD 68HC916X1 68HC916X1 [ 120 PQFP (FH) ] M68MPB916X1C M68MPB916X1C M68ICD16 M68ICD16 68HC16S2 68HC16S2 [ 100 TQFP (PU) ] M68MPB16S2B M68MPB16S2B M68ICD16 M68ICD16 68HC16Y1 68HC16Y1 [ 160 PQFP (FT) ] M68MPB16Y1B M68MPB16Y1B M68ICD16 M68ICD16 68HC16Z1 68HC16Z1 [ 132 PQFP (FC) ] M68MPB16Z1B M68MPB16Z1B M68ICD16 M68ICD16 68331 [ 132 PQFP (FC) ] M68MPB331B M68MPB331B M68ICD32 M68ICD32 68332A [ 132 PQFP (FC) ] M68MPB332AB M68MPB332AB M68ICD32 M68ICD32 68332G 68332G [ 132 PQFP (FC) ] M68MPB332GB M68MPB332GB M68ICD32 M68ICD32 68F333 68F333 [ 160 PQFP (FT) ] M68MPBF333C M68MPBF333C M68ICD32 M68ICD32 68334 [ 132 PQFP (FC) ] M68MPB334B M68MPB334B M68ICD32 M68ICD32 68336 [ 160 PQFP (FT) ] M68MPB336GB M68MPB336GB M68ICD32 M68ICD32 68376 [ 160 QFP (FT) ] M68MPB376GB M68MPB376GB Platform board (PFB) ­ Printed circuit board that has connectors for the Business Card Computer (BCC), an external power connector, two RS-232C RS-232C I/O ports, a background debug mode interface port, an M68881 M68881 or an M68882 M68882 coprocessor, and a logic interface. Sockets on the PFB allow the user to increase BCC memory via RAM or EPROM. M68ICD32 M68ICD32 Motorola Development Tools Selector Guide s Business Card Computer (BCC) ­ Small printed circuit board that plugs into the PFB. The BCC contains this equipment: · microcontroller · on-board memory · serial-level converter circuitry · 4-pin serial-communication connector · RS-232C RS-232C terminal/host computer I/O port · background debug mode interface port. 35 7 M68HC16 M68HC16 and M68300 M68300 Development Systems and Tools Two types of BCC are available: System Requirements · M68BCC331 M68BCC331, which includes: Using an M68300 M68300 development system requires a terminal or a host computer with terminal emulation. Also required are an RS-232C RS-232C communications cable and a +5-volt DC at 500 MA power supply. - MC68331 MC68331 MCU - 65K x 16-bit MCU - 32K x 16-bit byte-addressable RAM · M68BCC332A M68BCC332A and M68BCC332G M68BCC332G, which include: - MC68332A MC68332A or MC68332 MC68332