Fieldbus Development Toolkit

(4) Testing and debugging environment: Profibus system, FF system

(3) ARM emluator

(2) FF Tokenizer DD development tool(including standard DD library and complier) V2.0 upwards (only for FF H1)

(1) ARM integration development tool

User needs to have:

(8) Source code for driving communication controller(C language)

(7) Operaing system interface

     c. User interface function

     b. Header

     a. Library file

(6) Interface library for function block

     c. User interface function

     b. Header

     a. Library file

(5) Communication stack library(FF H1 or Profibus PA)

(4) Function blcck source code (C language)

(3) Source code for device description(DDL language, only for FF H1)

(2) Device capacity file (CFF) description (only for FF H1)

(1) Hardware schematic diagram: PCB diagram

The toolkit Provides:

Development explanation

    (8) Standard function block interface

    (7) DD source file, CFF file and function block source file

    (6) Flexible function block

    (5) Standard function block and advanced function block

    (4) Transducer block

    (3) Standard FMS and SM service

    (2) Function block: FF interoperability test

    (1) Communication stack: FF conformance test

3. FF technical data:

2. Support operating system transplantation--- Nucleus PLUS is used.

1. Support Multi2000 complier

Software:

13. Support 2 kinds of communication controller: Smar FB3050 and Microcyber FBC0409

12. Supply to customer HW:3V, 10mV or 5V, 6mA

11. Current consumption: < or = 15mA

10. Power supply:9~32V

9. Support common I/O port

8. Support asynchrony serial interface, baud rate is changeable

7. Support stable data memory

6. RAM > OR =128K

5. Flash > or =256K

4. Discreter MAU

3. Support Atmel ARM7 series CPU

2. FFphysical layer conformance test

1. EMC certification and intrinsic safety certification

Hardware:

Product information

Useful documents include user manual of development toolkit and related documents of developing device.