tailieunhanh - XBee/XBee‐PRO Code Development

XBee/XBee-PRO Code Development, Software Development Tools, Using the MaxStream Bootloader, XBee/XBee-PRO Hardware Components, Freescale SMAC, As the main contents of the document "XBee/XBee‐PRO Code Development". Invite you to refer to the lecture content more learning materials and research. | XBee XBee-PRO Code Development Contents XBee XBee-PRO Code Development 2 Software Development Tools 2 Using the MaxStream Bootloader 2 XBee XBee-PRO Hardware Components 3 Freescale SMAC 5 Freescale PHY and MAC 6 Figure 8 ZigBee Stack 8 MaxStream PHY Low Power Operation 10 Application Low Power Notes 10 RS-232 and USB Interface Boards 11 Appendix A Reference Schematics 12 Technical Support Live Chat E-mail rf-xperts@ Phone 801 765-9885 M100320 Maxstream XBee XBee-PRO Code Development Three methods of software development are available to customers wanting to develop their own application to the XBee or XBee-PRO Module. Customer applications should be written to interface to one of the following software interfaces Freescale-provided SMAC Freescale PHY and MAC Figure 8 ZigBee stack The software can be downloaded from Freescale s website . This manual will discuss how to interface the XBee module to each piece of code and how the XBee and XBEE-PRO interface with MaxStream XBIB and XBIB-DEV interface boards. Software Development Tools Software development for the XBee or XBee-PRO Module should be done using the Metrowerks CodeWarrior Development Studio for HC S 08 Microcontrollers. When developing using the Freescale-provided SMAC method the free version version CWX-H08-SE may suffice. All other development most likely should be done using CodeWarrior version CWS-H08-C64K-CX. Other versions of CodeWarrior include simulation and additional development tools however the cited CodeWarrior versions support the minimum requirements. The Freescale Software is available for download at the following URL codewarrior. Two tools exist for downloading code to the XBee or XBee-PRO Modules. A P E Microsystems Inc. USB HCS08 HCS12 Multilink programmer debugger can be used to program the modules. All MaxStream XBIB interface boards contain a six-pin header that will .