User Guide Bluetooth IO Development Board
Contents
1. SW1 SW6 SWS SW14 Voltage regulator 3 3VDC DSR X DTR RTS X CTS 10 0 10 1 Switches 10 4 10 6 10 0 10 1 10 8 10 15 10 4 10 6 10 Header list External LED Switch Header list J6 J7 D Sub9 Male 2 1mm Power jack 09 08 Figure 2 Block diagram of the Bluetooth IO Development Board Notice that this is only a symbolic diagram and all components are not included Version 1 0 2006 12 2 Electrical Interface and Connectors 2 1 Configuration Each IO is configured to be an input or output The Bluetooth IO Development Board hardware configuration needs to match the software configuration of the Bluetooth IO module The Bluetooth IO Development Board is configured with the DIP switches SW7 and SW8 see Table 1 and see the Bluetooth IO Module Functional Description and AT Commands Specification for info how to configure the module In the factory configuration one board is configured as a client one as a server The client board is factory configured with the 6 first IOs as outputs and the 6 last IOs as inputs and the reverse configuration on the server board see Table 1 The client module can also be detected by powering only one device at a time and the client module should turn the Status LED see section 2 3 blue for 5 seconds 2 2 IOs The Bluetooth IO Development Board is equipped with LEDs switches and pin lists for each IO It is also possible to connect external LEDs and switches to some of t2. about Bluetooth Ol hardware The hardware is the same as the OEM Serial Port Adapter Read this document if you are interested in the mechanical and electrical specification of the Bluetooth 10 1 3 Quick start The boards are factory configured with one board as a client and one as a server The client is configured to connect to the server the client module can be detected by power on only one device at a time and the client module should turn the Status LED see section 2 3 blue for 5 seconds The client board is also factory configured with the 6 first IOs as outputs and the 6 last IOs as inputs and the reverse configuration on the server board see Table 1 To test the functionality on the Development Board follow the simple steps below 1 Connect the power cable to the Development Board 2 Press on the buttons SW1 SW6 10 0 IO 1 10 4 10 6 10 8 10 9 on the server board which is configured as input on the server board The LEDs on client will light according the button presses 3 Test the inputs on the client board SW9 SW 14 10 10 10 15 in the same way Version 1 0 2006 12 5 1 4 Hardware overview 0 AS272 WW SOMA Dory ere LEDS ang Wilofes Figure 1 The Bluetooth IO Development Board disposition Version 1 0 2006 12 1 5 Block Diagram Bluetooth IO Development Board Bluetooth IO Bluetooth radio Baseband supply Configuration SW7 SW8 Ho Restore le SW15
3. INDUSTRIAL BLUETOOTH Bluetooth Bluetooth IO Development Board cB 0911 User Guide connectBlue Bluetooth IO Development Board cB 0911 User Guide Copyright 2006 connectBlue AB The contents of this document can be changed by connectBlue AB without prior notice and do not constitute any binding undertakings from connectBlue AB connectBlue AB is not responsible under any circumstances for direct indirect unexpected damage or consequent damage that is caused by this document All rights reserved Release 2006 12 Document version 1 0 Document number cBProduct 061 1 03 Trademarks Registered trademarks from other companies are Bluetooth is a trademark owned by the Bluetooth SIG Inc Microsoft Windows Windows NTTM Windows 20007 Windows CE Windows MET are registered trademarks from Microsoft Corporation Contents 1 Introduction 1 1 Bluetooth IO Development Kit 1 2 Related Documents rent en dees E 1 3 Quick St rt nasse nee rennen nahen 1 4 Hardware overvieWi asiin sn ratimnateedtas lation ete 1 5 Bl ck Diagram 4 444 echo ke Electrical Interface and Connectors Serial Port Adapter Functional Serial Port Blueto th I Module 22 12 22 Power Supply Version 1 0 2006 12 1 Introduction This documents describes the user functionality of the Bluetooth IO Development Board which is used to verify applications ba
4. he IOs see Table 1 Table 1 Signals on J2 Signal Configuration LED Switch Signal pin External Factory DIP switch number J6 LED SW pin configuration number J7 10 0 SW8 6 LD1 SW1 1 LED 9 Client Output SW 1 Server Intput Conf 10 10 1 SW8 5 LD2 SW2 2 LED 11 Client Output SW 3 Server Intput Conf 12 10 2 Used for Green LED Restore Default Settings and not available as IO 10 3 Used for Blue LED and not available as IO 10 4 SW8 4 LD3 SW3 5 LED 13 Client Output SW 5 Server Intput Conf 14 10 5 Used for UART TxD and not available as IO 10 6 SW8 3 LD4 SWA 7 LED 15 Client Output SW 7 Server Intput Conf 16 10 7 Used for UART RxD and not available as IO 10 8 SW8 2 LD5 SW5 9 Client Output Server Intput 10 9 SW8 1 LD6 SW6 10 Client Output Server Intput Version 1 0 2006 12 8 Signal Configuration LED Switch Signal pin External Factory DIP switch number J6 LED SW pin configuration number J7 10 10 SW7 6 LD7 SW9 11 Client Input Server Output 10 11 SW7 5 LD8 SW10 12 Client Input Server Output 10 12 SW7 4 LD9 SW11 13 Client Input Server Output 10 13 SW7 3 LD10 SW12 14 Client Input Server Output 10 14 SW7 2 LD11 SW13 15 Client Input Server Output 10 15 SW7 1 LD12 SW14 16 Client Input Server Output RESET SW15 17 VCC_3V3 20 2 4 6 8 20 GND 19 19 Possible to use as 10 with alternative mounting please contact connectBlue for
5. more info 2 3 Serial Port Adapter Functionality The Bluetooth IO modules are based on the connectBlue OEM Serial Port Adapter cB OEMSPA products and the IO functionality is added on top of the cB OEMSPA see the Serial Port Adapter AT Commands document The serial settings can be restored to factory settings 57600bits s 8 data bits 1 stop bit no parity with the Restore switch SW16 and the status is indicted with Status RGB LED the red LED is not used 2 4 Serial Port The serial port of the Bluetooth IO module is accessible via a D Sub9 male connector on the Development Board to be able to configure the module and upgrade the firmware Only the data signals RxD and TxD are available The flow control and modem signals are crossed on the Development Board see Figure 2 2 5 Bluetooth IO Module The Bluetooth IO module should be mounted with two M2 screws on the J5 connector See Figure 1 for the orientation of the module 2 6 Power Supply The development board can be supplied with the delivered USB to 2 1mm power jack cable The USB connector should be connected to a USB port that can deliver 100mA The Development Board requires 5 0 0 5 VDC 100mA power supply Version 1 0 2006 12
6. sed on the Bluetooth IO Module See Related Documents below for more info about the functionality of the Bluetooth IO The Bluetooth IO Development Board is equipped with LEDs switches and pin lists for each IO It is also possible to connect external LEDs and switches to some of the IOs see section 2 2 for more info 1 1 Bluetooth IO Development Kit The Bluetooth IO Development Kit contains Two Bluetooth IO Development Boards Two Bluetooth IO Modules mounted on the Development Boards One serial null modem cable Used for configuring the modules Two USB power supply cables Used to power supply the boards from a USB port One CD Containing manuals firmware and software tools 1 2 Related Documents The Bluetooth IO Module Functional Description and AT Commands Specification describes the functionality of the Bluetooth IO Module The Bluetooth IO functionality is implemented using a simple protocol on top of the Bluetooth Serial Port Profile SPP Much of the functionality remains the same as for the standard SPA but additionally to this it is possible to use some of the connectors as inputs or outputs The Serial Port Adapter AT Commands document contains a description of the AT commands supported in the Serial Port Adapter It also contains information on how to use the AT commands to create Bluetooth applications The OEM Serial Port Adapter Electrical amp Mechanical Datasheet contains important information
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