User Guide Bx600 Breakout Board Series
Contents
1. U3 and the external components needed for proper operation and connection with the VCC supply net on the BL600 breakout board Note The decoupling capacitor C2 0 1uF 0402 should be fitted on the BB600 when connecting any VCC source Embedded Wireless Solutions Support Center 24 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird gt 4 2 1 External Supply 3 6V or Less J4 pin1 can be used to connect an external 3 6V supply when the CR1632 coin cell is not supported or not in use Note J4 2 0 mm pitch 2 pin header is not fitted J4 pin 1 and pin 2 can be accessed through PTH holes on any version of the BL600 breakout board Note that the square pad is pin 1 and the circular pad is pin 2 Figure 25 J4 pins 1 and 2 BA600 and BC600 come with components D1 and C3 fitted for the coin cell battery and no changes are required to support an external supply input at connector J4 coin cell MUST be removed The diode D1 can provide reverse current protection for the external supply while C3 can reduce VCC supply drops during BL600 radio operation The BB600 breakout board must have a regulated external supply capable of handling the demands of the BL600 radio during transmission bursts If there is any concern C3 can be placed to help stabilize VCC during2. document available from the Documentation tab of the BL600 product page identifies additional features and improvements available with this firmware image One key benefit of the v1 8 88 0 FW image is that firmware upgrades can now be completed 100 over the UART interface regardless of whether the underlying Nordic soft device has changed 2 OVERVIEW The Laird Bx600 series of BLE breakout boards provides a platform for rapid wireless connectivity prototyping providing multiple options for the development of Bluetooth Low Energy BLE applications based on Laird s BL600 BTv4 0 single mode modules More information regarding this product series including a detailed BL600 Hardware Integration Guide and smartBASIC Core and BL600 firmware specific User Guides are available from the Documentation tab of the Laird BL600 product pages The breakout board kit hardware is offered with the Laird BL600 SA 07 or higher hardware variant and smartBASIC runtime engine FW version v1 8 88 0 or greater 2 1 BA600 The BA6O00 variant incorporates all hardware options available in the BL600 Breakout Board design subsequent sections 2 2 BC600 and 2 3 BB600 will only list differences from this main description Embedded Wireless Solutions Support Center 4 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module La i
3. 54mm pitch brings out BL600 module VCC GND and UART pins TX RX CTS RTS The Laird FTDI board is USB PC to UART bridge that allows the BL600 07 module UART to interface with a PC USB Power supply options no added components needed Regulated 3 3V into J3 pin3 generated by Laird FTDI board from USB PC Coin cell battery holder fits CR1632 J2 fitted on underside of BA600 breakout board 1 8V to 3 6V range through J4 plated through hole Jumpers used to configure nAUtoRUN SIO_28 and vSP SIO_7 Analog input sensing with optional resistive divider R4 and R5 to scale down external voltages to below BL600 07 series module ADC pin maximum Note You must fit R5 and modify R4 value to scale See Appendix 5 1 for more information on ADC smartBASIC FW upgrade capability Via UART using the Laird FTDI USB UART bridge board smartBASIC application loading capability Via UART using the Laird FTDI USB UART bridge board Via Laird s vSP OTA app from Android or iOS or Laird Central role BLE radio running a smartBASIC vSP OTA script Embedded Wireless Solutions Support Center 5 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird 2 1 3 Understanding the BA600 0x Breakout Board with Coin Cell Holder and Laird FTDI USB U
4. com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird Figure 15 Coin cell battery slot 12 Using the Laird ToolKit Proximity app for example just to pick up the advert on Android search for the beacon If successful the BL600 beacon displays as shown in Figure 16 SF uf E 5 50 PM Select a Proximity device Name iBeacon Address D0 42 1B 96 C6 3C Figure 16 BL600 beacon Embedded Wireless Solutions Support Center 19 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module La i i d User Guide Go gt 3 4 VSP Command Mode This section discusses VSP Command mode through pulling SIO_7 high and nAutoRUN low Read this section in conjunction with the VSP Configuration chapter of the following guide User Guide smartBASIC BL600 Extensions Release 1 5 70 0 pdf Figure 17 shows the difference between VSP Bridge to UART mode and VSP OTA mode and how SIO_7 and nAutoRUN need to be configured to select between these two modes VSP Bridge to UART mode takes data sent from phone or tablet over BLE and sends to BL600 to be sent out of the BL600 UART therefore data not stored on BL600 VSP Command mode takes data sent from phone of tablet and sends to BL600 and stores that data in the BL600 The OTA An
5. radio transmissions otherwise C3 should not be fitted and a short should be placed across the D1 component pads The positive VCC supply lead will connect to J4 pin1 and the common or ground GND supply lead will connect to J4 pin2 4 2 2 External Supply Greater than 3 6V This is the use case where customer has external system VCC greater than 3 6V on any of the BL600 breakout board revisions WARNING If customer decides to use an off the shelf FTDI cable such as FTDI TTL 232R 3V3 which comes with a 6 pin 2 54mm pitch connector compatible with the J3 pitch and pinout pin 3 of this cable has 5V present on pin3 Connecting the TTL 232R 3V3 FTDI cable from the USB port into J3 including pin 3 on the BA600 0x BB600 0x or BC600 0x breakout board will damage the BL600 module due to over voltage at the VCC input Alternatively the below FTDI cables are safe 3 3V on pin3 to plug into J3 on the board TTL 232RG VSW3V3 WE 3 3V VCC TTL gt Wire Ended TTL 232RG VREG3V3 WE 3 3V VCC TTL gt Wire Ended For BL600 VCC operated at 1 8V operation below FTDI cable TTL 232RG VREG1V8 WE 1 8V VCC TTL gt Wire Ended Embedded Wireless Solutions Support Center 25 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird gt All BL600 breakout board versions will req
6. 0 Configuration Options Laird gt Firmware Upgrade BLEXX L 1 255 Upgrade File BLEOOM ergedS D and FF uwf E OF Figure 9 Device firmware configuration options Once the firmware upgrade is completed successfully the Upgrade Success message displays 5 Click Quit to close Laird Technologies Device Firmware Upgrade v3 50 Laird gt Firmware Upgrade Please click on the appropriate Button to continue Upgrade file ig BL600MerngedS D and PF uf Attached to comport 107 Attempting to convert module to flash upload mode Download tine 0 44 min sec Figure 10 Successful firmware upgrade 6 Verify the new FW has been loaded to the BL600 module by entering the command at i 3 If the upgrade is successful the terminal echoes the new version number Embedded Wireless Solutions Support Center 16 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module La i rd User Guide or u gt UwTerminal v6 93 Terminal BASIC Config About CTS DSR DCM Fi RTS DTR BREAK LocalEcho LineModel Clear ClosePort tight click for pop up menu for more COM107 9600 N 8 1 icr Figure 11 Verify loaded firmware 3 3 AutoRUN Function The nAUTORUN signal SIO_28 of BL600 pin 40 is brought out onto J5 pin 2 See the sc
7. 0 21 SIO_2 AIN 4 3 20 SIO_3 AIN 5 19 SIO _4 AIN 6 R4 0R 18 SIO_5 AIN 7 16 SIO_6 AIN 8 15 14 BL600 signal J5 13 GND Pin 1 i nAutoRUN SIO_28 Pin2 ii VCC 3 3V Pin 3 GND Pin 4 cut SIO_7 Pin 5 GND SIO _20 SIO_19 SIO_18 SIO_17 nRESET SIO_16 SIO_15 SIO 14 SIO_13 SIO_12 SPI_CLK SIO_11 SPI_MISO SIO_10 SPI_MOSI SIO_9 12C_SCL SIO_8 12C_SDA GND VCC 3 3V Pin 6 Figure 6 BL600 07 signals J3 on BA600 0x pin 1 on the left Pin 1 Pin 2 Pin 3 Pin 4 Pin 5 Pin 6 GND BL600 RTS SIO_23 VCC 3 3V input BL600 RX SIO_22 BL600 TX SIO_ 21 BL600 CTS S1024 Note The above shows the BA600 Breakout Board Below are differences for BC600 and BB600 BC600 breakout boards has only J3 removed BB600 removes J3 J5 and J2 coin cell holder as well as components R2 C2 D1 and C3 Embedded Wireless Solutions Support Center http ews support lairdtech com www lairdtech com bluetooth 14 Laird Americas 1 800 492 2320 Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird 3 2 UART smartBASIC Firmware Upgrade through Laird FTDI USB UART Bridge Board BL600 07 modules with smartBASIC runtime engine firmware version FWv1 8 88 0 or above is required that allows UART to be used to load and upgrade smartBASIC firmware as well as the underlying Nordic softdevice no JTAG interface is required gt A A TLILLP
8. 28 VCC 9 YAQVSH JOA Figure 18 SIO_7 is brought out onto J5 pin 5 To initiate Command mode follow these steps 1 Switch the BL600 out of autoRUN mode by doing the following a Remove the CR1632 coin cell battery b Move the nAutoRUN jumper between pins 2 and 3 of J5 to pull it high c Connect the BA600 0x to the Laird FTDI USB UART bridge board Figure 19 TTI p ANS Asit TIEA 2 endceeavaecadeat iC 19318 BL600 R 204 320049 ECE YTTTULIILLT Tt Figure 19 BA600 0x connected to the USB UART bridge board In UwTerminal you will notice that the BA600 0x is in Develop Interactive mode rather than AutoRUN mode Figure 20 UwTerminal v6 93 Sox Terminal BASIC Config About CTS DSR DCD RI ATS DTR BREAKS LocalEchoW LineModel Clear ClosePort COM107 9600 N 8 1 cr Tx 35 Rx 209 Figure 20 Develop Interactive mode Embedded Wireless Solutions Support Center 21 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide 13 14 15 16 17 18 19 20 21 22 Erase the previously loaded file using AF amp F Unplug the Laird FTDI USB UART bridge board Install jumper between pins 5 and 6 of J5 to pull SIO_7 high Install jumper between pins 1 and 2 of J5 to pull nAutoRUN low we s LARS t
9. 852 2923 0610
10. 940 Hong Kong Bx600 Series of Breakout Boards for BL600 module User Guide 7 ORDERING INFORMATION 8 ADDITIONAL DOCUMENTATION Laird gt BB600 Breakout Board for BL600 SA Module BC600 Breakout Board for BL600 SA including Coin Cell Holder BA600 Breakout kit for BL600 SA module including USB UART bridge board Laird offers a variety of documentation and ancillary information to support our customers through the initial evaluation process and ultimately into mass production Additional documentation can be accessed from the Documentation tab of the Laird BL600 Product Page or from the BL600 section of the Embedded Wireless Solutions Support Center BL600 Hardware Integration Guide smartBASIC BL600 Extensions Release 1 5 70 0 User Guide BL600 smartBASIC Module Release 1 5 66 0 User Guide BL600 DVK Board Revision 4 or Below User Guide smartBASIC Core Functionality User Guide StringPlayer User Guide BL600 DVK Board Revision 5 Quick Start Guide PPK BL600 Programming jig for BL600 modules Quick Start Guide BL600 DVK smartBASIC Proximity Profile Quick Start Guide BL600 DVK Heart Rate Quick Start Guide UwTerminal Application Note BL600 Cable Replacement Mode Application Note BL600 Recommended 128 bit Custom UUID Management Application Note Laird BL600 Range Testing Application Note BL600 Whisper Mode Application Note BL600 Using Notepad and Color Syntax Highlighting Application No
11. A gt A SI07CV VSOT Dopa S BB Si 31 q ie EEEIEI sr TI wom 8 05 R 204 320049 3d EATE M N BLB00 SA IC 19318 BL600 YN32 FCC ID PI4BL600 mh gt T em m N FETEST Figure 7 UART smartBASIC FW upgrade If newer than v1 8 88 0 BL600 smartBASIC firmware is available from the Software Downloads section of the Laird BL600 Series webpage you can then upgrade the firmware through the Laird FTDI USB UART bridge board by completing the following steps 1 Check the BL600 07 modules with smartBASIC runtime engine FW version by typing at i 3 g m UwTerminal v6 93 e oam a Terminal BASIC Config About CTS DSR DCD Ri RTS DTR BREAKS LocalEcho LineModel Clear ClosePort COM107 9600 N 8 1 cr Tx 8 Rx 23 Figure 8 Type ati 3 2 Close UwTerminal but do not disconnect the BA600 0x 3 With BA600 0x still connected to a PC through the Laird FTDI USB UART Bridge Board interface double click on to Laird utility BL6xxUartFwUpgrade exe 4 Select the COM port confirm the firmware version to be uploaded and click OK Embedded Wireless Solutions Support Center 15 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird Technologies Device Firmware Upgrade v3 5
12. ART Bridge Board This section describes the BA600 breakout board hardware options This breakout board is delivered with the BL600 07 series module loaded with integrated smartBASIC runtime engine firmware but no onboard smartBASIC application is loaded Note smartBASIC applications are simple and easy to develop for any BLE application Sample smartBASIC applications are available to download from the Laird BL600 product webpage or via the Laird global FAE network The following images show the BA600 breakout board from the top and bottom sides Shown with the Laird FTDI USB UART Bridge Board unconnected from J3 J5 AoESS to PTH via holes 1 27 mm pitch J2 CR1632 Battery Coin cell Holder SIO_7 pin 5 and SIO_28 bring out BL600 07 nAutoRUN pin 2 pins SIO_1 to SIO_8 and SIO_25 to SIO_30 n UJ eJ gt y d ti py S 05 jos d E T Ejn ts is tine A oO EE m P lt i a w paed o oY oO 2 YN32 iw g M N BL500 SAE N gt gt a m zaf eee x 4 NLU A 010 COLO amp e Top Bottom PTH via holes 1 27 mm pitch J3 UART bring out BL600 07 pins SIO_8 to SIO_20 Embedded Wireless Solutions Support Center 6 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide
13. ELTITTET E tan cfr H edon gt T 05 FCC ID PIABLSOO iC 19318 BL600 Jee o7 e Ea e s M N BLODO SA YN32 R 204 320049 Figure 13 Load smartBASIC application 7 In UwTerminal do a compile and download and select SautorunS iBeacon sb for example eu UwTerminal v6 93 Terminal Basic Config About CTS DSA DCO AI RTS DTR BREAK LocalEcho LineMode JE AT FWRH 0004000110D23000000000E922020 4 FWRH FELEFELEOL cL FWRH FE EFE AT FWRH 2076696 T FWRH 00000100852 T FWRH i AT FWRH 0110 OTE if 1O00100F6343C1 F3C1F01108060 iacege SFSF44 T FWRH OO OOE8220080 1514E 922440001 T Eo ee ee m rr m ut m m ar Thi T a E 3 Ce n y n Es 7 m mt i G Cc LI r f r r e ae 1 LEWR i JODADI 3 343009009001E j a5 TLEL Lr Lr Li Lr Lr f p n a i i Lr Li ie al LP Lo LS AT FWRH 20 53140110C 211000FB0007 008 004 C4 AT FWRH 10 0 BOCc920 T EWE R H AT EWR RA COM107 9600 N 8 1 cr Tx 38922 Figure 14 Compile and download 8 Verify that the application exists as Sautorun S by issuing at dir 9 Unplug the Laird FTDI USB UART bridge board 10 Install a jumper between pins 1 and 2 of J5 nAutoRUN set to Low to put module into autorun mode 11 Install a coin cell battery CR1632 Figure 15 in the slot on the bottom of the module Embedded Wireless Solutions Support Center 18 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech
14. Figure 1 BA600 breakout board 2 1 4 Understanding the Laird FTDI USB UART Bridge Board The following is a picture of the Laird FTDI USB UART bridge board supplied with the BA600 Top GND pin 1 Micro USB B_PC_CTS Pin 2 Type B 4 CC 3 3V Pin 3 USB_PC_TX Pin 4 USB_PC_RX Pin 5 USB_PC_RTS Pin 6 Bottom Seaegeseaagaeaaaaaa e BBs SB RAR SE SG 8 8 DIP Hh E m On Ot a0 oe cy kessy 280g ICi4j se Figure 2 FTDI USB UART bridge board supplied with the BA600 breakout board with integrated coin cell holder The BA600 is the only breakout board package that is supplied with the Laird FTDI USB UART bridge board which allows the BL600 series module to physically connect to a PC for ease of development The Laird FTDI USB UART bridge board provides USB to Virtual COM port conversion through a FTDI chip part number FT232R Any Windows PC XP or later should auto install the necessary drivers if your PC cannot locate the drivers you can download them from http www ftdichip com Drivers VCP htm Embedded Wireless Solutions Support Center 7 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird gt 2 1 5 Connecting the Breakout Board BA600 to the Laird FTDI USB UART Bridge Board The following picture shows the correct Laird FTDI USB UART brid
15. Laird Smart Technology Delivered User Guide Bx600 Breakout Board Series For BL600 Modules Bluetooth Low Energy Single Mode Bx600 Series of Breakout Boards for BL600 module Laird User Guide Gu gt REVISION HISTORY 1 0 09 Sept 2015 Initial Release Raj Khatri 1 1 28 Sept 2015 Fixed JTAG Schematic Glitch Jonathan Kaye 1 2 21 Oct 2015 Changed J2 errors changed to J3 pin3 Raj Khatri 1 3 24 Nov 2015 Restructured Updates to key features of each Jonathan Kaye variant Reorganized to create sections on Use and Testing and Power Supply Options for BL600 Breakout Boards Added Bx600 Series Breakout Board Schematic Removed section on JTAG Embedded Wireless Solutions Support Center 2 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module La i i d User Guide Gu gt CONTENTS 1 Laird BL600 series Mini Development Kits cccccssccccessececceseccceeesececseseceeeeeecceseuseceseunecesseeeceeseusecesseneceeseees 4 SW e enna ts ot ettiete A gece toto saree ius eno E E amend gacedeaensmuuesdeutesencseewneneanesenn arene 4 2 1 BO arse apes ne se eee eee vac ec erates eee arene ces amlecln denne pee ante ed gua Se Syson dient oe bedee ewe niacasancieeseautentesa cacuea 4 2 1 1 BAGOO Package CO it SiS crines r E necuereeseute se tohewhcactnac odes uscwaconsamtesansieemantoa
16. Series of Breakout Boards for BL600 module User Guide Laird 2 3 4 1 Quickest Solution to Power BB600 Use J5pin3 or pin6 GND SIO7 VCC GND SIO28 VCC 9 YAQVSH JOA J5 is not fitted on the BB600 this 6 pin 2mm pitch header may optionally be fitted otherwise attach supply leads as noted in next two bullets VCC positive supply at J5 pin 3 or pin 6 Common or GND supply at J5 pin 1 or pin 4 Embedded Wireless Solutions Support Center 13 http ews support lairdtech com www lairdtech com bluetooth Laird Americas 1 800 492 2320 Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide 3 USE AND TESTING Laird gt This section describes usage and test setup for the BL600 breakout boards Examples and pictures reference the BA600 with setup and configuration differences for the BC600 and BB600 noted as required Customers may have other use cases For more application notes related to the BL600 refer to the Documentation tab from Laird s BL600 product page 3 1 Breakout Board PTH vias J3 and J5 Signal Mapping to Bx600 07 Module The following images shows mapping of BL600 signals brought out to the Breakout Board PTH vias and header connectors J5 and J3 BL600 signal PTH via PTH via BL600 signal GND 29 met 28 SIO_25 36 a 27 SIO_26 38 3 5 26 SIO_27 39 25 SIO 29 41 niin pedd gt 2 24 SIO _30 42 Sai oonaria Gl 903 BE 22 SIO_1 AIN 2 EE L
17. cccssseccccsececcesseccceusececeeecceeeenecesaesecesseneceesegeceeteeeeetas 12 S eani al o e A ee ee ee ee ee ee 14 3 1 Breakout Board PTH vias J3 and J5 Signal Mapping to Bx600 07 Module ccccccsseceeeeseeeeeeeseeeees 14 3 2 UART smartBASIC Firmware Upgrade through Laird FTDI USB UART Bridge Board cccccesseeeeees 15 3 3 PUTO IN FUNCION cecameeycpracpea centers ct rachesccsabesa cosas E E nearer eaieet 17 3 4 Vae Seana aye ale MOCE eee een ane ee eon er A ee ee et eee 20 4 Power Supply Options for BL600 Breakout Boards cccscccccssscccceesececeesececeeecceeeuseceesuneceseuneceesausecesseneces 23 4 1 OF Alsi 724 Oe a B E I qa gener eee ee one ree ee ene E 23 4 1 1 CRIO OZ 0 gig c Bere C y 9 8 6 2 Geen eee aeetn nen rene ee mre eee ane nee ore 23 4 1 2 Inserting CR1632 Coin Cell Battery into HOlder ccc ccecccccssseccceesecceeesecessesececsueeceeeeneceeseeseeeeas 24 4 2 External System VCC VS JA Or U nas E ee ee 24 4 2 1 Bernay a V Or LE a E E E E N 25 4 2 2 External S ppiy Greater than 3 OV errereen E EA 25 5 Appendix Non populated Circuitry on Breakout BoardS cccccccssseccccessccceeesececeeseceeseeeceeseusecessunecessenes 27 5 1 ADC Input Voltage Scaling through R4 R5 and O5 ssssesssusessensssresssrrressrreesrrresereresrrressrereserrresreresereesseere 27 5 2 SPrEFPRO NTU ra E EE E E E N E ee ee 28 6 BxGO0 Series Breakout Board SCWeMVAtIC saciicnesavesecata
18. cssae nae 5 2 1 2 BAHOO Key Features ecne cogeanoacontwancnrecises seine tomescceieuer seo R 5 2 1 3 Understanding the BA600 0x Breakout Board with Coin Cell Holder and Laird FTDI USB UART PCO PON e N 6 2 1 4 Understanding the Laird FTDI USB UART Bridge Board cccccccssseccceseceeeenecceeeeseeetauseceseuneceesenes 7 2 1 5 Connecting the Breakout Board BA600 to the Laird FTDI USB UART Bridge Board 0000008 8 2 2 BCO seein sera osisa Saye niersae te cincin cape oct ested smeresateineie vases eae adios nctnine ees nana tesa odete nossa acinus Gea cnderetosoenemeansneodes 9 2 2 1 BEG6O0 Package COMTCMIS siacwscdscnssesiscvdesadaswcesenatedvwnadeenutwobtedenwsaseeseweatannunaieenaewadtedecadaunnddetetedesnidemeadwentodes 9 2 2 2 BEGOG Key FEAT UGS acsciccgCacieciesnecanatatueieav oa siceanutraltevedaa tous noaiaiew aside A EAE 9 2 2 3 Understanding the BC600 Breakout Board with Integrated Coin Cell Holder cceecccceeseeeeeeees 9 2 3 BOO rer E E 11 2 351 BBGOO Package COMENTS vacesstdccnssasncedesnnareessenateduupddeeentesasesinene aeacsotadanuueideeasoesadesecntarinsanietedanaadibexteunns 11 2 302 BB600 Key Features scsiccataceapadnnuesosateasavnaeendanatedactacenuanousedeambavearnrratedscssaeusnsuoniudavdiisbesuapledanteaeecetwonss 11 2 3 3 Understanding the BB600 Breakout Board ccccccsssccccsssececeesececeeseceeeeesccesausecesseneceeseneceeteneeeetas 11 2 3 4 Powering the BB600 Breakout BOard ccc
19. ct detail en CR1632VP N036 ND 704854 Manufacturer Energizer Battery Company Manufacturer Part Number CR1632VP Description BATTERY LITHIUM 3V COIN 16MM Datasheets CR1632 4 1 1 CR1632 Coin Cell Battery Holder The breakout board uses following CR1632 coin cell battery holder http www digikey com product detail en 3012TR 36 3012TR ND 1978698 Manufacturer Keystone Electronics Manufacturer Part Number 3012TR Description RETAINER COMPACT 16MM SMD Datasheets 3012TR Drawing 3012 Drawing THM SMT Coin Cell Retainers Embedded Wireless Solutions Support Center 23 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module La l rd User Guide elu gt 4 1 2 Inserting CR1632 Coin Cell Battery into Holder Figure 23 shows the CR1632 coin cell orientation for inserting into the holder pera N G ooFeel ite Figure 23 Inserting the coin cell battery Figure 24 shows the CR1632 coin cell inserted Figure 24 Coin cell battery inserted into holder 4 2 External System VCC via J4 or U3 The schematic shows the BA600 0x BC600 0x and BB600 0x Breakout Board power supply section circuitry only WARNING Maximum allowed VCC for BL600 is 3 6V If an external supply voltage greater than 3 6V is used the directions in section 4 3 2 below should be followed to add the linear regulator
20. droid or iOS application can be used to download any smartBASIC application script over the air to the BL600 mintsem BL600 SA 07 Phone or Tablet aioe aatan E EEEE O TA EREE r eae n Out of UART VSP OTA Store in BL600 Figure 17 Difference between VSP bridge to UART mode and VSP OTA mode Table 2 vSP Modes VSP Bridge to UART High High Mode Insert jumper between J5 pin5 and 6 Insert jumper between J5 pin2 and 3 VSP Command Mode High Low Insert jumper between J5 pin5 and 6 Insert jumper between J5 pin2 and 1 SIO_7 High externally selects the VSP service and together when nAutoRUN is Low externally selects VSP Command mode whilst nAutoRUN High externally selects VSP Bridge to UART mode When SIO_7 on module is set HIGH externally VSP is enabled and auto bridged to UART when connected However for VSP Command mode auto bridge to UART is not required With SIO_7 set to High and nAutoRUN set to Low VSP Command mode is entered and you can then download the smartBASIC application onto the module over the air from the phone or tablet SIO_7 V BL600 pin9 is brought out onto J5 pin 5 See the following schematic Figure 18 Embedded Wireless Solutions Support Center 20 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird GND SIO7 VCC GND SIO
21. e rt OCORA TERA e MELA 0904s The madale should now be in VSP OTA mode Install the CR1632 coin cell battery The BA600 0x wakes up in VSP OTA mode Using the Laird OTA application on your mobile phone discover and connect to the module Browse and select your pre compiled in this example SautorunS iBeacon uwc smartBASIC application Click Upload File Name autorun iBeacon uwe File Name autorun iBeacon uwe Saved As autorun Saved As autorun Status Uploading Status Success VSP Service Found Yes VSP Service Found Yes Errors Errors 2680 9394 Figure 21 OTA application Once the download is complete remove the jumper from SIO_7 and move the nAutoRUN jumper to position 1 and 2 Reset the module Your application is now ready to run Embedded Wireless Solutions Support Center 22 http ews support lairdtech com www lairdtech com bluetooth Laird gt Laird Americas 1 800 492 2320 Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird 4 POWER SUPPLY OPTIONS FOR BL600 BREAKOUT BOARDS 4 1 CR1632 Coin Cell Battery A CR1632 coin cell battery is not supplied with the breakout board We have tested the breakout board with an Energizer CR1632 coin cell battery Figure 22 but any CR1632 coin cell battery that meets your needs will suffice ENEIGIZE r Figure 22 CR1632 coin cell battery sample http www digikey com produ
22. ge board orientation to connect to the breakout board BA600 Pin 1 Figure 3 FTDI USB UART bridge board oriegtation to connect i ors soa 8 AE Laird FTDI USB UART Bridge Board pin 1 at top GND USB_PC_CTS VCC 3 3V USB_PC_TX USB_PC_RX USB_PC_RTS Embedded Wireless Solutions Support Center http ews support lairdtech com www lairdtech com bluetooth Pin 1 Pin 2 Pin 3 Pin 4 PinS Pin 6 V VSU 2eaeeeeeeeee y DINAH IE Aril vi ci wencadanaananeat PA n M N BL600 SA 05 YN32 FCC ID PI4BL600 IC 19318 BL600 see eeeeeese seas the breakout board BA600 J3 on BA600 0x pin1 at top Pin 1 GND Pin 2 BL600 RTS SIO_23 Pin 3 VCC 3 3V input Pin 4 BL600 RX SIO_ 22 Pin 5 BL600 TX SIO_ 21 Pin 6 BL600 CTS S1024 Laird Americas 1 800 492 2320 Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird 2 2 BC600 2 2 1 BC600 Package Contents The followings table outlines what is included in the BC600 product package The breakout board has the required BL600 07 module soldered on and it exposes all available hardware interfaces Battery option via integrated coin cell holder CR1632 1 8V to 3 6V range No coin cell battery is provided J5 1x6 6 pin 2 0 mm pitch header that allows configuration of vSP and nAUtoRUN functions 2 x jumpers f
23. gure 4 BC600 breakout board Embedded Wireless Solutions Support Center 10 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird 2 3 BB600 2 3 1 BB600 Package Contents The followings table outlines what is included in the BB600 product package The breakout board has the required BL600 07 module soldered on and it exposes all available hardware interfaces Provides links to Support Documentation Utilities sample applications videos and latest firmware Note Sample smartBASIC applications are available to download from the Laird BL600 product pages or via BL600 GitHub page Breakout Board Web Link Card 2 3 2 BB600 Key Features The BB600 variant is the core platform for the whole Bx600 breakout board series It has the following key features Dimensions of breakout board PCB 33 mm x 22 mm x 0 8 mm 0 1 mm BL600 07 series module soldered on board 28 PTH via holes pitch 1 27 mm bringing out BL600 07 module SIO pins Analog input sensing with optional resistive divider R4 and R5 to scale down external voltages to below BL600 07 series module ADC pin maximum Note You must fit R5 and modify R4 value to scale See Appendix section 5 1 for more information on ADC smartBASIC application loading capability Via Laird s vSP OTA app fr
24. hematic in Figure 12 GND SIO7 VCC GND S1I028 VCC 9 YACVSH JOA Figure 12 J5 schematic The nAutoRUN pin needs to be externally held high or low to select between the two BL600 operating modes Self contained Run mode nAutoRUN pin held at OV Insert jumper between J5 Pin 2 and Pin 1 Interactive Development mode nAutoRUN pin held at VCC Insert jumper between J5 Pin 2 and Pin 3 The smartBASIC runtime engine firmware checks for the status of nAUtoRUN during power up or reset If it is low and if there is a smartBASIC application named SautorunS then the smartBASIC runtime engine executes the application automatically hence the name self contained run mode Embedded Wireless Solutions Support Center 17 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird Table 1 nAutoRun settings nAutoRUN Input with active low logic SIO_28 Operating mode selected by nAutoRUN pin status Pin 40 of f LOW OV runs SautorunS if it exist Insert jumper between J5 Pin 2 and Pin 1 BL600 f HIGH VCC runs at run and file name application Insert jumper between J5 Pin 2 and Pin 3 To initiate autoRUN follow these steps 1 Start by loading a smartBASIC application that can run from autoRUN at power up Figure 13 or T w 1 grr SSRN SIRE 3 k SESS LLLLET
25. i d User Guide Go gt 2 1 1 BA600 Package Contents The followings table outlines what is included in the BA600 product package The breakout board has the BL600 SA 07 module soldered on and exposes all available hardware interfaces Laird FTDI USB Laird FTDI USB to 3 3VTTL UART Bridge Board This miniature PCB connects to the UART Bridge Board breakout board to provide serial communications between a PC and the BL600 module USB from a PC through the Laird FTDI USB UART Bridge Board VCC 3 3V Battery option via integrated Coin cell holder CR1632 1 8V to 3 6V range through J4 plated through hole No coin cell battery is provided J5 1x6 6 pin 2 0 mm pitch header that allows configuration of vSP and nAUtoRUN functions J3 1x6 6 pin 2 54 mm pitch right angle header that allows connection from the Laird FTDI USB UART Bridge Board included 2 x jumpers for use with J5 2 0 mm pitch pin header to set configuration for vSP and Breakout Board Power Options Pin Header x 2 SAMENS nAutoRUN functions USB Cable USB A to Micro USB B Cable black 1 2m Provides links to Support Documentation Utilities sample applications videos and firmware Web link card Note Sample smartBASIC applications are available to download from the Laird BL600 product pages or via BL600 GitHub page 2 1 2 BA600 Key Features UART access via J3 and Laird USB to UART FTDI bridge board 6 pin right angle header J3 with 2
26. ipt 2 2 3 Understanding the BC600 Breakout Board with Integrated Coin Cell Holder This section describes the BC600 breakout board hardware options This breakout board is delivered with the BL600 07 series module loaded with integrated smartBASIC runtime engine firmware but no onboard smartBASIC application is loaded Note smartBASIC applications are simple and easy to develop for any BLE application Sample smartBASIC applications are available to download from the Laird BL600 product webpage or via the Laird global FAE network Embedded Wireless Solutions Support Center 9 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird The following picture shows the breakout board BC600 0x s top and bottom side Breakout board BC600 is the same as breakout board BA600 but with the following changes J3 connector for connecting to Laird FTDI USB UART Bridge Board removed J5 Access to PTH via holes 1 27 mm pitch SIO_7 pin 5 and SIO_ 28 bring out BL600 07 J2 CR1632 Battery Coin cell Holder nAutoRUN pin 2 pins SIO_1 to SIO_8 and SIO_25 to SIO_30 S i a 8 oO 2 mg ic 19318 81600 a 6 6 6 J3 Removed J3 UART PTH via holes 1 27 mm pitch bring out BL600 07 pins SIO_8 to SIO_20 o Bo zane D gt x Fi
27. ll holder C3 47uF 1206 10V C3 47uF 1206 10V D1 BAT60A Schottky diode SOD323 D1 BAT6OA Schottky diode SOD323 J5 6 pin header TH 2mm pitch J5 6 pin header TH 2mm pitch 2x jumpers 2mm pitch 2x jumpers 2mm pitch J3 6 pin right angle header TH 254mm pitch ps the Laird FTDI USB UART bridge oard Above Bx600 SA 01 based on Common PCB CC600 MM RevO1 e Variantsfrom SCH CC600 Rev01 DNF or NOPOP components on SCH are highlighted inside yellow coloured boxes are not fitted on all 3 Breakout boards Bx600 SA Ox and these Non Populated components are C1 0402 R5 0402 C5 0402 J1 U2 R1 0402 C4 0402 U3 C3 RE C6 C7 R3 0402 J4 GND SIO7 VCC GND SI028 VCC BT TX 21 BT_ RX 522 VGG BT_RTS S23 BT CTS 524 5 aie 2 5mm pitch 4 way GND i S connector CTS r i To vcc s ga 7 one TXD g i HEADERS lt gt k on BT RTS 23 RXD GND BT AX soe HEADERS ap tt anoc Br ots Se mas B PIN OUT 12 1 8 0 IV drop accross Di D1 BAT6 0A DIODE C8 C 2 2uF 0603 C6 15pF 0402 R6 100K 0402 U5 TCR2EE33 TCR2EF33 is available from digikey at 0 06 based on 3K Di 0 09 3k BT SGLK S12 BT SMOSI 10 CR2032 Battery Holder amp g n 2 5 PEG ON THE FIDI SIDE EADER Oren 1 2P Laird Americas 1 800 492 2320 29 Embedded Wireless Solutions Support Center http ews support lairdtech com www lairdtech com bluetooth 852 2923 0610 Europe 44 1628 858
28. of Breakout Boards for BL600 module User Guide Laird PTH via holes 1 27 mm pitch bring out BL600 07 pins SIO_1 to SIO_8 and SIO_25 to SIO_30 J5 Removed SIO_7 and SIO_28 J2 Removed CR1632 Battery Coin cell Holder kT gt hive aa gt Fa alt b m f r Ne r eg m oo P 4 Aa ss 6 a gt v a 7 h b mi FF d AN W JAJA PA NA ri i gt e p m LNU AUIMOWWO SNALAM YS Q A amp amp amp J3 Removed PTH via holes 1 27 mm pitch Top Bottom J3 UART bring out BL600 07 pins SIO 8toSIO 20 Figure 5 BB600 breakout board 2 3 4 Powering the BB600 Breakout Board This section refers to the Bx600 Breakout Board schematic Several options exist to power each of the BL600 breakout boards see section 4 Power Supply Options for BL600 Breakout Boards however the BB600 will require added components prior to supplying power to the board The easiest solution for the BB600 is listed below and more options can be found in section 4 Note At a minimum the decoupling capacitor C2 0 1uF 0402 located near the VCC input pin of the BL600 module should be fitted on the BB600 to eliminate noise at the supply input WARNING The maximum allowed VCC for BL600 is 3 6V Embedded Wireless Solutions Support Center 12 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600
29. om Android or iOS or Laird Central role BLE radio running a smartBASIC vSP OTA script Note Some modification will be required to connect signal at J5 see section 3 4 VSP Command Mode 2 3 3 Understanding the BB600 Breakout Board This section describes the BB600 breakout board hardware options This breakout board is delivered with the BL600 07 series module loaded with integrated smartBASIC runtime engine firmware but no onboard smartBASIC application is loaded Note smartBASIC applications are simple and easy to develop for any BLE application Sample smartBASIC applications are available to download from the Laird BL600 product webpage or via the Laird global FAE network The following picture is Breakout board BB600 s top and bottom side Breakout board BB600 is same as Breakout board BA600 but with the following differences J3 connector for connecting to Laird FTDI Board is removed R2 OR disconnects J3 Pin 3 VCC input from Laird FTDI board on BA600 and C2 0 1uF decoupling Capacitor at VCC input to BL600 pin 10 both not fitted J5 6 pin header connector used to configure nAutoRUN SIO_ 28 and vSP SIO_7 signals not fitted J2 CR1632 Coin cell battery holder D1 and C3 47uF not fitted Embedded Wireless Solutions Support Center 11 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series
30. or use with J5 2 0 mm pitch pin header to set configuration for vSP and nAutoRUN functions Provides links to Support Documentation Utilities sample applications videos and latest firmware Note Sample smartBASIC applications are available to download from the Laird BL600 product pages or via BL600 GitHub page Breakout Board Power Option Pin Header x 1 Jumpers Web Link Card 2 2 2 BC600 Key Features Configurable nAutoRUN pin and SIO_7 vSP OTA with J5 6 pin header J5 2 0 mm pitch brings out BL600 module pin 9 SIO_7 to configure module vSP between Command OTA mode and Bridge mode and nAutoRUN pin 40 SIO_28 for use with configuring the module into AUtoRUN mode or development interactive mode J5 header allows vSP SIO _7 and nAutoRUN SIO_ 28 to be pulled either to VCC or GND with the aid of jumpers included Power supply option Coin cell battery CR1632 holder J2 fitted on underside of BC600 breakout board Jumpers used to configure nAUtoRUN SIO_28 and vSP SIO_7 Analog input sensing with optional resistive divider R4 and R5 to scale down external voltages to below BL600 07 series module ADC pin maximum Note You must fit R5 and modify R4 value to scale See Appendix section 5 1 for more information on ADC smartBASIC application loading capability Via Laird s vSP OTA app from Android or iOS or Laird Central role BLE radio running a smartBASIC vSP OTA scr
31. s 1 800 492 2320 Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird gt 5 APPENDIX NON POPULATED CIRCUITRY ON BREAKOUT BOARDS 5 1 ADC Input Voltage Scaling through R4 R5 and C5 Figure 27 schematic shows the ADC input scaling circuit only The BA600 and BB600 breakout boards have R4 populated as 0 ohms and must be modified when R5 is fitted to match ADC configuration Customer injects an external analog voltage greater than BL600 Maximum allowed ADC input voltage into BL600 of 3 6V to sense into PTH via 6 Refer to the BL600 HIG pages for how to select value of C5 that needs to be fitted 6 O l R4 OR SIO _4 R5 C5 NOPOP ac INOPOP GND Figure 27 ADC input voltage scaling circuit for ADC on SIO_4 Embedded Wireless Solutions Support Center http ews support lairdtech com www lairdtech com bluetooth 27 GND SIO_1 AIN GND SIO_2 AIN SIO_3 AIN SIO_4 AIN SIO_5 AIN SIO_6 AIN GND SIO 26 NC SIO_27 NC Laird Americas 1 800 492 2320 Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird gt 5 2 SPI EEPROM U2 Figure 28 schematic shows the SPI EEPROM IC U2 circuit only U1 a SIO 26 NC SIO_27 NC GND SIO_1 AIN GND SIO_2 AIN 13 Q CO q O OO NN N N NNNNA 146 1 BT SMOSI_S10 15 4 BT_SMISO_S11 1601 BT SCLK S12 18 o Fig
32. te BL600 Using Textpad and Color Syntax Highlighting Application Note BL600 Using UART Efficiently to Extend Battery Life Application Note Default DVK BL600 DIP Switch and Jumper Settings Application Note Flash Cloning for the BL600 Application Note Finding the BL600 Sx Revision Number Application Note Upgrading BL600 Firmware via JTAG Application Note Upgrading BL600 Firmware via UART Application Note Bluetooth Latency and Data Application Note iBeacon Sample App Application Note Using VSP with smartBASIC Batch Application Notes for iOS Serial Application Notes for iOS Application Note BL6x0 Over the Air Application Download Application Note smartBASIC for BLE Modules OTA Application Notes for iOS Application Note BL600 and BL620 Memory Map Overview Application Note smartBASIC App Download Protocol over UART Application Note BL600 BT SIG Qualification v1 0 Application Note Using SPI Interface in smartBASIC with DotStar Release Note BL600 Firmware v1 5 70 0 Laird Warranty Statement For any additional questions or queries or to receive technical support for this Development Kit or for the BL600 module series please contact the Embedded Wireless Solutions Support Center http ews support lairdtech com Embedded Wireless Solutions Support Center http ews support lairdtech com www lairdtech com bluetooth 30 Laird Americas 1 800 492 2320 Europe 44 1628 858 940 Hong Kong
33. uire modifications through the use of an LDO regulator U3 to interface to an external supply of greater than 3 6V e Remove R2 0R 0402 and fit R3 OR 0402 e Fit LDO regulator U3 SOT 553 package for example Toshiba TCR2EE33 e Fit regulator input capacitor C8 2 2uF 0603 body size e Fit regulator output capacitors C6 15pF 0402 body size and C7 2 2uF 0603 body size e R6 should NOT be fitted DNF for operation of the Toshiba TCR2EE33 U3 regulator CONTNC GND VINVOUT 220mm pitch b way Connector BT_RTS_ 23 BT_RX S22 BI_1X_S21 BI_CTS 24 C6 C7 DNF T DNF T Figure 26 External system greater than 3 6V on J2 t oO D ie ae gt 2 w ao N oO qe o O HEADER 6 Mely BLO accross D1 BAT60A EADER 2 0mm 1X2P http www digikey com product detail en TCR2EE33 LM CT TCR2EE33LM CTTR ND 4965705 Manufacturer Manufacturer Part Number Description Datasheets Regulator Topology Toshiba Semiconductor and Storage TCR2EE33 LM CT IC REG LDO 3 3V 0 2A ESV TCR2EF EE Series Positive Fixed Voltage Output 3 3V Current Output 200mA Voltage Dropout Typical 0 15V 150mA Voltage Input Up to 5 5V Current Limit Min Operating Temperature 40 C 85 C Mounting Type Surface Mount Package Case SOT 553 Supplier Device Package ESV Embedded Wireless Solutions Support Center 26 http ews support lairdtech com www lairdtech com bluetooth Laird America
34. ure 28 SPI EEPROM U2 VCC R1 DNF yo C4 SIO 13 1 8 DNF BT SMSO STI CS VCC VEC MS SO SIO1 HOLD BT SCLIS72 WP CLK BT SMOSI S10 GND GND SI SIO0 DNF GND Figure 29 SPI EEPROM Customer may wish to make use of SPI EEPROM U2 in the end application U2 MPN details is as follows R1 is 10K 0402 and C4 0 1uF 0402 The MX25L4006E may be order from suppliers such as Digikey Manufacturer Macronix Manufacturer Part Number MxX25L4006EZUI 12G TR Description IC FLASH 4MBIT 86MHZ 8USON Datasheets MX25L4006E Memory Type FLASH NOR Memory Size 4M 512K x 8 Speed 86MHz Interface SPI Serial Voltage Supply 2 7V 3 6V Embedded Wireless Solutions Support Center 28 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 ird Bx600 Series of Breakout Boards for BL600 module User Guide 6 Bx600 SERIES BREAKOUT BOARD SCHEMATIC For full s download here Ize version s 4 z BL600 SA breakout board BL600 SA breakout board with integrated coin cell holder BL600 SA breakout board with integrated coin cell holder and Laird FTDT USB UART bridge board Fitted Fitted compar ed to BB600 SA 0x Fitted compared to BB600 SA Ox BL600 SA 07 module BL600 SA 07 module BL600 SA 07 module R4 OR 0402 R4 OR 0402 R4 OR 0402 R2 OR 0402 C2 0 1uF 0402 R2 OR 0402 C2 0 1uF 0402 J2 coin cell holder J2 coince
35. vndesacavesmacescuscaneweuscidueuunenewunwiadedcunpearuaumoatemunGuauastencsccets 29 F Ordenne MONI ON aan A E E E E E ee een eee 30 E AOO E O A E E E E N 30 Embedded Wireless Solutions Support Center 3 Laird http ews support lairdtech com Americas 1 800 492 2320 www lairdtech com bluetooth Europe 44 1628 858 940 Hong Kong 852 2923 0610 Bx600 Series of Breakout Boards for BL600 module User Guide Laird 1 LAIRD BL600 SERIES MINI DEVELOPMENT KITS Laird has produced a new series of breakout boards for the BL600 modules The basic product is a PCB carrier board breakout board with a BL600 SA 07 version module soldered on it to enable rapid prototyping capabilities and help advance the product design cycle The three part numbers from this series represent BOM bill of material variants of a basic core design The boards in order from greatest to least additional hardware are the BA600 BC600 and BB600 and are shown below for reference BL600 breakout board with integrated coin cell BL600 breakout BL600 breakout board with integrated holder and Laird FTDI USB UART bridge board board coin cell holder Each of the breakout boards uses the latest BL600 module variant top level part BL600 SA 07 which takes advantage of Nordic s third generation silicon nRF51822 QFAA Hx0 256k memory 16k RAM QFN The BL600 SA 07 module also integrates Laird s smartBASIC firmware image v1 8 88 0 The BL600 Release Notes v1 8 88 0
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