DA14580/581/583 Bluetooth Smart development kit – Basic
Contents
1. DA14580 581 583 Bluetooth Smart development kit Basic 4 Installation of tools and drivers To install the Software development environment please follow the steps as shown in Table 7 Table 7 Installation tools and drivers Download and install Keil MDK ARM uVision IDE For uVision Version you have to install the ARM Cortex M profile package see also http www keil com dd2 Pack You should see a list of packs as shown on the right If you do not see this list please click the Packs menu item and select the Check for Updates option to download an updated list Click on the Install button to the right of Keil ARMCortex_DFP package If the installation is successful the pack installer window should look like this Keil https www keil com download product Keil MDK ARM Version 5 Installation http www2 keil com mdk5 install Starters Guide http www keil com uvision ide ov starting asp uVision File Edit View Project Flash Debug Peripherals Tools SVCS NS Add x a Wl LOAD KH Window Help 2 PMR M A EE JE Al set system Project a Device File Packs Window Help Pack Action Description FARM CMSIS Infineon XMC1000_DFP Infineon XMC4000 DER Keil ARMCortex DFP Keil zEFM32GG00 DER Keil EFM32G00 DER Keil zEFM32LG00 DER Keil EFM32T Goo DEP Keil EFM32WG0o DFP Keil EFM32ZGx00 DER Keil FMOplus DER Keil FM3Ba2. 11 Figure 3 Components on PCB top layer of the DA14580 581 Basic kit 12 Figure 4 Topview of PCB DA14580 581 with components and functionalities 12 Figure 5 Components on PCB top layer of the DA14583 Basic KIL sse eee 13 Figure 6 Topview of PCB DA14583 with components and functionalities 13 Figure 7 DA14580DEVKT B_vb part le 14 Figure 8 DA14580DEVKT B vb part 2 15 Figure 9 DA1581DEVKT B va part ENEE 16 FOUG LO DAS IDEYKT B re 17 Foue 11 DATSSSDEVKT B vapart eee 18 Selen 19 Figure 13 DA14580 581 Fabrication Default UART boot settings Tx PO_4 and Rx PO_5 20 Figure 14 DA14580 581 Boot from external SPI memory see ee eee eee eee 20 Figure 15 Data direction of UART within J 20 Figure 16 DA14580 581 layout of headers J4 and JA 21 Figure 17 Fabrication Default DA14583 UART boot settings Tx PO_4 and Rx DO Di 22 Figure 18 Data direction of UART within J 22 Figure 19 DA14583 Layout of headers J4 and Je 22 Figure 20 Block diagram with different memory Jocatons sss sees eee ee eee ee 26 Figure 21 Setup of DA14580 581 DEVKT BASIC during power measurement esse 34 Figure 22 Setup of DA14583 DEVKT BASIC during power measurement eee 34 Figure 23 A general overview of the DA14581 development board sss sese eee eee 36 Figure 24 DA14580 581 Connection diagram of J10 and J11 emnnnnnnnnnnnnnrrnvvvnnnrnnnnnrrrrrrnnrrnnnnsrrrere
3. CI oo St fr A Figure 17 Fabrication Default DA14583 UART boot settings Tx PO_4 and Rx PO 5 PO 4 TxD RxD PO_5 RxD a TxD USB PO_6 RTS CTS DA14580 581 583 PO 7 CTS RTS Figure 18 Data direction of UART within J4 Pin 1 4 BAT_580 T HEADER 14X2 e VBAT_580 RST gnd D L KH am L P11 Pi 1 P1_0 e PO 2 PO 2 PO 1 PC L se PO 4 N T_RxD DE Cer Pat D Di as pO D gt IT DD j POS PO_ x aK DRINK AECH CIS PO 6 PO 6 T cts d i 18 _RTS PO_7 PO 1 T_RTS PU 0 20 C PO_3 PO 3 n c B T SE PI SUPPLY R37 P23 poo PO 0 eg L SWDIO_ NP BATT SEL BATS gt SPI_SUPPLY TIM _ gt TICK E SWDIO P1_5 SW_CLK P1_4 N o o 4 4 lt un St bemnmmmmmmmmmmmmmmmmemmmmmmmmmemmemmemmemmmmemmmmmmmmmemmmmmmmmm Figure 19 DA14583 Layout of headers J4 and J6 Example when jumper J4 27 28 is placed connection T CK SW CLK is made On this board only the Buck mode is used A choice can be made between 3V3 via USB J5 1 2 or Vdd via a coin cell J5 2 3 The battery coin cell is placed in the battery socket on the back of the PCB No battery is needed when running via the USB mini cable Note 1 The DA14583 is equipped with a QFN40 device User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 22 of 44 2015 Dialog Semiconductor UM B 025 dialo SEMICONDUCTOR
4. 3 UM B 015 DA14580 581 583 Software Architecture Dialog Semiconductor 4 DA14580 CB PXI QFN40 layout Dialog Semiconductor 5 DA14580 CB PXI QFNP40 Dialog Semiconductor 6 DA14580 CB PXI WLCSP Dialog Semiconductor 7 DA14580 CB PXI WLCSP layout Dialog Semiconductor 8 DA14580 MB VB layout Dialog Semiconductor 9 DA14580 CB PXI QFN48 Dialog Semiconductor 10 UM B 005 DA14580 581 583 Peripheral Examples Dialog Semiconductor 11 UM B 010 DA14580 581 583 Proximity application Dialog Semiconductor 12 AN B 015 DA14580 Supply current measurement Dialog Semiconductor User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 4 of 44 O 2015 Dialog Semiconductor d SEMICONDUCTOR g UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 Introduction DA14580 581 583 is a Bluetooth Smart chip working with extremely low power while providing world class RF performance a small footprint and flexible peripheral configurations for a wide range of applications The development kit includes a set of hardware e g development board with on board debugger a Software Development Kit SDK e g development tools source code examples documents and so on along with documentation This document helps users to set up hardware software development environment install required software and quickly start product development with the help of example source code Web content can be downloaded at www dialog semiconductor
5. connect or disconnect to see the COM port of that module TCPHP myhost example com History Telnet SSH SSH Other 22 UNSPEC Serial Port COM26 USB Serial Port COM26 OK Cancel Help SW Edit Setup Control Window eren Revision 2 3 03 Jun 2015 31 of 44 2015 Dialog Semiconductor UM B 025 dialog SEMICONDUCTOR DA14580 581 583 Bluetooth Smart development kit Basic 6 1 14 6 1 15 6 1 16 6 1 17 Set Baud rate to 115200 Data to 8 bit Parity to None Stop to 1 bit and Flow control to none Click OK Now we have a properly configured UART terminal on our PC Go back to Keil Project In the menu bar select Debug gt Start Stop Debug Session A dialog window pops up like the one on the right Please click OK Press F5 key or click execution button as shown in following picture to start code execution User manual CFRO012 00 Rev 2 Port Baud rate Data Parity Stop Flow control Transmit delay 0 msec char msecfline SVC Window He te Gey Reset CPU E Run kel EVALUATION MODE Running with Code Size Limit 32K File Edit View Project Flash Debug pernp age s eler D 6 6 0 gt TE Registers q Disassembly Ox20000446 23 Ox200004AA Ox2000044 Ox200004A4E a L Revision 2 3 03 Jun 2015 32 of 44 2015 Dialog Semiconductor UM B 025 dialog SEMICONDUCTOR DA14580 5
6. l ep SC 0 2 wl 2 i SE GH PO A lt FY T_RxD 1 WI a ES S z bre l srmso pos Au SPI e 2 DR ae TS SPI MOSI PO_6 la es T CTS 15 PR AK ETS PO_7 orl om T_RTS 18 P Sere RTS HET 21 H CCE PO_3 Le SPI CS mp SEET EE a 7 A D AT PO_0 2 4 SPI CLK SW CR l BATT SEL ail ca SPI_SUPPLY T_TMS Ada SWDIO P1_5 ZE T_TCK SW CLK P1 A Figure 16 DA14580 581 layout of headers J4 and J6 Example when jumper J4 27 28 is placed connection T CK SW_CLK is made On this board only the Buck mode is used A choice can be made between 3V3 via USB J5 1 2 or Vdd via a coin cell J5 2 3 The battery coin cell is placed in the battery socket on the back of the PCB No battery is needed when running via the USB mini cable Note 1 The DA14580 is equipped with a QFN48 device and the DA14581 has a QFN40 die mounted User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 21 of 44 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 4 4 Configuring the DA14583 basic kit board by jumper settings Different functionalities are shown in Appendix A and the jumper settings are displayed below POWER LED P1 0 di ec PO 4 gt T_RxD Ri a PO 5 lt T TxD e PO 6 gt T CTS ny H PO 7 lt T RTS BATS lt gt SPI SU T TMS lt gt SWDIO T TCK gt SW CLK ess ang i wo 7 PE o F C lt
7. c Ge Tera TENN EE 25 5 Quick start Downloading software rrrrvvvnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnne 26 5 1 Software downloaded via Keil IDE USB via SWD to SRAM see eee 27 6 Sing INe demo Lan 29 6 1 Run an example on the DA14580 581 187 29 7 Power Management measuring CUrreNt n rrnnnnunnnnnnunnnnnnnvennnnnvennnnnnnnnnnnnnnnnnnnvennnnnvennnnnnernnnnnner 34 APpenanx A Layout DA14580 501 0 ayega yE anaa 36 Appendix B Connections of J10 and J11 esnnnnnvennnnnnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnnnnennnnnnnneennnnnnnnnennnnn 36 Appendix C Layout DA14585 Luse 37 Appendix D Connections of J10 EE 37 Appendix E Using the smart snippets CLL ssssssssssssssssssssssss esse eenn eenn eenn ennenen 38 Appendix F Issues with opening a project for the first time sens 39 SC escue el te E 39 F2 PENN E 39 F 3 Under which circumstances user will encounter this emor eee eee eee ee 39 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 2 0f 44 O 2015 Dialog Semiconductor mom dialog DA14580 581 583 Bluetooth Smart development kit Basic Pt se ae an ee de no 39 Appendix G Blinky Test Software sss sss sss sss s sss ss esse enean eee 40 Appendix H Latency Timer Of FTDI Cable 42 O WS sorrie E T E a E E a 43 FRE VISIONS NN sas sense annees nee see nee ane een 43 Contacting Dialog Semiconductor E 44 Figures ATLE 5 Figure 2 QFN40 pin assignment from datasheet
8. com support Product information about the DA14580 DA14581 and DA14583 can be found at www dialog semiconductor com products bluetooth smart smartbond da1 4580 www dialog semiconductor com products bluetooth smart smartbond development tools da14581 development kit basic 3 1 Hardware content In Figure 1 the kit components are shown and in Table 1 the parts are printed Figure 1 DEVKT Basic Kit Table 1 Content of the DEVKT Basic Kit Note 1 Kits are not pre programmed so must be programmed before use User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 5 of 44 2015 Dialog Semiconductor mon dialog DA14580 581 583 Bluetooth Smart development kit Basic 3 2 Web content 3 2 1 Software Development Kit content 3 2 1 1 Tools Web link www dialog semiconductor com support SmartSnippets SmartSnippets is a framework of PC based tools to control DA14580 581 583 development kit consisting of 6 OTP Programmer Tool for OTP memory programming e UART booter Tool for downloading hex files to DA14580 581 SRAM over UART e SPI amp I2C memory programmer Tool for SPI flash and 12C EEPROM programming ConnectionManager Connection Manager is a PC based software tool to control the link layer of the DA14580 581 583 with the following capabilities Functional in Peripheral and Central role Set advertising parameters Set connection parameters Reading from Attribute database Perform production test
9. document is under review and subject to formal approval which may result in modifications or additions APPROVED The content of this document has been approved for publication or unmarked Disclaimer Information in this document is believed to be accurate and reliable However Dialog Semiconductor does not give any representations or warranties expressed or implied as to the accuracy or completeness of such information Dialog Semiconductor furthermore takes no responsibility whatsoever for the content in this document if provided by any information source outside of Dialog Semiconductor Dialog Semiconductor reserves the right to change without notice the information published in this document including without limitation the specification and the design of the related semiconductor products software and applications Applications software and semiconductor products described in this document are for illustrative purposes only Dialog Semiconductor makes no representation or warranty that such applications software and semiconductor products will be suitable for the specified use without further testing or modification Unless otherwise agreed in writing such testing or modification is the sole responsibility of the customer and Dialog Semiconductor excludes all liability in this respect Customer notes that nothing in this document may be construed as a license for customer to use the Dialog Semiconductor products software and ap
10. settings are displayed below POWER LED P1_0 J Link T INT BAT Wa Li een MT H gger com 8 JE e PO 4 gt T RxD SE Fogn gt PO 5 lt T TxD GC d r CSR g ITS PO 6 gt T CTS E PO_7 lt T_RTS Kin Om Se SEX 000 0000000001 CR Klev LE d T TMS lt gt SWDIO T_TCK gt SW CLK DA14580DEVKT B Figure 13 DA14580 581 Fabrication Default UART boot settings Tx PO 4 and Rx PO 5 POWER LED P1_0 SE INT BAT LD Kai k YIT raw Stager con Jer io Ge i K Ap LU vee AA QFN4 de aii SPI MISO PO_5 L 04 SPI MOSI PO 6 RT RE PO 3 SPI CS oo e fk SCH SE ool 22 ap EE PO 0 SPI CI e ege 2 r r sg P E ICH EEN o Le el o o Le BI CO Le 1 D op OR BAT SEL SPI SUP T TMS SWDIO P1 5 T TCK SW CLK P1 4 ir TO cle DA14580DE VKT B Figure 14 DA14580 581Boot from external SPI memory PO_4 TXD RxD PO_5 RxD lt _ TxD USB PO 6 RTS CTS DA14580 581 583 PO 7 CTS lt RTS Figure 15 Data direction of UART within J4 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 20 of 44 O 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic Pin 1 Available on WLCSP OF N40 OENAS VBAT_580 gnd d RST gnd Su P1 3 P1 2 I Ki K J 4 ge Kg S mie
11. 28kBytes 5x5x0 9mm pitch 0 4mm ROM 84kBytes OTP 32kBytes RAM 50kBytes Key Features Bluetooth 4 0 4 1 Cortex MO application processor Power supply 2 35 3 3V Single pin RF UC Rich set of analog and digital peripherals dialog SEMICONDUCTOR Applications Beacon amp Proximity Health amp Fitness HID Smart Home Note 1 The only hardware difference between the DEVKT Basic 14580 and the DEFKT Basic 14581 is the design in of QFN48 580 and the QFN40 580 581 The silkscreen may have small textual differences Remark DA14583 will run in BUCK mode only User manual Revision 2 3 CFRO012 00 Rev 2 10 of 44 03 Jun 2015 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 4 Pinning In Figure 2 the pinout of the DA14583 is shown New compared to the DA14580 581 are the connections to the internal SPI flash memory P2 O SPI CLK P2_9 SPI_DI t 40 ag DA14583 Top View XTAL32Km 1 Figure 2 QFN40 pin assignment Figure 2 QFN40 pin assignment from datasheet Table 6 SPI connections port DA14583 P2 0 SPI CLK SCLK Note 2 P2 9 SPI DI MOSI Note 2 P2 4 SPI DO MISO Note 2 P2 3 SPI EN not to be used for external SPI VOC FLASH power for internal Flash Memory GND TI GND Note 2 shared with internal flash memory When external SPI components are
12. 4 O 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic After clicking the Settings button above make sure the SW Device has been detected correctly Click OK to save the settings Build the project by pressing F7 key or click the build button as shown in following picture Make sure you have a UART connection between your PC and a mother board as shown in 6 1 5 Check the COM number on you PC Open the Tera Term serial terminal on you PC Open Tera Term and choose a COM port which you have found in step 3 and click OK Choose Setup gt Serial port to configure the Baud rate etc User manual CFR0012 00 Rev 2 Debug Trace Flash Download J Link J Trace Adapter SW Device SN 228201666 Device Link ARM Lite SWD asn ARM CoreSight SW DP Gx0BB11477 ARM CoreSight SW DP HW v8 00 00 FW Link ARM Lite V8 compiled Max Clock sc i mp tok Add Delete Update All settings have been saved properly now and you can continue to build the example File Edit View Project Flash Corter 44 LOAD Project 2 674 Cortex M0 SDK Simulator S Startup Files LTE startup CMSDK CMO s d A system CMSDK c ma Ca LK en VE sn Eila Go to the Windows Control Panel gt Administrative Tools gt Computer Management gt Device Manager gt Ports gt USB Serial Port
13. 81 583 Bluetooth Smart development kit Basic Then you can see a hello message on your UART terminal screen That means you have successfully programmed and Started the peripheral program on DA14580 581 Demo board The peripheral_setup demo consists of a small suite of tests that encompasses some of the most commonly used peripherals such as I2C EEPROM SPI Flash Rotary Encoder audio buzzer etc For more detailed info and technical details please refer to the UM B 005 DA14580 Peripheral Examples as well as the source code of the peripheral_setup demo User manual CFR0012 00 Rev 2 b COM4 115200baud Tera Term VT File Edit Setup Control Window Help DA14584 Engineering Examples Connect the appropriate peripheral before choosing each test Refer to Engineering Examples User Guide URI Print String Example SPI Flash Memory Example i SPI Flash Memory Image Write 2C EEPROM Example 2C EEPROM Image WeiteVerify Example disabled in this build Quadrature Rotary Encoder Example Timer PWM PURI 3 Example Timer2 CPUM2 PUM3 FUM4 gt Example Battery Example Exit Example Make a choice Revision 2 3 03 Jun 2015 33 of 44 2015 Dialog Semiconductor d SEMICONDUCTOR g UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 7 Power Management measuring current The design of this DA14580 and DA14581 DEVKT Basic is made in such a way that the microcontroll
14. HD BLSEN 200 Figure 10 DA1581DEVKT B_va part 2 03 Jun 2015 Revision 2 3 User manual 2015 Dialog Semiconductor 17 of 44 CFRO012 00 Rev 2 dialog UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 4 2 3 DA1583DEVKT B va layout H HS HI H hole mme mmie mt mim EK OFF OPED Fa F1 Fz GND GND Gao GND GAD SEU VPP GVB generation for OTP programming Figure 11 DA1583DEVKT B va part 1 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 18 of 44 O 2015 Dialog Semiconductor e k bbe kk dialog 03 Jun 2015 Revision 2 3 O 2015 Dialog Semiconductor 19 of 44 i i e L 6 dat ci S SH er Z le nee len IH b 0 LUS l gg da E JH H L B gt BIEN Jul Las core nn NNN tal P a FZ d SE S e S il P e S ER 5 KR O A i i k 4 r e r i 1 i ge d 3 SR i 5 a E d Le E j i g 8 g I En EECH bal j TSH ee DE s BERE JEG Snes mm7 Papas l f C G EAE OOA Sal 32H09 QU 28097005 EAE Dan DA14580 581 583 Bluetooth Smart development kit Basic UM B 025 Figure 12 DA1583DEVKT B va part 2 User manual CFR0012 00 Rev 2 dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 4 3 Configuring the DA14580 581 basic kit board by jumper settings Different functionalities are shown in Appendix A and the jumper
15. K J TRACE Cortex selected uVision crashes F 2 Possible causes Some important information concerning the j link driver is missing calling the driver s dll probably causes the crash The versions of Keil uVision found to be affected are versions 5 11 1 0 and 5 10 0 2 F 3 Under which circumstances user will encounter this error When a local GIT repository is first created this file uvopt does not exist since it is not included in the remote repository When the user opens the project for the first time this file is created but some keys values are missing F 4 Proposed solution Follow the steps below 1 Ensure that the uvopt file does not exist in the folder of your project If it exists and crash has been identified to happen delete the uvopt file 2 Open the Keil project and close it The uvopt file is created automatically in the project folder where the uvproj is located 3 Open the uvopt file using your favorite text editor 4 Under the key lt TargetOption gt add the flowing lines lt TargetDriverDllRegistry gt lt SetRegEntry gt lt Number gt 0 lt Number gt lt Key gt JL2CM3 lt Key gt lt Name gt U228202424 078 SO AO CO JUl J1127 0 0 1 JPO RSTO NOO ARM Coresight SW DP DOO OBBIIAT7 LO0 0 TOLS IC10000000 TP21 FDS8007 TDTO TDC1F TIEFFFFFFFF TIP8 TBl TFEO FO7 FD20000000 FC800 FNO lt Name gt lt SetRegEntry gt lt TargetDriverDliRegistry gt Save the
16. KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK as include lt stdio h gt include global io h include common uart h include periph setup h include gpio h define LED OFF THRESHOLD 10000 define LED ON THRESHOLD 400000 void system init void void blinky test void XX KIKKAKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK brief Main routine of the UART example KKEKKKKKKK KKK KKK KKK KK KKK KKK KKK KKK KKK KKK KKK KKK KKK KKK KKK KKK KK KK KKK KKK KKK KKK KKK KK KK KKKKKKKKK Z int main void system init periph init blinky test while 1 KKEKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK KKK KKK KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK brief System Initiialization X KKEKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK KK KKK KKKK KKK KK KKK KKK KKKKKKKKKKKKK KKK KKK KKKKKKKKKKKKKKKK 7 void system init void SetWord16 CLK AMPA REG 0x00 set clocks hclk and pclk 16MHz SetWord16 SET FREEZE REG FRZ WDOG stop watch dog SetBits16 SYS CTRL REG PAD LATCH EN 1 open pads SetBits16 SYS CTRL REG DEBUGGER ENABLE 1 open debugger SetBits16 PMU CTRL REG PERIPH SLEEP 0 exit peripheral power down KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK brief Blinky test fucntion X X KKEKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK er void blinky t
17. O 2015 Dialog Semiconductor
18. Rev 2 13 of 44 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 4 2 Schematics and layouts 3 4 2 1 DA1580DEVKT B_ va layout For the schematics and layout of the board in full detail please refer to the respective documents on the portal See link www dialog semiconductor com support g Sl NtTOOONTWOAN aH 9 Figure 7 DA14580DEVKT B_vb part 1 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 14 of 44 2015 Dialog Semiconductor dialog UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic rf 50 Faves BO dined BD ALSEN HO Sur Figure 8 DA14580DEVKT B vb part 2 03 Jun 2015 Revision 2 3 User manual 2015 Dialog Semiconductor 15 of 44 CFRO012 00 Rev 2 dialog UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic SG yout DA1581DEVKT B va la 3 4 2 2 Y ht OO HUNG dE EK DOG 56 OTT S ULL seu Rtl ONE EH TH IH Ed zd L EONS T ONE ONE ZONG HIND BELT TT 110 GEI Figure 9 DA1581DEVKT B va part 1 03 Jun 2015 Revision 2 3 User manual 2015 Dialog Semiconductor 16 of 44 CFRO012 00 Rev 2 dialog UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 5 YOLIN NOSIS f WSS Sep BJ JSH dnia
19. ample loading software hex file by using SmartSnippets e PC gt UART gt DA14580 581 583 e PC gt UART gt DA14580 581 583 gt SPI flash e PC gt UART gt DA14580 581 583 gt OTP For the settings of the jumpers see Figure 13 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 26 of 44 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 5 1 Software downloaded via Keil IDE USB via SWD to SRAM Way of working the Keil IDE uVision 5 12 is used to load software into the board Software is downloaded to SRAM through SWD Serial Wire Debug After downloading the software see 4 1 the software can be debugged via the same IDE Table 8 Way of Working WoW loading Blinky code Preparations This chapter shows the user how to quickly set up the software development environment of the BLE Bluetooth Low Energy demo Attach mini USB cable to PC and demo board Functionality of this e jose ees d g J a C spesa cable PO 4 gt T RxD PO 5 lt T TxD Lou e power at pega WD programming 4 HA gt 2 3 LE gi D thee HEES HE AA 2328 L debugging UART ro vil Ba r The DEVKT B 581 die e DA14580DEVKT B and DEVKT B 583 T_TCK gt SW_CLK can be programmed in the same way User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 27 of 44 2015 Dialog Semiconduc
20. arily for diagne J Link Remote Server Free utility which provides the possibility to SWO Viewer Free tool which shows terminal output of the targe J Mem Memory viewer J Link DLL Updater Allows to update 3rd party applications whicl Free flash programming utilities Simple command line utilities whic boards USB driver Includes driver for J Links with CDC functionality e Manuals UM08001 J Link User Guide UM03003 J Flash User Gi og E Flasher ARM User Guide Release notes for J Link DLL J Flash J Link RDI DLL J Flash including sample projects for most popular eval boards J Link RDI Support for ARM RDI standard Makes J Link compatib Software and documentation pack for Windows htip www segger com ilink software himl e e e e e We Choose optional components that should be installed f Install USB Driver for J Link f Install USB Driver for J Link OB with COC In order to have the USB controller properly recognized by Windows as a J Link device you have to install the driver with the settings shown in the side figure Choose options for creating shortcuts M Create entry in start menu Add shortcuts to desktop Back Cancel The following 3rd party applications using JLinkGAM dil have been found AR Embedded Workbench for ARM DLL V4 58a in CA Program Files Kel MOK 4 70 DLL V4 66a in Cal RMS egger At the end of the installation please tick the IDE Keil MDK Vxx t
21. butors X KKK KKK KKK K K K X K K K K K K K K K K K K K K KX K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K K include include include include include lt stdio h gt global io h common uart h periph setup h gpio h fdefine LED OFF THRESHOLD 10000 define LED ON THRESHOLD 400000 void system init void void blinky test void Z ss X XKX KKK XXX X XK X K K K K K K K K K K K K K K KX K K K K K K K K K K K X X K K K K K K K X K X K K K K K K K K K K K K K K K K K K K K K K K X K K K K K K X K X K K brief Main routine of the UART example RRR RRR RRR RRR RRR RR RRR RRR RRR RRR RRR RRR RRR RRR RRR RRR RRR RRR RRR RRR RRR RRR int main void system init periph init blinky test while i Select UART settings define UART2 BAUDRATE UART BAUDRATE 115K2 define UART2 DATALENGTH UART CHARFORMAT 8 define UART2 PARITY UART PARITY NONE define UART2 STOPBITS UART STOPBITS 1 define UART2 FLOWCONTROL UART FLOWCONTROL DISABLED define UART2_GPIO PORT GPIO PORT 0 define UART2 TX PIN GPIO PIN 4 define UART2 RX PIN GPIO PIN 5 define UART2 ENABLED LED define LED PORT GPIO PORT 1 define LED PIN GPIO PIN 0 Z COM26 115200baud Tera Term VT Fi le Edit Setup Control Window Help start test gt pu ls pu ls pu ls puls puls puls puls puls puls
22. commands 3 2 1 2 SDK documents UM B 003 DA14580 581 583 Software development guide UM B 004 DA14580 581 583 Peripheral drivers UM B 005 DA14580 581 583 Peripheral examples UM B 006 DA14580 Sleep mode configuration UM B 007 DA14580 Software Patching over the Air SPOTA UM B 008 DA14580 581 583 Production test tool UM B 010 DA14580 581 583 Proximity application UM B 011 DA14580 Memory map scatter file UM B 012 DA14580 Secondary boot loader UM B 013 DA14580 External Processor Interface over SPI UM B 014 DA14580_581 Development Kit UM B 015 DA14580 581 583 Software architecture User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 6 of 44 O 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 2 1 3 SDK source code examples created with Keil IDE Web link e dk apps This folder holds all the necessary folders needed for DA14580 581 application development o dk_apps keil_projects proximity The folder contains the following subfolders and in each one of them resides the respective project file Table 2 SDK Examples prox_monitor_ext Keil_ 4 prox monitor ext uvproj Proximity Monitor External processor prox monitor ext 581 uvproj configuration prox monitor ext 583 uvproj prox monitor extiKeil 5 prox monitor ext uvprojx prox monitor ext 581 uvprojx prox monitor ext 583 uvprojx prox reporter extliKeil 4 prox reporter ext uvproj Proximit
23. der voltage enable Figure 25 A general overview of the DA14583 development board Note 1 The QFN48 package is not available for the DA14581 Appendix D Connections of J10 J10 p22 O p23 p20 C p21 p24 O p25 aR O O p27 p28 p29 QFN40 Figure 26 DA14583 Connection diagram of J10 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 37 of 44 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic Appendix E Using the smart snippets CLI All the information syntaxes about the CLI can be found under the HELP tab in the SmartSnippets GUI or by writing Smartsnippets help in the CLI In this example it is assumed that the SPI memory is using P0 0 as SCK PO_3 as CS PO_5 as MISO and PO_6 as MOSI First of all the CLI can send the commands either via UART or JTAG according to the binary file that has been loaded On the one hand if the commands are going to be sent via UART the following binary file must be used flash programmer bin On the other hand if the commands are going to be sent via JTAG the following binary file must be used 6 jtag programmer bin Note 2 The files can be found in the SmartSnippets resources folder and must be to be downloaded into the DA14580 Secondly open the CLI by pushing the Shift button and right click on the bin folder of the SmartSnippet and select Open c
24. dialog User manual DA14580 581 583 Bluetooth Smart development kit Basic UM B 025 Abstract This document describes the Bluetooth Smart Development kit Basic based on DA14580 58 1 583 It helps customers to set up the hardware development environment install required software and quickly start product development based with help of example source code mom dialog DA14580 581 583 Bluetooth Smart development kit Basic Contents MTT EE E 1 CONIO EE EN et 2 wir UI 3 EI 3 let ui Ee e Ke E lu Te E 4 EE EE 4 SG SR Tute TT Te DEE 5 3i Ee en 1 EE 5 ee NS CO E EEEE 6 3 2 1 Software Development Kit content 6 3 2 1 1 MOONS EE 6 3 2 1 2 DB ELE 6 3 2 1 3 SDK source code examples created with Keil IDE sees 7 SR E DA14581 basic AEN 9 3 3 1 Differences between the DA14580 580 583 rrrnnnnnnvnvrnnnnrvvrnrnnnrnrrnrnnnnnnennnnnnnnnenn 9 S D REE EEE RE 11 3 4 1 PCB design and functionalities e eee eee 12 3 4 2 Schematics and layouts ss 14 3 4 2 1 DA1580DEVKT B va layout 14 3 4 2 2 DA1581DEVKT B va layout 16 3 4 2 3 DA1583DEVKT B va layout 18 3 4 3 Configuring the DA14580 581 basic kit board by jumper settings sse eee e 20 3 4 4 Configuring the DA14583 basic kit board by jumper settings sss ee eee ee eee 22 4 Installation of tools and drivers r annxxennnnnnennnnnnnnnnnnnnnnnnnnvennnnnnennnnnnnnnnnnnnnnnnnnnennnnnnennnnnnnnnnnnnnen 23 Al E 23 42 PEER NN NNN 24 c HD 39 67 ON A E E A E E E N 24
25. er can be isolated completely from the rest of the board This is illustrated in the block diagram shown in Figure 21 Shown are the connections of the jumpers J4 J5 and J6 For extra info see the electrical schematic in section 0 SPI SUPPLY SPI MISO SPI MOSI SPI CS SPI CLK T TMS T TCK T RXD T TXD T CTS T RTS Figure 21 Figure 22 Setup of DA14583 DEVKT BASIC during power measurement User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 34 of 44 2015 Dialog Semiconductor mom dialog DA14580 581 583 Bluetooth Smart development kit Basic Steps how to do the power measurements 1 oY oe S ZS 7 Connect the Current Meter to jumper J5 Mount the jumpers needed for downloading the software see chapter 0 and chapter 5 Download the software Start the software Wait till software has reached Deep Sleep Dismount all the jumpers Now almost all the DA14580 581 583 pins are isolated and only the current meter and GND are connected Read the current For additional info see AN B 015 DA14580 581 Supply current measurements 12 See chapter 4 4 Deep Sleep current measurement Web link http support dialog semiconductor com system files AN B 015 DA14580 Current Measurement pdf User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 35 of 44 O 2015 Dialog Sem
26. esponse problems Serial Enumerator Serial Printer Latency Timer msec Cancel If Power Off Event On Surprise Removal Timeouts Set RTS On Close Disable Modem Ctrl At Startup Minimum Read Timeout msec Minimum Write Timeout msec AAO oS Figure 29 FTDI Latency Timer User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 42 of 44 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 8 Web Links e Support Dialog Semiconductors e g datasheets and software http support dialog semiconductor com resources tools e SmartBond DA14580 http www dialog semiconductor com products bluetooth smart smartbond da14580 e datasheet DA14580 http support dialog semiconductor com e SmartBond Reference Designs http www dialog semiconductor com products bluetooth smart smartbond reference designs 9 Revision history 1 0 30 10 2014 Initial version for DA14580 and DA14581 2 0 05 11 2014 Merged DA14580 documentation with the DA14581 documentation 2 1 13 01 2015 Minor text changes and schematic updates 2 2 01 May 2015 Updated for SDK 3 0 8 2 3 3 Jun_2015 Updated for SDK 3 0 10 and adding DA14583 drawings User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 43 of 44 O 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic Status definitions ECS DRAFT The content of this
27. est void int 1 0 Select function of the port P1 0 to pilot the LED printe string nvnir EE SES er 1 printf string BLINKY DEMO n r NN while 1 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 40 of 44 O 2015 Dialog Semiconductor dial UM B 025 SIGI DA14580 581 583 Bluetooth Smart development kit Basic i if LED OFF THRESHOLD i GPIO SetActive LED PORT LED PIN printf string n LED ON if LED ON THRESHOLD i GPIO SetInactive LED PORT LED PIN printf string n r LED OFF Tt if i 2 LED ON THRESHOLD 1 0 User manual Revision 2 3 03 Jun 2015 CFRO0012 00 Rev 2 41 of 44 2015 Dialog Semiconductor mon dialog DA14580 581 583 Bluetooth Smart development kit Basic Appendix H Latency Timer of FTDI cable If an external FTDI cable is used to burn the OTP or to download the image into the external memory the Latency Timer of the FTDI cable has to be changed from 15ms to lt 10ms To change the Latency Timer Device Manager COM port Right click on the COM port chosen Properties Port Settings Advanced Latency Timer set it lt 10ms Advanced Settings for COM9 COM Prt number USB Transfer Sizes Select lower settings to correct performance problems at low baud rates i d G Select higher settings for faster performance Receive Bytes 4096 e Taran te Select lower settings to correct r
28. hat you are using Select All Select None 4 3 FTDI driver The Development Kit uses the D2xx driver For Windows this driver is part of the Combined Driver Model CDM USB Drivers User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 24 of 44 2015 Dialog Semiconductor UM B 025 driver http www ftdichip com Drivers D2XX htm dialog SEMICONDUCTOR DA14580 581 583 Bluetooth Smart development kit Basic It is recommended that the latest driver Installation Guide available from the FTDI page is used http www ftdichip com Support Documents InstallG uides htm Latency Timer see Appendix H 4 4 Tera Term Download and install Tera Term on Tera Term your PC http en sourceforge jp projects ttssh2 releases User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 25 of 44 2015 Dialog Semiconductor mom dialog DA14580 581 583 Bluetooth Smart development kit Basic 5 Quick start Downloading software The DEVKT Basic is equipped with on the chip SRAM 42k and OTP 32k Mounted on the board is external SPI flash memory 2Mbit POWER amp CLOCK MGNT UNIT l BLUETOOTH SMART RADIO BASEBAND TRANSCEIVER i Figure 20 Block diagram with different memory locations Software can be downloaded to e SRAM o Keil IDE o SmartSnippets o Command Line Interface CLI o Connection Manager o SmartSnippets o CLI e SPI flash o SmartSnippets o CLI Ex
29. iconductor dialog UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic Appendix A Layout DA14580 581 J2 Tag connect N SG 4 e Vu BH e x x GND2 RE ar a KZer chte wa EE i LT Nits de e STT sm P ESCH d i KSE yeo Be a x L ai Be Ell 0 C ar th Bie T K 4 ear EE E RTP i DA14580 or Led DI G pi met ov mel DA14581 EE Li e 1203 GND1 f Led D5 ied D ee S SEE US memory n T a n J8 Flash 2Mbit I 28p 14 16 sq OTP programming LLL header S voltage enable Figure 23 A general overview of the DA14581 development board Appendix B Connections of J10 and J11 QFN48 J10 JE QFN 40 SONG GOD QFN48 J11 30006 Figure 24 DA14580 581 Connection diagram of J10 and J11 Note 1 The QFN48 package is not available for the DA14581 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 36 of 44 O 2015 Dialog Semiconductor mom dialog DA14580 581 583 Bluetooth Smart development kit Basic Appendix C Layout DA14583 Led 9 RESET pre 88 at 7 aaea SM me connect Se fo eyo OO D GND2 Li i it ooo i jle EN gle oT O segger cons ta Se d VILT amt M NG EE i DNK Ke Pi 3 Wi USB Pi Uu KG PO 2 en N po 4 DA14583 Peder PE PO 6 Led DI TT PO 7 W d PO 3 L i JE PO 0 GND1 ep L BATS ebe TMS SE amp 1285 02 A J Led D5 a gt ve Led D4 Bo 28p 4 OTP programming hea
30. nnnn 36 Figure 25 general overview of the DA14583 development board sese 37 Figure 26 DA14583 Connection diagram of J10 Us 37 Figure 27 Open the CLI of SmartSnippets iii 38 Figure 28 SmMarSnipDelS OULD U E 38 Foure 29 POMEAICNCY Kn EE 42 Tables Table 1 Content of the DEVKT Basic Kit 5 ENER 7 A E E A E E E A 9 TOLEA DATI EE 9 EDG NNN 10 pe oes Ke de LE 11 Table 7 Installation tools and drivers ss 23 Table 8 Way of Working WoW loading Blinky code 27 Table 9 Run an example on DA14580 581 583 rrrnnnrnnnrnrvnrnnnnrnvvnrnnnnnnevnnnnnnnrennrnnnnnsennnnnnnnsennnnnnnnnnnn 29 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 3 of 44 O 2015 Dialog Semiconductor d SEMICONDUCTOR g UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 1 Terms and definitions BLE Bluetooth Low Energy CS Chip Select DK Development Kit EEPROM Electrically Erasable Programmable Memory FTDI Brand name of USB UART interface GPIO General Purpose Input Output OTP One Time Programmable PCB printed circuit board QFN Quad Flat No leads SDK Software Development Kit SPI Serial Peripheral Interface SRAM Static Random Access Memory SWD Serial Wire Debug USB Universal Serial Bus UART Universal Asynchronous Receiver Transceiver WLCSP Wafer Level Chip Scale Packaging WoW Way of Working 2 References 1 DA14580 Datasheet Dialog Semiconductor 2 DA14581 Datasheet Dialog Semiconductor
31. og SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 3 DA14580 DA14581 basic kit 3 3 1 Differences between the DA14580 580 583 The motherboard of the DEVKT Pro will not change Only the daughters of the DA14580 581 583 are different Table 3 DA14580 ES WW we WL CSP34 QFN40 QFN48 General Purpose 12 24 ROM 84kBytes OTP 32kBytes RAM 50kBytes Table 4 DA14581 KE men WL CSP34 QFN40 User manual CFR0012 00 Rev 2 General Purpose ROM 84kBytes OTP 32kBytes RAM 50kBytes 2 5x2 5x0 5mm pitch 0 4mm 5x5x0 9mm pitch 0 4mm 6x6x0 9mm pitch 0 4mm Package 2 5x2 5x0 5mm pitch 0 4mm 5x5x0 9mm pitch 0 4mm Revision 2 3 9 of 44 Key Features Bluetooth 4 0 4 1 Cortex MO application processor Power supply 0 9 3 3V Single pin RF I O Rich set of analog and digital peripherals Key Features Bluetooth 4 0 4 1 Cortex MO application processor Power supply 0 9 3 3V Single pin RF I O Rich set of analog and digital peripherals 8 connections Optimized boot time Applications Beacon amp Proximity Health amp Fitness HID Smart Home Applications Wireless charging A4WP HCI 03 Jun 2015 2015 Dialog Semiconductor UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic Table 5 DA14583 General Memory size Purpose NO s Flash 1 Mbit 1
32. ommand window here igenge Oper Inchude un bbtary rare wth v New folder Uf Frvontes BE Desktop i bin Downloads re Open Open m new process Recent Places 0 pen on NEW wINdow Gut Rach Figure 27 Open the CLI of SmartSnippets Finally in order to write a value 0x1347 example of a Bluetooth device address at the address 0x93 for instance the following command line can be written SmartSnippets exe type spi chip DA14580 01 jtag 228202458 cmd write field offset 0x93 data 1347 firmware D SmartSnippets resources jtag_programmer bin The output should be SWD DP with ID WxMEH11477 it 4 code CHP slots and literal lots Found Cortex rip Little endian BILE device DAIL4580 selected Using default GPIO pin Id P1 2 File c Nusers olagnieu snartenippets ressources jtag_progranmmer bin could not been found Using default baudrate 57600 Hd Burned 2 bytes to address 8x 8H93 Figure 28 SmartSnippets output User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 38 of 44 O 2015 Dialog Semiconductor mom dialog DA14580 581 583 Bluetooth Smart development kit Basic Appendix F Issues with opening a project for the first time F 1 Issue description When a user is working on a Keil uVision project it can happen that some entries are be missing in the uvopt file If this happens then when the user clicks on the button settings options debug tag with the J LIN
33. oth Smart development kit Basic KA Options for Target Cortex M0 SDK Simulator Device Target Output Listing User C C Asm Linker Debug Utiities Generic CPU Data Base v Software Pack Pack Kei ARMCortex_DFP 0 0 1 URL http www keil com pack Options for Target Device EE screen should look like this 2 ARM Cortex MO kr do Mr eee ol 0 ARM Cortex MO plus ARM Cortex M3 0 77 ARM Cortex M4 6 1 4 LA Options for Target BLINKY T Use Memory Layout from Target Dialog Make RW Sections Position Independent F Make RO Sections Position Independent T Dont Search Standard Libraries IV Report might fail Conditions as Errors Scatterfiles sct are used for selecting memory areas Scatter Lues and gees Ex 6 1 5 Linker cpu Cortex M0 o control 4ibrary_type microlib strict scatter utilities_and_startup blinky sc scatter file selection in Options for Target Linker Debug Utilties Use J LINK J TRACE Cortex v Settings Make sure J LINK J Trace d N Cortex is selected as shown and M Load Application at Startup I Run to maini the initialization file field is set Initialization File pet ae eae TT Et DORE Restore Debug Session Settings Iw Breakpoints M Toolbox IZ Watch Windows M Memory Display M System Viewer 6 1 6 User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 30 of 4
34. plications referred to in this document Such license must be separately sought by customer with Dialog Semiconductor All use of Dialog Semiconductor products software and applications referred to in this document are subject to Dialog Semiconductor s Standard Terms and Conditions of Sale unless otherwise stated Dialog Semiconductor All rights reserved RoHS Compliance Dialog Semiconductor complies to European Directive 2001 95 EC and from 2 January 2013 onwards to European Directive 2011 65 EU concerning Restriction of Hazardous Substances RoHS RoHS2 Dialog Semiconductor s statement on RoHS can be found on the customer portal https support diasemi com RoHS certificates from our suppliers are available on request Contacting Dialog Semiconductor United Kingdom Headquarters North America Singapore Dialog Semiconductor PLC Dialog Semiconductor Inc Dialog Semiconductor Singapore Phone 44 1793 757700 Phone 1 408 845 8500 Phone 65 64 849929 Germany Japan China Dialog Semiconductor GmbH Dialog Semiconductor K K Dialog Semiconductor China Phone 49 7021 805 0 Phone 81 3 5425 4567 Phone 86 21 5178 2561 The Netherlands Taiwan Korea Dialog Semiconductor B V Dialog Semiconductor Taiwan Dialog Semiconductor Korea Phone 31 73 640 8822 Phone 886 281 786 222 Phone 82 2 3469 8291 Email Web site enquiry diasemi com www dialog semiconductor com User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 44 of 44
35. puls puls puls puls xpuls sl Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 28 of 44 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 6 Using the demo kit Follow these steps shown in Table 9 to easily create a working demo kit Table 9 Run an example on DA14580 581 583 6 1 Run an example on the DA14580 581 583 After you download the SDK at WW include www dialog di misc semiconductor com support d Out The source code example can be di src found in the example directory p called peripheral_examples DA14580_peripheral_setup uvopt Double click amp DA14580_peripheral_setup uvproj 580 peripheral setup uvproj DA14580 penpheral setup uvopt bak 1580 peripheral setup uvproj ba C JLinkLog bt H JLinkSettings ini H Sysram ini 7 Geen BLEDA14580 SOK perchere etample DA 14500 serphelll element wants zm mg mms cher G De fo pen poet Myn pepa open Teen TES Window pep GAGs LT IRA RIRE RIR sme sale oer Oa The development environment should look like this when the project is opened with Keil t Flash Debug Peripherals Tools Si Click on the Target Options S a m button or W D D AD HL Full emb cortex MO User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 29 of 44 O 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Blueto
36. sic DER S Peck Installer amp Install Cortex Microcontroller Software Interface Standard CMSIS CORE DSP RTOS Driver Infineon XMC1000 Series Device Support E Install Infineon XMC4000 Series Device Support ARM Cortex M Profile Device Support Template Energy Micro EFM32 Giant Gecko Series Device Support Drivers and Examples ae Install Energy Micro EFM32 Gecko Series Device Support E Install Energy Micro EFM32 Leopard Gecko Series Device Support E Install Energy Micro EFM32 Tiny Gecko Series Device Support lt gt Install Energy Micro EFM32 Wonder Gecko Series Device Support lt gt Install Energy Micro EFM32 Zero Gecko Series Device Support Drivers and Examples E Install Spansion FMO Series Device Support amp Install Spansion FM3 Basic Series Device Support File Packs Window Help ai Deg Beck Action ARM CMSIS Infineon XMC1000_0FP Infinecre XMC8000 DFP KeikARMCostex DEP Keit EFMI2GG oa DES Keit EFM32Gece DER Keit EFMSZLGo0 DFP Kei EFM32T Goo DER Keit EFNIZWGaoo DFP KeikEFMGZZ Goo DER Keit FMOplus_DFP Keit FM3Banc DEP Description amp intal l Infineon XMC1000 Series Device Support amp Install Infineon XMC4000 Series Device Support L Voto dete ARM Cortex M Profile Device Support Template dg Install l Energy Micro EFM32 Giant Gecko Series Device Support Dri Install Energ
37. tor UM B 025 dialog SEMICONDUCTOR DA14580 581 583 Bluetooth Smart development kit Basic Add 4 jumpers as shown in the photo of 5 1 1 Start Keil IDE software and load Blinky example code Via this Blinky code the LED on the board starts blinking Also added in this code is the UART sending a text string See 0 In file periph setup h default PO 4 Tx and P0 5 Rx are used as UART 1O ports Compile and Debug the software The blinking led D7 is visible and the TeraTerm screen is showing popping up lines Choose the right com port via the Device Manager of your PC User manual f Jumpers J5 1 2 POWER left side J9 LED J4 11 12 PO 4 gt T RxD J4 13 14 PO 5 lt T TxD TMS J4 25 26 T TMS lt gt SWDIO and TCK J4 27 28 T TCK gt SW CLK X XKX XKX XXX KK X K K K K X K K K X K K K K X K K K X K X K K X X X X X K K X K K X K X K K K X K K X K K K K K X K X X K K K K K K K K K X X K K X K KX K X X K X X X t eee He eH file main c brief Blinky example for DA14580 581 SDK Copyright C 2012 Dialog Semiconductor Ltd unpublished work This computer program includes Confidential Proprietary Information and is a Trade Secret of Dialog Semiconductor Ltd All use disclosure and or reproduction is prohibited unless authorized in writing All Rights Reserved lt bluetooth support diasemi com gt and contri
38. used SPI EN is occupied for internal use Another pin should be chosen for SPI EN of the external component By using a Secondary Bootloader the proper pins are programmed to load the booting software from the SPl memory at startup User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 11 of 44 2015 Dialog Semiconductor dialog SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 3 4 1 PCB design and functionalities INT BAT Nell WC 1 T3 O TPS O T4 O dur ing OTP 228 01 A DAL4581DEVKT B Figure 3 Components on PCB top layer of the DA14580 581Basic kit The different components and functionalities are shown in Figure 4 A larger picture is shown in Appendix A EE DA14580 or DA14581 EE J8 US memory EE EE OTP Garg Flash 2Mbit x 28p JANG Ja be Lancpssssessmessumcssess Figure 4 Topview of PCB DA14580 581 with components and functionalities User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 12 of 44 2015 Dialog Semiconductor UM B 025 dialo Og DA14580 581 583 Bluetooth Smart development kit Basic The top screen layer of the DA14583 Basic Kit PCB is shown in Figure 5 J Link Technology INT BAT ann gger Cat J DA14583DEVKT B S alaa T OTP programming header voltage enable Figure 6 Topview of PCB DA14583 with components and functionalities User manual Revision 2 3 03 Jun 2015 CFR0012 00
39. uvopt file and close the text editor Open the Keil project in uVision Click on Project gt Options for Project XXX On the Debug Tab select J Link JJ TRACE Cortex debugger and click on the Settings button for the debugger not the simulator This is the instance where the crash would happen 9 The Cortex JLink JTrace Target Driver Setup Dialog opens Select your debugger as normal 10 Close the dialog windows clicking ok 11 Now normal operation of j link debugger is resumed After you have finished your work close the Keil uVision IDE to allow for updates to the uvopt file to be saved No User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 39 of 44 O 2015 Dialog Semiconductor dialo SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic Appendix G Blinky Test software XX KAKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK LS file main c brief Blinky example for DA14580 581 SDK Copyright C 2012 Dialog Semiconductor Ltd unpublished work This computer program includes Confidential Proprietary Information and is a Trade Secret of Dialog Semiconductor Ltd All use disclosure and or reproduction is prohibited unless authorized in writing All Rights Reserved lt bluetooth support diasemi com gt and contributors KEKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK KKK KKK KK KKK KKK
40. vision 2 3 03 Jun 2015 CFR0012 00 Rev 2 7 0f 44 O 2015 Dialog Semiconductor d SEMICONDUCTOR g o dk appslkeil projects prod test This folder includes the source code of the production test firmware Refer to UM B 008 DA14580 581 583 Production test tool pdf for more information how to build and use it UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic e host apps This folder holds the DA14580 581 583 PC applications o host_apps windows proximity This folder includes two Windows C applications with each one acting as part of a proximity monitor and a proximity reporter application They are placed in subfolders monitor and reporter respectively For details please read the DA14580 Proximity Application Guide o host_binaries windows proximity This folder includes two pre compiled Windows executables which correspond to the C applications described right above and are included for user convenience o peripheral examples This folder includes sample code of how to use the peripheral blocks of the DA14580 e g UART SPI 12C etc bundled to a demo kit For details please refer to 9 e tools o tools prod_test prod_test_cmds This folder includes the source code of the production test tool Refer to UM B 008 DA14580 581 583 Production test tool pdf for more information how to build and use it User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 8 of 44 O 2015 Dialog Semiconductor dial
41. y Micro EFM32 Gecko Series Device Support A LENT Cortes BA Z hast Energy Micro EFM32 Leopard Gecko Series Device Support amp Install Energy Micro EFM32 Tiny Gecko Series Device Support amp Install Energy Micro EFM32 Wonder Gecko Seres Device Support Install Energy Micro EFM32 Zero Gecko Series Device Support Driv amp Install Spansion FMD Series Device Support EAS ARM CMSDK devices 9S ARM Cortex MO Dew H MO p Dev 6 ARM Cortex M3 Y ARM Cortex M4 PAS ARM C000 4 ARM SC Atmel Install Spansion FM3 Basic Series Device Support Energy Micro User manual Revision 2 3 03 Jun 2015 CFR0012 00 Rev 2 23 of 44 2015 Dialog Semiconductor dialo SEMICONDUCTOR UM B 025 DA14580 581 583 Bluetooth Smart development kit Basic 4 2 SEGGER Jlink driver FT J Link software amp documentation pack for Windows Download and install the Jlink i FREE ET BE Installing the software will automatically install the J Link USB drivers t als software amp documentation pack for software can be installed on the same PC without problems they will co e Windows The package contains Please note that your SEGGER Jlink serial number is required for downloading Use sticker number on backside of board GDB Server Support for GDB and other debuggers using the san J Link Configurator Free utility to manage various number of J L J Link Commander Simple command line utility prim
42. y Reporter External processor prox reporter ext 581 uvproj configuration prox reporter ext 583 uvproj prox reporter extiKeil 5 prox reporter ext uvprojx prox reporter ext 581 uvprojx prox reporter ext 583 uvprojx prox_reporter Keil_ 4 prox reporter uvproj Proximity Reporter Integrated prox reporter 581 uvproj processor configuration prox reporter 583 uvpro prox_reporter Keil_ 5 prox reporter uvprojx prox reporter 581 uvprojx prox reporter 583 uvprojx prox monitor ext usblKeil 4 prox monitor ext usb uvpro Proximity Monitor External processor prox monitor ext usb 581 uvproj configuration prox monitor ext usb 583 uvproj Version for USB dongle prox monitor ext usbl Keil 5 prox monitor ext usb uvprojx prox monitor ext usb 581 uvprojx prox monitor ext usb 583 uvprojx prox reporter _ext_usb Keil_ 4 prox reporter ext usb uvproj Proximity Reporter External processor prox reporter evt usb 581 uvproj configuration prox reporter ext usb 583 uvproj Version for USB dongle prox reporter ext usbiKeil 5 prox reporter ext usb uvprojx prox reporter ext usb _581 uvprojx prox_reporter_ext_usb _583 uvprojx prox_reporter_ext_spi Keil_4 prox reporter ext spi uvpro Proximity Reporter External processor prox reporter evt spi 581 uvproj SPI version prox reporter ext spi 583 uvpro prox reporter ext spilkeil 5 prox reporter ext spi uvprojx prox reporter ext spi 581 uvprojx prox reporter ext spi 583 uvprojx User manual Re
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