TDA525X_UWLink-Adapter-Board_User
Contents
1. SIB Status SIB2 IFXW1B01 MUCW0017 OH Register download gt OK ist Refresh Reset Open Close Updated SFR ADC Ox0081 lt At Sen egister download gt Auto Write Figure 10 TDA525X Explorer Explorer tab User Manual Revision 1 0 2012 01 25 www BDT IC com infineon wl infi neon TDA525X UWLink Evaluation Kit TDA525X UWLink Adapter Board with UWLink Mainboard as interface TDA525X Board and Windows PC Address Vaue 15 14 13 1211109 8 765 43210 oo oF EIERE RSR SEI EI R SFR_FSK oo Aac MH OOAMOwWMHROOAAAwOeo SFR_XTAL_TUNING DG EIER RE o3 s FELHELELELELEKEL OI A A A M EI IM o RSR RSR EIRSWDEEIEIP w5 eu RSR RRSDOE ao em EIER a7 w EI oo pr TLELELLELETLELEL Si RR Si Ki 7 Save Button Chip Control SIB Status SIB2 1FXWIBO1 MUCWO017 OH Register download gt OK A Updated SFR ADC Ox0081 lt o OCF E sde Register download gt OK 145 14 13 12 11109 8 oo os EIERE R man Ac EIEIEIEI RRE D Rie am IM GEO M MMMA MMA A mp y A AADAMA aoe mm EIEIEIERIDREIRIREEIR 200 am ile Open Button Chip Control SIB Status S1B2 IFXW1B01 MUCW0017 H Register download gt OK Updated SFA ADC O08 c OSF SFR_STATUS x0080 lt 0x21 Register download gt OK Figure 12 File Open butt2. WE en Cinfineon Never stop thinking K TEE TDA525xX UWLink Evaluation Kit Universal Wireless Link TDAS25X ASK FSK Transceiver for the ISM frequency bands of 315 MHz 484MHz 868 MHz and 915 MHz User Manual Revision 1 0 2012 01 25 Wireless Control WW WA W D p Edition 2012 01 25 Published by Infineon Technologies AG 81726 Munich Germany 2012 Infineon Technologies AG All Rights Reserved Legal Disclaimer The information given in this document shall in no event be regarded as a guarantee of conditions or characteristics With respect to any examples or hints given herein any typical values stated herein and or any information regarding the application of the device Infineon Technologies hereby disclaims any and all warranties and liabilities of any kind including without limitation warranties of non infringement of intellectual property rights of any third party Information For further information on technology delivery terms and conditions and prices please contact the nearest Infineon Technologies Office www infineon com Warnings Due to technical requirements components may contain dangerous substances For information on the types in question please contact the nearest Infineon Technologies Office Infineon Technologies components may be used in life support devices or systems only with the express written approval of Infineon Technologies if a failure of such components
3. AG FLEXGO of Microsoft Corporation FlexRay is licensed by FlexRay Consortium HYPERTERMINAL of Hilgraeve Incorporated IEC of Commission Electrotechnique Internationale IrDA of Infrared Data Association Corporation ISO of INTERNATIONAL ORGANIZATION FOR STANDARDIZATION MATLAB of MathWorks Inc MAXIM of Maxim Integrated Products Inc MICROTEC NUCLEUS of Mentor Graphics Corporation Mifare of NXP MIPI of MIPI Alliance Inc MIPS of MIPS Technologies Inc USA muRata of MURATA MANUFACTURING CO MICROWAVE OFFICE MWO of Applied Wave Research Inc OmniVision of OmniVision Technologies Inc Openwave Openwave Systems Inc RED HAT Red Hat Inc RFMD RF Micro Devices Inc SIRIUS of Sirius Satellite Radio Inc SOLARIS of Sun Microsystems Inc SPANSION of Spansion LLC Ltd Symbian of Symbian Software Limited TAIYO YUDEN of Taiyo Yuden Co TEAKLITE of CEVA Inc TEKTRONIX of Tektronix Inc TOKO of TOKO KABUSHIKI KAISHA TA UNIX of X Open Company Limited VERILOG PALLADIUM of Cadence Design Systems Inc VLYNQ of Texas Instruments Incorporated VXWORKS WIND RIVER of WIND RIVER SYSTEMS INC ZETEX of Diodes Zetex Limited Last Trademarks Update 2011 02 24 Template central_a4_template_20090126 dot 3 00 2009 01 26 www BDTIC com infineon RE en infi neon TDA525X UWLink Evaluation Kit Table of Contents Table of Contents MOGUCOM o sec wiecrec eee ce cticesene ses ooe ccna eee sales eet reievact os ssseacienes Usauvueetisewcenueces
4. Off Time Register ae ADC Input VC J RSSI RSSI threshold Clock Divider Chip variant TDA5250 e Clock divider 18 1 00 MHz ne Clock divider output Output from divider 18 089 MHz 32kHz Window Count Complete XTAL Config FET Bipolar FSK Ramp only in bipolar mode lt 0 2us gt 32 kBit s N lt 4us 32kBits N lt 8us 16kBit s N lt 12ps 12 kBit s N Building Blocks Power Down j Band Gap Reference Z RC Oscillator Window Counter ADC Peak Detectors Data Slicer Data Filter Quadri Correlator Limiter 1 Q Filters v LO Mixer Z 1st Mixer J LNA 4 Power Amplifier Z PLL Z XTAL Oscillator rc Chip Control SIB2 1FXWIB01 MUCW0017 J Refresh Reset Open Open ss Updated Geese Auto Write SIB Status 2 registers read SFR_ADC 0x0081 lt 0x81 SFR_STATUS Gx0080 lt 0x01 olorer Wizard Device SIB2 IFXW1IB01 MUCW0017 initialized Device SIB2 FXW1B01 MUCWO0017 closed E gt Self Polling Mode RXTX and ASKIFSK external controlled Register Controlled FSK j ASK K j RX g pensan EE controll RX Data inversion Enable Receiver Transmit power Low TX 23 High TX power power Frequency Counter Mode One shot J Continuous Low gain em High gain Lowpass g fean Normal All Power operation d
5. can reasonably be expected to cause the failure of that life support device or system or to affect the safety or effectiveness of that device or system Life support devices or systems are intended to be implanted in the human body or to support and or maintain and sustain and or protect human life If they fail it is reasonable to assume that the health of the user or other persons may be endangered www BDTIC com infineon RE en infi neon TDA525X UWLink Evaluation Kit TDA525X UWLink Evaluation Kit Revision History 2012 01 25 1 0 Previous Revision none Page Subjects major changes since last revision initial version Trademarks of Infineon Technologies AG AURIX C166 CanPAK CIPOS CIPURSE EconoPACK CoolMOS CoolSET CORECONTROL CROSSAVE DAVE EasyPIM EconoBRIDGE EconoDUAL EconoPIM EiceDRIVER eupec FCOS HITFET HybridPACK IRF ISOFACE IsoPACK MIPAQ ModSTACK my d NovalithIC OptiMOS ORIGA PRIMARION PrimePACK PrimeSTACK PRO SIL PROFET RASIC ReverSave SatRIC SIEGET SINDRION SIPMOS SmartLEWIS SOLID FLASH TEMPFET thinQ TRENCHSTOP TriCore Other Trademarks Advance Design System ADS of Agilent Technologies AMBA ARM MULTI ICE KEIL PRIMECELL REALVIEW THUMB uVision of ARM Limited UK AUTOSAR is licensed by AUTOSAR development partnership Bluetooth of Bluetooth SIG Inc CAT iq of DECT Forum COLOSSUS FirstGPS of Trimble Navigation Ltd EMV of EMVCo LLC Visa Holdings Inc EPCOS of Epcos
6. interface between the TDA525X Board and a Windows PC Before using the UWLink Mainboard and TDA525X UWLink Adapter Board as interface the required software which can be downloaded from the Infineon Web page see link below has to be installed Please follow this step by step approach when you start up your TDA525X UWLink Set for the first time Important Note The TDA525X Explorer Windows Software requires the DAS Device Access Server and the SIB Server services running in the background Both are automatically installed while following the steps below Step 1 Installation of the TDA525X Explorer Go to www infineon com TDA525X and download the latest TDA525X Explorer Installation Package e g TDA525X_Explorer_E1 1 05 zip Extract the ZIP archive to a temporary directory on your PC Open the sub directory 1_ DAS and execute DAS_ setup exe and follow the on screen instructions Execute TDA525X_Explorer_E1 1 05 exe and follow the on screen instructions Execute the NextGenLoader and start the installation of the SIB Server by just double clicking at the SIB Server button see 0 and follow the on screen instructions Figure 4 SIB Server button Step 2 Usage of the TDA525X Explorer User Manual Start the TDA525X Explorer by double clicking at the TDA525X Explorer button see Figure 5 Click to OPEN in the Wizard tab to start the communication see Figure 6 Now you are ready to configure the TDA525xX Either by changing
7. the settings in the Wizard tab of the TDA525X Explorer see Figure 7 or by changing the bit values of each register directly in the Registers tab see Figure 9 CAUTION If you choose RX TX and ASK FSK Register Controlled see Figure 8 it is strongly recommend to remove the jumper of the RX TX multi pin connector and ASK FSK multi pin connector to avoid conflicting hardware and software settings and harming of the TDA525xX Revision 1 0 2012 01 25 www BDTIC com infineon RE en infi neon TDA525X UWLink Evaluation Kit TDA525X UWLink Adapter Board with UWLink Mainboard as interface TDA525X Board and Windows PC Furthermore you can read the SFR Status register and SFR ADC register at the Explore tab See the RSSI Voltage and Vcc Measurement and Data valid decision fields in the Explore tab see Figure 10 m The registers settings can be saved as config file _spi def by clicking at the Save button in the Register tab on the one hand see Figure 11 Already available config files can be loaded by clicking at the File Open button on the other hand see Figure 12 Figure 5 TDA525X Explorer button SIB2 Register 5 Wizard Registers Explore About Subgroup Selection 1 Configuration Z Q e General Chip Configuration XTAL Tuning Filter bandwidth RSSI_TH3 XTAL Config 3 iti 3dB Cutoff frequency 2 Slave Mode Timer Mode 5 Self Polling Mode ingle ES Det Filter ADC Input
8. BDT IC com infineon wl infi neon TDA525X UWLink Evaluation Kit TDA525X UWLink Adapter Board with UWLink Mainboard as interface TDA525X Board and Windows PC x a wo S 2 SFR_XTAL_TUNING SFR_LPF Se R E AAAA SFR_OFF_TIME a6 3300 RR SEIEIRRREIEIEIEIEIE SFR_COUNT_TH1 ae emm EIERE SFR_COUNT_TH2 mfua Note Manual changes inthe register list are allowed in principle but not subject of input validation ieee eee setting might be Ss DR DR E 7 E 7 am am am E E oO E E E O Chip Control SIB Status S1B2 IFXW1B01 MUCW0017 Wi 2 registers read SFR_ADC 0x0081 lt 0x81 SFR_STATUS 0x0080 lt 0x01 Updated Read Registers Registers Device SIB2 IFXWIBO1 MUCW0017 initialized Device SIB2 IFXWIBO1 MUCW0017 closed fal gt Data Rate lt TH1 THI lt Data Rate lt TH2 Logging TDA525x O Data Rate gt TH2 Data Rate lt 0 5 TH1 Update this meter by pressing the Read 0 5 TH1 lt Data Rate D ETH registers button Data Rate gt 0 5 TH2 ADC power down feedback RSSI value TH3 SELECT feedback bit RSSI value gt TH3 1028x782 Power Down and Data Detect pin Test transmission Note Power Down mode can be also activated LE eem Power Down J Device Active Datarate Hz 2000 V
9. FET J Bipolar 3 FSK or ASK RX vec J Rssi RX TX and ASK FSK external controlled El SpF J FSK Ramp only in 3 5 Register Controlled Aet 3dB Cutoff frequency bipolar mode FSK L ASK of IQ Filter RSSI threshold d s gt 32 kBit s N SS iw 7 63 ith _ RX pF Pk X lt 4us 32 kBit s N 5 lt 8us 16 kBit s N Note Bit must be set to Register controlled in order to V 500fF control the TDA525x by the PC software Datarate thresholds lt 12us 12 kBit s N E 250 F COUNT_TH1 CLK off during power down C RX Data inversion Setting for negative Always CLK on ever in PD 7 Enable Receiver shift FSK COUNT_TH2 E 4pF 0 Transmit power E 2pF Clock Divider Building Blocks Power Down Data oi r aways Low TX J High TX 7 1pF Band Gan Ref vali data out power power EE jand Gap Reference V SOOFF St dee RC Oscillator ADC Mode Frequency Counter Mode E 2500F TDA5251 z Window Counter Continuous Continuous ADC One shot One shot 12 F gaies vV mode J mode Clock divider Peak Detecto m RX f RC 32000 Hz Data filter Low gain Y High gain iz ie Quadri Correlator 8pF T_On 10 ms Clock divider output Limiter Lowpass J Geen V 4pF T_off 100 ms Output from divider 3 Cal E L VIDE Normal 1 All Power P On Time Register 13 125 MHz Ist Mixer operation V down E 1pF 65216 LNA i mode se 32kH aaa ae overs J Test BZ Off Time Register E a E 2500F ae Window Coun
10. SK and RX TX multi pin connector according the desired mode see Figure 2 Apply an antenna or RF signal generator on the 50 Q RF connector X1 see Figure 3 if the RX mode is selected Use an ASK modulated or FSK modulated RF signal according the selected mode Apply an antenna or Spectrum Analyzer to be able to measure the spectrum for instance on the 50 Q RF connector X1 see Figure 3 if the TX mode is selected via RX TX Jumper CAUTION Applying a signal from a RF signal generator for instance in TX mode could possibly damage the power amplifier output of the TDA525X Connect the Data Input Output X2 see Figure 3 to an Oscilloscope for instance to be able to measure the data signal in case of RX mode via RX TX Jumper is selected Apply a data signal or just a rectangular signal on the Data Input Output X2 see Figure 3 if TX mode is selected For data signal Low and High level see Data Sheet Revision 1 0 2012 01 25 www BDTIC com infineon User Manual
11. cevteevuse csacueestsavec 5 Using the TDA525X Board as stand alone module cceccceeeeeeeeeeeeeeeeenneeeeeeeeaneeeeeeeeeseeeseenenneees 6 Using the TDA525X UWLink Adapter Board together with the UWLink Mainboard as interface between the TDA525X Board and a Windows PC cocacinisasicctessiacenecenescsiesenssnshsieveeasendedensuseyvnecundavsseuceuuscevaeuesstiereweteddne 7 List of Figures Figure 1 TDA525X Board UWLink Adapter Board UW Link Motherboard cccceecccceeceeeeeeeseeeeeeeeeeeaeees 5 let ia e EE 6 FS OMA e 6 Pigite 42 e EE 7 Figure 5 DA525X Explorer DUON RE 8 Figure 6 TDA525X Explorer Open button Error Bookmark not defined Fig wget 5X E vpk gegeg gegggiglgdie mmm emm ges 9 Figure 8 RX TX and ASK FSK external controlled or register controlled cccecseeeecceecseeeeeeeeadeeeeeeeseeeeeeeeeeseeeseeeeeeas 9 Figuroikk DASSE Exploraiiegister tab SW R W BR BD I A 10 me My 0 J See cer ee ee 10 me el ee ee 11 ee de gn Ol ee 11 User Manual 4 Revision 1 0 2012 01 25 www BDTIC com infineon RE en infi neon TDA525X UWLink Evaluation Kit Introduction 1 Introduction The TDA525X Board can either be used as stand alone module see respective data sheet or together with the UWLink Adapter Board and the UWLink Mainboard as Interface to your Windows PC For that purpose the TDA525X Explorer Windows Software may also be used to set the configuratio
12. n registers and to read out the status registers of the TDA525X as well as of the TDA525X J x Ve SL oo LD e UI CELS Ch one m EP H e si x H Ase el dd Za 3 P e 5 CC mmmm E pf e ep Bags f ri WS 2 d E trete i Sie be Es i A SZ 2h E S ae pe Or feet a ire Wi i sg Figure 1 TDA525X Board UWLink Adapter Board UWLink Motherboard User Manual Revision 1 0 2012 01 25 www BDT IC com infineon Infineon TDA525X UWLink Evaluation Kit TDA525X UWLink Adapter Board with UWLink Mainboard as interface TDA525X Board and Windows PC Using the TDA525X Board as stand alone module Leave jumper X4 X11 X12 X19 and X20 open see Figure 2 Select either RX mode or TX mode by setting the jumper of the RX TX multi pin connector X8 accordingly see Figure 2 below or Figure 4 4 of the respective Data Sheet Select either ASK or FSK by setting the jumper of the ASK FSK multi pin connector X7 accordingly see Figure 2 below or Figure 4 4 of the respective Data Sheet Apply a supply voltage of 3V 2 1V to 5V to connector X3 for polarity see Figure 3 below or Figure 4 4 of the Data sheet Apply an antenna or RF signal generator on the 50 Q RF connector X1 see Figure 3 below or Figure 4 4 of the the Data Sheet if the RX mode is selected via RX TX Jumper Use an ASK modulated or FSK modulated RF signal according the mode selected by the jumper
13. of the ASK FSK multi pin connector Apply an antenna or Spectrum Analyzer to be able to measure the spectrum for instance on the 50 RF connector X1 see Figure 3 if the TX mode is selected via RX TX Jumper CAUTION Applying a signal from a RF signal generator for instance in TX mode could possibly damage the power amplifier output of the TDA525X Connect the Data Input Output X2 see Figure 3 to an Oscilloscope for instance to be able to measure the data Output signal in case of RX mode via RX TX Jumper is selected Apply a data signal a PRBS9 sequence or just a rectangular signal on the Data Input Output X2 see Figure 3 if TX mode is selected For data signal Low and High level see the Data Sheet E N N eg ta D Ac ASK FSK Gaz Pry oe er r 2 em AAL C2 s Ss way 2 E ee Tl e X p I w ess af u AT i H i Le ZS mm DEER 1 0 c H 140 X4 stboard 4 2 Infineon Tecthinol gies TOAS25 O ILL mM ID E AAAAAARA Figure 2 Jumpers User Manual www BDTIC com infineon Data Vcc Infineon Technologies TOAS256 Testboard 4 2 AAAAAAA Figure 3 Connectors Revision 1 0 2012 01 25 RE en infi neon TDA525X UWLink Evaluation Kit TDA525X UWLink Adapter Board with UWLink Mainboard as interface TDA525X Board and Windows PC Using the TDA525X UWLink Adapter Board together with the UWLink Mainboard as
14. on User Manual Revision 1 0 2012 01 25 www BDT IC com infineon Ce infi neon TDA525X UWLink Evaluation Kit TDA525X UWLink Adapter Board with UWLink Mainboard as interface TDA525X Board and Windows PC Step 3 Configure the TDA525X Board by the TDA525X Explorer via the USB connector of the PC Connect the TDA525X Evaluation Board to the TDA525X UWLink Adapter Board and the TDA525X UWLink Adapter Board to the UWLink Mainboard m Close jumper X4 X11 X12 X19 and X20 see Figure 2 CAUTION If there is just a 1 pole pin connector instead of X4 the external power supply typically 3V see next instruction below has also to be applied to this 1 pole pin connector The TDA525X Evaluation Board has to be supplied by an external power supply of 3V 2 1V to 5V via connector X3 For the polarity of X3 see also Figure 3 Connect the UWLink Mainboard to the USB connector of your PC Start the TDA525X Explorer by double clicking at the TDA525X Explorer button see Figure 5 Click to OPEN in the Wizard tab to start the communication see Error Reference source not found It is strongly recommended to remove the jumper of the RX TX multi pin connector and ASK FSK multi pin connector before you select RX TX and ASK FSK Register Controlled see 0 to avoid conflicting hardware and software settings and harming of the TDA525xX If you select RX TX and ASK FSK external controlled see Figure 8 you have to set the jumper of the ASK F
15. own iren mg Testmode XTAL Tuning Setting for positive s Teak or ASK RX E SpF 4pF 2pF E 1pF 500F 250FF Setting for negative shift FSK E 4pF 2pF 1pF 500F 250FF 12 F ASK TX or FSK RX El SpF M er GEI E 1pF 500F E 250F Filter bandwidth 3dB Cutoff of Data Filter 7kHz 3dB Cutoff of UO Filter Datarate thresholds COUNT_TH1 D COUNT_TH2 D On Off Time Re 32000 Hz Ti g On 10 ms Off 100 ms On Time Register 65216 Off Time Register 62336 Clock Divider Chip variant TDA5250 Clock divider 18 1 00 MHz Z Clock divider output Output from divider 18 089 MHz 32kHz Window Count Complete XTAL Config FET Bipolar FSK Ramp only in bipolar mode lt 0 2us gt 32 kBit s N lt 4us 32 kBit s N lt 8us 16 kBit s N lt 12ps 12 kBits N Building Blocks Power Down J Band Gap Reference v RC Oscillator 7 Window Counter v ADC v Peak Detectors v Data Slicer v Data Piter Chip Control S1B2 IFXW1B01 MUCW0017 Refresh Resets Open L SIB Status 2 registers read SFR_ADC 0x0081 lt 0x81 SFR_STATUS 0x0080 lt 0x01 Device SIB2 IFXWIBO1 MUCW0017 initialized Device SIB2 IFXWIBO1 MUCW0017 closed RX TX and ASK FSK external controlled or register controlled Revision 1 0 2012 01 25 www
16. t PLL D E Complete XTAL Oscillat Chip Control SIB Status OH Reset ose Updated T Auto Write Figure 6 TDA525X Explorer Open button User Manual Revision 1 0 2012 01 25 www BDT IC com infineon Infineon Figure 8 User Manual TDA525X UWLink Evaluation Kit TDA525X UWLink Adapter Board with UWLink Mainboard as interface TDA525X Board and Windows PC General Chip Configuration Slave Mode Timer Mode Self Polling Mode RXTX and ASK FSK external controlled Register Controlled FSK Lk ASK TX J RX Note Bit must be set to Register controlled in order to control the TDA525x by the PC software CLK off during power down E RX Data inversion Always CLK on ever in PD Enable Receiver Transmit power Data out if 1 aves Low TX valid data out power ADC Mode One shot el ae LNA Gain Low gain High gain en J Bethe cl oe Normal 1 Testmode XTAL Tuning Setting for positive shift FSK or ASK RX SpF 4pF 2pF 1pF 500fF 250 F Setting for negative shift FSK E 4pF 2pF IpF 500 F E 250F 12 F ASK TX or FSK RX E SpF 7 4pF GEZ E 1pF 7 500F E 250F Filter bandwidth 3dB Cutoff of Data Filter 7kHz z 3dB Cutoff fr of I Q Filter 150 kHz z Datarate thresholds COUNT HI D COUNT_TH2 0 On Off Time f Rc 32000 Hz T_On 18 ms T_of 100 ms On Time Register 65216
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