TDA7255V Evaluation Kit User Manual
Contents
1. made gf ADC and Frequency Chap Corea SID Reset Figure 11 TDA7255V Explorer Explorer tab Test transmission field User Manual 13 Hevision 1 0 2010 12 01 In fineon TDA7255V Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC 8 RSSI Volle aed vic Manur i Doi walked ADS Data Fate e THI E eve 5905 mV z 400 800 m lt Data Rata lt THE i 1 Duis Rate TH2 ene 0 1200 Registers buzon Data Raie cO S THT EDC value RENS Update this meter by pressing the Rata gt OTH ADC power down feedback Q RSSI value Q SELECT fes ASS value gt THI Power Down and Gate Detect trorum on Power Down mode can be also actrvatd by bit DIH in register Power Down Device Active PRESS Generator So T Detarete 2000 Note In order do get Has curent id or Chip Control SID S21 ET GRANIIT reguber read a SPR ADIC 0081 SF Refresh SFR STATUS 50 m I I neg megia rese SPR ADI Deft 00 S10 rad Ik SF2. kuyun Sus TC uic EE URS 12 ON XO ION EN RM EUNT UN HIN Un UNUS 13 TDA7255V Explorer Explorer tab Test transmission 0 13 TDA7255V Explorer Explorer tab Power Down and Data Detect pin 14 ai TT usan 14 ill SEDEM sree 14 Be UN omm 15 User Manual 5 Revision 1 0 2010 12 01 In fineon TDA7255V Introduction 1 Introduction The TDA7255V UWLINK Extension Board can either be used as stand alone module with any other system environment or together with the UWLink Mainboard as Interface to your Windows PC The TDA7255V Explorer Windows Software may be used to set the configuration registers and to read out the status registers of the TDA7255V Figure 1 Evaluation Kit 2 x TDA7255V UWLink Mainboard amp Extension Board User Manual 6 Hevision 1 0 2010 12 01 In fineon TDA7255V Using the TDA7255V UWLink Extension Board as stand alone module 2 Using the TDA7255V UWLink Extension Board as stand alone module Close solder bridge JP1 see Figure 3 default setting of the TDA7255V UWLink Extension Board Leave solder bridge JP2 JP3 JP4 and JP5 open see Figure 3 default setting of the TDA7
3. Chip Control SIB Status 02 3FXWI001 GRZW0011 Q m J Om Figure 7 TDA7255V Explorer Wizard tab User Manual 11 Hevision 1 0 2010 12 01 Infineon TDA7255V 11 10 3 7 348 Cutoff frequency Dais Fiker ADE input FSK ASKAN 7kHa Rss of UG Fiber Datarste thresholds XTAL Config OSF COUNT TH1 7 FET COUNT 2 0 Tank dk cus 2 Blocks Des 32 Gap ies 12 V Widow Courter Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC FESSI threshold Bx SK 2X0 Clock divider ouput y Data Fiter divider Quan Comelator F7 Unter iter 00 um Car Register Windew 7 Tat Mever Er 65216 riu uxo ir i v XT L Orolo Chip S Sake 1B2 1FZWIBOT GRZWDOT FR AI den n5 Retresr Q Updwed SFR STATUS 003 Freed SFR ADC ce D BEERENEEEN AE miu T n
4. Cnfineon Never stop thinking TDA7255V UWLink Evaluation Kit Universal Wireless Link TDA 255V ASK FSK Transceiver for the 434 MHz frequency band User Manual Hevision 1 0 2010 12 01 Wireless Control Edition 2010 12 01 Published Infineon Technologies AG 81726 Munich Germany 2010 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 can reasonably be expected to cause the failure of that
5. E SPR STATUS Q Updated Registers Wite Registers Imge mad s bo Wie Def 15 M 13 12 11 0 9 8 FI FI F F FI EJ F F E E E pmpnnnmnmnnnre FPP nn w m om alaj m im am m m mi a m Im SFR_ATAL COMFS SFR BLOCK PD S000 0 m i n as x x lxx x 21002 mim s mia mima 515 90 DIDI DIDI DIDI Save button SIB2 IFXWIBOT GRZWOOT Q Z segera read a SER ADC Retesh Reem T Upisa SFR STATUS x0080 lt x03 r 2 regate radi Fand ein Figure 14 Save button User Manual 14 Revision 1 0 2010 12 01 In fineon TDA7255V Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC Bl roa255V Explorer build ELLIS Fiegister SPI File Contig Daa Lead Defauits please enter setting descrg Logging TDA7255V SFR BLOCK PD SFR STATUS SFR_ADC ile Open button Pa r runam Figure 15 File Open button Step 3 Configure the TDA7255V UWLink Extension Board by the TDA7255V Explorer via the USB connector of the PC If reset via TDA7255V Explorer is desired or requi
6. one hand see Figure 14 Already available config files can loaded by clicking at the File Open button on the other hand see Figure 15 pe TDA7255V W Explorer Figure 5 TDA7255V Explorer button User Manual 10 Hevision 1 0 2010 12 01 Infineon TDA7255V Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC SB Register Logging 7255 Was Regetem Subgroup Selecson 1 Configuration General Che Configuration Slave Mode Timer Mode end ASK SK external controlled Register Controlled Jom ASK TX J RX Note must be set to Register controlled in order to control the TDAS26x by the PC software RX Data rrversion Enable of during power down Always CLK on ever ia PO Low TX 2 XTAL Tuning Setting for she oF ASK RX Figure 6 TDA7255V Explorer Open button Logging TDA7255V 7255 Explorer build 1 05 FET 2 Bipolar FSK Ramo only in bepolar mode 9 Os gt N kBits N ius X2kBi sN dus 16 kits N lt 12 12 k tis N Glock Divider Clock divider output Output from divider 18 039MHz Window Court Com Clock 18 10 MHz z SIR Regnter Subgroup Selection 1 Configuration General Chip Configuration XTAL Tuning Filter band
7. 255V UWLink Extension Board Select either RX mode or TX mode by setting the jumper of the RX TX multi pin connector X8 accordingly see Figure 2 Select either ASK or FSK by setting the jumper of the ASK FSK multi pin connector X7 accordingly see Figure 2 Apply a supply voltage of 3V 2 1V to 5V to connector X3 for polarity see also Figure 2 Apply an antenna or RF signal generator on the 50 RF connector X1 see Figure 2 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 of the ASK FSK multi pin connector m Apply an antenna or Spectrum Analyzer to be able to measure the spectrum for instance on the 50 RF connector X1 see Figure 2 if the T X 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 TDA7255V m Connect the Data Input Output X2 see Figure 2 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 m Apply a data signal a PRBS9 sequence or just a rectangular signal on the Data Input Output X2 see Figure 2 if TX mode is selected For data signal Low and High level see the Data Sheet CLKDIV CLKDIV GND Supply Connector RSSI N Si amp GND RSSI GND x EN Data Output
8. Qi SEL value s THI Q SELECT 59 value gt TH3 Power Down and Data Detect pin Test Hehe Cow mode can be also activated Ey bt DH ia PRESYGererstor Sat TX Powe Laren J Device Ive Daama Hz In ceder k get Fus regester s decas itis necessary fo tum on the iuit ode of RD and Counber Chip Cantal Tea eh Q j ove 5 Wes Auto Vire Figure 10 TDA7255V Explorer Explorer tab 7047255V Explorer build ELLOS gt Wizard Epere P T RSSI Vallae ard Manmre cdd rdc E Fate e TH 590 5 mV m THI lt Desa Pte THE RSS 400 800 cools aa 1000 Apply the setting by E a Rate gt THD peng the 0 1200 Registers buen Ab Doin Ase cO 5 TM1 BEK value he this by pressing the Read a 1 lt Dats lt TH2 buren B lata Rate gt OTH ib ADC power down feedback 551 value TH Q SELECT feedback bit 55 value gt ard Data Detect pay Power Down mode can be albo actreated by bit DU in register COR Power Down Ji Device Active hehe In order ko gei Bus curent tiun rd ra rct in j Be dum
9. X TX and ASK FSK external controlled see Figure 8 you have to set the jumper of the ASK FSK and RX TX multi pin connector according the desired mode see Figure 2 User Manual 15 Revision 1 0 2010 12 01 In fineon TDA7255V Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC Apply an antenna or RF signal generator on the 50 RF connector X1 see Figure 2 if the RX mode is selected Use an ASK modulated or FSK modulated RF signal according the selected mode m Apply an antenna or Spectrum Analyzer to be able to measure the spectrum for instance on the 50 RF connector X1 see Figure 2 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 TDA7255V m Connect the Data Input Output X2 see Figure 2 to an Oscilloscope for instance to be able to measure the data signal in case of RX mode via RX TX Jumper is selected m Apply a data signal or just a rectangular signal on the Data Input Output X2 see Figure 2 if TX mode is selected or use the PRBS9 sequence of the TDA7255V Explorer when JP2 is closed For data signal Low and High level see Data Sheet User Manual 16 Hevision 1 0 2010 12 01
10. amp Data Input GND DATA OUT FSK ASK RX TX Jumper ASKIFSK Jumper Figure2 axial User Manual 7 Revision 1 0 2010 12 01 In fineon TDA7255V Using the TDA7255V UWLink Extension Board as stand alone module Name and function of the connectors and Jumpers of the TDA7255V UWLink Extension Board gm X1 50 RF connector RF In in receive mode RF Out in transmit mode X2 Data Input Output X3 Supply Connector Vcc GND external supply XT ASK FSK multi pin connector X8 RX TX multi pin connector X14 CLKDIV Output Connector Clock output X15 PWDDD Connector X16 RSSI Output 51 Reset switch JP1 Reset via Switch S1 JP2 Data to UWLink JP3 Reset via UWLink JP4 Supply via UWLink JP5 PWDDD via UWLINK JP4 Supply JP5 PWDDD JP3 RESET 1 RESET via UWLink UWLink via UWLink via Switch S1 JP2 DATA from UWLink Figure3 Jumper SMD User Manual 8 Hevision 1 0 2010 12 01 In fineon TDA7255V Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC Before using the UWLink Mainboard 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 TDA7255V UWLink Set for the first time Impor
11. ee to ae Register SPI Control Select fie _ ic be Deins Sve hense enter setting descriptions a Ooo 2G EE EE tre allowed in rina lc mq EDIDI EECREESERERSSS ES DIDI Chp Contra SIAR OMB GAZWOOT1 Q eded Read Wee uno Wirte Figure9 TDA7255V Explorer Register tab User Manual 12 aninconsiskond setting might be E Find register E ETT SFR DB 1222 5 m STATUS 000 2 SHR Revision 1 0 2010 12 01 Infineon TDA7255V Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC TDA7255V Espleeer build ELLOS Wed Regsem m Subgroup Selection Status B FESS and Vas Meaasuremerii Duda wiska deca m inp e Data Ra lt TH E vec 590 5 e Resi aon ann ab TH Dana Ftate THE e ZU ag mm 1000 Agply the setting by As B Ri THI Press the _ 1200 Ragpeters buon 5 Data Pete ADC value 1F Updaba thia matar by pressing the Read ESTHI 0 THD registers buon Rate z STH 200 power down feedback
12. 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 In fineon TDA7255V TDA7255V Revision History 2010 12 01 1 0 Previous Revision none Page Subjects major changes since last revision Initial version Trademarks of Infineon Technologies AG APOXI BlueMoon COMNEON M CONVERGATE COSIC C166 CROSSAVE CanPAK CIPOS CoolIMOS CoolSET CORECONTROL M DAVE EasyPIM EconoBRIDGE EconoDUAL EconoPACK EconoPIM EiceDRIVER EUPEC FCOS M FALC GEMINAX GOLDMOS HITFET HybridPACK ISAC ISOFACE IsoPACK my d MIPAQ ModSTACK M NovalithlCTM OmniTune M OmniVia OPTIVERSE OptiMOS ORIGA PROFET PRO SIL PrimePACK RASIC ReverSave 5 SEROCCO SICOFI SMARTi M 5 SOCRATES M SatRIC SensoNor SINDRION SmartLEWIS SIEGET TrueNTRY TriCore M thinQ l TRENCHSTOP VINAX VINETIC X GOLD XMM X PMU XPOSYS M XWAY Other Trademarks AMBA ARM MULTI ICE PRIMECELL REALVIEW THUMB of ARM Limited UK AUTOSAR is licen
13. pin connector and ASK FSK multi pin connector to avoid conflicting hardware and software settings and harming of the TDA7255V User Manual 9 Revision 1 0 2010 12 01 In fineon TDA7255V Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a Windows PC m 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 APRBSO sequence with variable data rate can be generated by the TDA7255V Explorer and will be applied to the data input when closing the jumper JP2 see Figure 3 The desired data rate can be adjusted and the transmission started in the Test transmission field in the Explore tab see also Figure 11 m TDA7255V can be switched between Power Down Mode and Device Active Mode by the TDA7255V Explorer when closing the jumper JP5 see Figure 3 You can switch to Power Down Mode or Device Active Mode by just clicking on the accordant side of the symbolic dip switch in the Power Down and Data Detect pin field in the Explore tab see Figure 12 m The TDA7255V can be reset by the Reset button in the Chip Control field at each tab of the TDA7255V Explorer see Figure 13 when closing jumper JP3 and opening jumper JP1 see Figure 3 m The registers settings can be saved as config file spi def by clicking at the Save button in the Register tab on the
14. rademarks Update 2009 05 27 Template central a4 template 20090126 dot 3 00 2009 01 26 In fineon TDA7255V Table of Contents Table of Contents 1 HE O GUC UO au 6 2 Using the TDA7255V UWLink Extension Board as stand alone module 7 3 Using the TDA7255V UWLink Extension Board together with the UWLink Mainboard as interface to a WOW SG uu E 9 User Manual 4 Revision 1 0 2010 12 01 In fineon TDA7255V List of Figures List of Figures Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15 Evaluation Kit 2 x TDA7255V UWLink Mainboard amp 6 7 ues uu 8 i OI Bi A m 9 TDA7255V dcs igiene 10 TDA scele 11 VE x BICONE u b cus sie uu rudis Lascia P 11 RX TX and ASK FSK external controlled or register controlled 12 TUAZSSSVSEXDIOIBE
15. red you have to close solder bridge JP3 and open JP1 see Figure 3 f you intend to send the PRBS9 sequence of the TDA7255V Explorer see Test transmission field in the Explore tab in TX mode you have to close solder bridge JP2 see Figure 3 f you intend to supply the TDA7255V UWLink Extension Board via the UWLink Mainboard you have to close JP4 see Figure 3 m f you intend to control the power mode Power Down Mode Device Active Mode of the TDA7255V by the TDA7255V Explorer you have to close solder bridge JP5 see Figure 3 Connect the TDA7255V UWLink Extension Board to the UWLink Mainboard The TDA7255V UWLink Extension Board can be supplied by the USB connector via the UWLink Mainboard by closing jumper JP4 see Figure 3 Alternatively the TDA7255V UWLink Extension Board may be supplied by an external power supply of 3V 2 1V to 5V via connector X3 JP4 must be open For the polarity of X3 see also Figure 2 Connect the UWLink Mainboard to the USB connector of your PC m Start the TDA7255V Explorer by double clicking at the TDA7255V Explorer button see Figure 5 m Click to OPEN in the Wizard tab to start the communication see Figure 6 m 15 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 Figure 8 to avoid conflicting hardware and software settings and harming of the TDA7255V If you select R
16. sed by AUTOSAR development partnership Bluetooth of Bluetooth SIG Inc CAT iq V of DECT Forum COLOSSUS M FirstGPS of Trimble Navigation Ltd of EMVCo LLC Visa Holdings Inc EPCOS of Epcos 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 OmniVision of OmniVision Technologies Inc Openwave Openwave Systems Inc RED HAT Red Hat Inc RFMD Micro Devices Inc SIRIUS of Sirius Sattelite 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 The information in this document is subject to change without notice Last T
17. tant Note The TDA7255V 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 TDA7255V Explorer Go to www infineon com TDA7255V and download the latest TDA7255V Explorer Installation Package e g TDA7255V 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 TDA7255V 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 Figure 4 and follow the on screen instructions DA7255V Explorer SIB 2 0 Server Setup Figure 4 SIB Server button Step 2 Usage of the TDA7255V Explorer Start the TDA7255V Explorer by double clicking at the TDA7255V 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 TDA7255V Either by changing the settings in the Wizard tab of the TDA7255V Explorer see Figure 6 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
18. width 55 TH3 frequency 9 Sirve Mode Turer Mode Self Polling Mode Seng for positive Mom x ADC input i ond ASKIFSK external controlled TEN vec Jmss Regater Controlled of VQ Filter RSSI threshold TX J x F oF IJ Note must be set to Registar controlled in order to control 525 by the PC scftware XTN COUNT_TH1 FET 1 CLK off during power down RX Data rrversion Seming negative Always CLK ce ever in PD Enable Recerver shit FSK COUNT m FSK Rame only in of 9 bzelar mode o T power 9 lt O 2us gt 32 kit s N Budding Blocks Power Down x ER a gae ow ge 7 7 Band Reference v 500 We kite N 7 RC Oscilator ADC Mode Frequency Counter Made 11250 dis 12 845 Window Counter Cortinuous Cortinucus 7 ADC One chet core Ove shot 128F F Pesk Detectors On O8 Time Cock Divider 7 Data bags Low gan 2 Hish gain Output from divider 7 Quadi Comelator TOn m 18 039MHz 7 Peak TOR V Z UQ ES Xn V VQ Noema All Power On Time Register Window Court Com 7 14 operation lor 65216 Neemal 77 Soar Clock divider 7 Power Testmode gt amaer J operation 18 1 00MHe v Vi PU 62 Oscilator
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