STEVAL-ILH007V1 - STMicroelectronics
Contents
1. Firmware UM1694 Figure 9 Voltage reference for bridge peak current SMED 5 evt_0 Disabled evt_1 Disabled evt_2 1 reset PWM 0 Disabled 3 1 3 Module summary Table 5 Module information Code size Constant size Data size Page0 size Bit size Module Static Overlayable Static Overlayable Static Overlayable Static Overlayable Static Overlayable Main 1014 73 Stlux_confi 1014 73 9 Stlux_it 510 76 1 Stmr 145 Uart 412 24 ADC 604 Table 6 Executable summary Total EEPROM storage requirement 0000H 0 Total DATA storage requirement 02C9H 713 Total CODE storage requirement 11BCH 4540 14 30 DoclD025509 Rev 1 Ly UM1694 Firmware download into the STLUX MCU 4 Firmware download into the STLUX MCU 4 1 Setup To download the firmware to the STLUX on the board you need Hardware e anHID evaluation board e aRAISONANCE RLink aRAISONANCE RLink connection adapter for STM8 and 5 7 e aPC with Microsoft Windows e a3 3V power supply Software e Ride application development software e RFlasher7 if you only want to download the compiled FW code 4 2 Installation Begin with the connections e linkthe RAISONANCE RLink to the PC with a USB cable Type A male Type B male e link the 24 pin flat cable of the RAISONANCE RLink to the RLink connection adapter for STM8 and ST7 e linkthe two SWIM connectors wi2. parameters Table 1 Features Parameter Notes and conditions Min Unit Input characteristics Vin input voltage 185 230 265 V Eff efficiency Vin 230 V load 150 W 90 power factor Vin 185 V load 150 W 0 98 THD input current THD Vin 185 V load 150 W 10 Load characteristics Load lamp type sodium or metal halide Pout lamp power 150 lout lamp current 1 6 A DocID025509 Rev 1 5 30 Connectors UM1694 2 6 30 Connectors With reference to the schematic in Appendix A Figure 2 Top layout U FOR EVALUATION PURPOSES ONLY It ee e A e om DocID025509 Rev 1 q UM1694 Connectors Table 2 Connectors Pin Description J1 Power supply connector 230Vac 3 way screw terminal J2 Power connector for power line modem 230V 2 way screw terminal J3 Output connector for lamp connection 2 way screw terminal J4 Connector for UART output 24 way terminals 45 SWIM Connector to FW download and debug J7 DALI Connector 12 way terminals J8 UART output stereo jack connector 3 5mm DocID025509 Rev 1 7 30 F
3. Item Quantity Reference Value Rated Type Package Manufacturer 15 1 C26 4 7 nF 5 50V COG ceramic SMD capacitor through hole 16 1 C30 2 2 nF 10 630 POYPFOPYIENE spacing film capacitor 5 mm through hole 17 1 C32 220 pF 10 630 POYPFOPYIENE nad spacing film capacitor 5 mm through hole 18 1 C37 680 nF 10 305 Vac nad spacing film capacitor 15 mm 19 2 C43 C44 10 nF 10 50 Vdc X7R ceramic SMD 0603 capacitor n COG ceramic 20 2 C50 C54 22 10 50 V SMD 0603 through hole 21 1 C53 1 20 250 Y1 capacitor lead spacing 9 5mm through hole 22 1 C57 220 nF 10 520 V polypropylene lead spacing film capacitor 15mm standard 23 5 uu 1000V3A 1000V 3A rectifier diode SMD SMB 1000 V 3A 24 2 DN1 DN2 70V 70mA 70 V 70 mA signal SOT23 ST Schottky diode ultrafast high thro qhihole 25 1 D2 STTH2LO6 24 600 V voltage g ST ac DO41 rectifier D7 D10 26 8 D12 D14 D15 46 100 V 150 mA Sal signal SMD ST D18 D24 D25 Schottky diode minimelf 27 1 D8 SM6T220A 220 V 600W TRANSIL SMD SMB ST power 28 1 D9 STPS2150 150V 2A diode SMD SMA ST ultrafast high 29 3 an STTH1LOGA 1 A 600 V voltage SMD SMA ST rectifier D13 D17 D20 power 30 5 m STPSIL30A 30V A Schottky diode SMD SMA ST 31 1 D16 LICO1 255 V light ignition SMD Dpak ST circuit 24 30
4. 19 6 Bill of material pal hoc aus huk k 23 7 Revision history 29 2 30 DocID025509 Rev 1 Ly UM1694 List of tables List of tables Table 1 Table 2 Table 3 Table 4 Table 5 Table 6 Table 7 Table 8 Feature Ssa suum ee de we each DEN 5 CONMECIONS TP 7 HID FW user source file 9 PINS 2 3 Ps m be eue ee hee at oe e eid WG GA ee eee 11 Module information uus a eh 14 Executable summary i eee d dex ee 14 of material 1 0 23 Document revision history 30 DocID025509 Rev 1 3 30 List of figures UM1694 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 Figure 16 Figure 17 Figure 18 Figure 19 4 30 STEVALAILHOO 7V noe Ete aaa Bae ead Supa eet 1 TOP lay60 x ee ae 6 Bottom layout 2 nte pee hed d 6 STEVAL ILH007V1 block diagram of the 8 STEVAL ILH007V1 fi
5. er UM1694 y life augmented User manual STEVAL ILH007V1 150W HID digital ballast based STLUX385A Introduction This document describes 150 W high intensity discharge HID digital ballasts driven by STLUX385A devices This platform is a solution to drive lamps sodium and metal halide The board is composed of two stages 1 Power factor corrector PFC based on boost topology to correct the AC input current in phase with AC voltage mains 2 Inverter based on full bridge topology to drive the lamps The STLUX385A digital controller drives both stages Figure 1 STEVAL ILH007V1 June 2015 DocID025509 Rev 1 1 30 www st com Contents UM1694 Contents 1 Features sacs 5 2 F nnecl rs nd 6 3 Auer ne ba a baa ea ron b we bd do RR 8 3 1 STEVAL ILHOO7V1 firmware 8 3 1 1 Implemented peripherals 9 3 1 2 Used plns uuu 11 3 1 3 Module summary 14 4 Firmware download into the STLUX MCU 15 4 1 zr pP PER 15 4 2 Installation su esc by Wey eal ee aes xS REY RESUME ES 15 5 STEVAL ILH007V1 evaluation board operation 18 5 1 lg 18 52 ODEON pueri ecquis 18 Appendix STEVAL ILH007V1
6. 1ms Ira Peripheral PFC Configuration PID Controller v Bridge Signal Management Analog Inputs read Systems Return Status Machine Interrupt DocID025509 Rev 1 ky UM1694 Firmware Figure 5 STEVAL ILH007V1 finite state machine lamp management G lt Youn b wal E Y w Tionitiontime E d STA VlusLowVoltage 3sec 10 sec Al X LampShortCir y 2 _ L lt vene Pr TT ara J Viii S p f pom a ein Saree pr VLamp lt 50 OR vm 7 1 NN isis mw Ab c gt ie NWait 15 __ Em e d The following table lists the user source c files for the STEVAL ILH007V1 Table 3 HID FW user source file list File Brief descriptions Main module ADC peripheral configuration stlux smed c Automatically generated by SMED Configurator a PC software application Manages the IRQ functions Manage the requested timing 3 1 1 Implemented peripherals Analog to Digital Converter ADC ADCO VIN Measures the main input voltage ADC1 VBUS Measures the output voltage of the PFC stage ADC2 PFC ISENS Currently not used ADC3 PFC OK Currently not used ADC4 VLAMP Measures of the voltage across the lamp ADC5 VOUT33 Checks the presence of the 3 3 V voltage regulator ADC
7. corrections enhancements modifications and improvements to ST products and or to this document at any time without notice Purchasers should obtain the latest relevant information on ST products before placing orders ST products are sold pursuant to ST s terms and conditions of sale in place at the time of order acknowledgement Purchasers are solely responsible for the choice selection and use of ST products and ST assumes no liability for application assistance or the design of Purchasers products No license express or implied to any intellectual property right is granted by ST herein Resale of ST products with provisions different from the information set forth herein shall void any warranty granted by ST for such product ST and the ST logo are trademarks of ST All other product or service names are the property of their respective owners Information in this document supersedes and replaces information previously supplied in any prior versions of this document 2015 STMicroelectronics All rights reserved q 30 30 DocID025509 Rev 1
8. 2 1 1 through hole 70 2 R89 R94 1k 1 1 10W SMD 0603 71 2 R91 R102 100 k 1 1 10W SMD 0603 72 1 R97 470 1 1 10W SMD 0603 73 2 R100 R101 0 1 10 SMD 0603 not mounted 74 2 R103 R104 0 1 10W SMD 0603 not mounted 75 2 R105 R106 0 1 10W 2 SMD 0604 76 1 SW1 RESET A uad through hole 77 1 T1 Magnetica Igniter through hole 78 1 UMICRO1 STLUX385A ST gate driver 79 1 Ut TD220 s ao SMD SO8 ST regulator 80 1 U2 U3 TS272 ST 00 10025509 Rev 1 27 30 of material UM1694 Table 7 Bill of material BOM continued Item Quantity Reference Value Rated Type Package Manufacturer off line all primary 81 1 U4 ALTAIR04 900 sensing SMD SO16N ST switching regulator low drop LD29080S33 SMD 82 1 U5 R voltage SOT223 ST regulators high voltage 83 1 U6 U7 16390 high low side SO16 ST driver analog 84 1 08 STLM20 temperature SOT323 5L ST sensor through hole 85 1 20 K W heat sink 13 x 12 7 x 19 5 86 1 3 32 K W heat sink 100 X 27 x 90 mm 28 30 DoclD025509 Rev 1 Ly UM1694 Revision history 7 Revision history Table 8 Document revision history Date 12 Jun 2015 Revision 1 Initial release Changes DocID025509 Rev 1 29 30 UM1694 IMPORTANT NOTICE PLEASE READ CAREFULLY STMicroelectronics NV and its subsidiaries ST reserve the right to make changes
9. 40 mA ferrite filter SMD 3x3x1 2 Power 48 1 Q1 STF13NM60N 600V MOSRET 220 ST STF13NM60N Power 49 2 Q3 Q4 D 600V MOSEL TO220FP ST power 50 2 02 05 STF26NM60N 600 10 MOSEET 220 ST 51 1 RV1 S14K275 275 Vac Varistor through hole 52 3 R1 R2 R5 1 M 1 1 4W metal film SMD 1206 resistor R3 R9 R16 R17 R19 R26 R33 metal film 53 16 R36 R37 R40 47 k 1 1 10W nee SMD 0603 R56 R62 R63 R64 R68 R74 R4 R8 R10 R14 R18 R20 R24 R25 R32 R55 metal film 54 19 10 k 1 1 10W Mud SMD 0603 R67 R73 R75 R92 R93 R99 R6 R7 R12 R13 mee 55 4 R53 R54 R59 510 1 1 4W i SMD 1206 resistor R60 56 3 R11 R15 R98 22 1 1 AW SMD 1206 resistor R21 R39 R43 metal film 57 5 RET PES 220 1 1 4W a SMD 1206 58 2 R22 R45 8 2 k 1 1 10W SMD 0603 resistor 59 2 R27 R71 5 6 1 1 10W metal film SMD 0603 resistor 60 3 R28 R29 R30 1 1 1 4W metal fiim SMD MELF resistor 0204 61 1 R34 33 k 1 1 4W metal film SMD 1206 resistor 26 30 DocID025509 Rev 1 Ly UM1694 Bill of material Table 7 Bill of material BOM continued Item Quantity Reference Value Rated Type Package Manufacturer 62 2 R38 R52 100 1 1 4W 2 SMD 1206 63 1 R41 33k 1 1 10W SMD 0603 64 2 R42 R44 2 7 1 1 4W 2 SMD 1206 65 2 R46 R47 24 k 1 1 10W x SMD 0603 66 7 RBS oo Rs 0 1 4W nn SMD 1206 67 1 R49 15 k 5 5W 2 through hole 68 1 R51 240 k 1 1 10W a SMD 0603 69 3 R69 R70 R7
10. 5415 60 97 Tia 92 V9OTLHLLS 8d 19 30 DocID025509 Rev 1 STEVAL ILH007V1 schematic UM1694 20 30 Figure 17 PFC and input section Di 410007 1 wwa gt 8 lg POP 59 44055 32 c 8 IC auoez p DocID025509 Rev 1 UM1694 STEVAL ILH007V1 schematic Figure 18 Full bridge scheme e e ok ok glo CP SIPSIL3DA i om m a 8 ps 2 t sr inf Theil T i Eas wp B 8 OMFG 44055 ii Be so 8 B i E lt 2 BI j 3 fee 8 2 8 hee ad 8 T Im amp 2 gt E peagssss T I 5 8 i EET li k 8 DocID025509 Rev 1 STEVAL ILH007V1 schematic UM1694 Figure 19 Control section scheme 4 22 30 DoclD025509 Rev 1 UM1694 Bill of material 6 Bill of material Table 7 B
11. 6 VTEMP Measures the temperature of the board the sensor is currently not calibrated DoclD025509 Rev 1 9 30 Firmware UM1694 10 30 Analog comparators CPPO Currently not used CPP1 Currently not used CPP2 Currently not used CPP3 Sets the bridge peak current value 16 bit system timer STMR Sets the correct timing of all events for the application PID controller drive signals of the bridge systems state machine State machine event driven SMEDO Provides for the high frequency signal generation of the bridge it is also used for ZCD signal synchronization and bridge peak current control SMED1 Provides for the high frequency signal generation of the bridge it is also used for ZCD signal synchronization and bridge peak current control SMED2 Currently not used SMED3 Currently not used SMED4 Generates the signals for the PFC switch SMED5 Generates the reference voltage for CPP3 comparator q DocID025509 Rev 1 UM1694 Firmware 3 1 2 Used pins Table 4 Used pins PIN Function NetName Description PIN1 PWM0 PWM0 Generates the high frequency signal to drive the bridge low side PIN2 DIGIN0 Digital input used to detect the PFC ZCD PIN3 DIGIN1 Digital input used to detect the Bridge ZCD PIN4 PWM1 PWM1 Generates the high frequency signal to drive the bridge high side PIN5 GPIO1 2 2 Generates the low frequency signa
12. DocID025509 Rev 1 ky UM1694 Bill of material Table 7 Bill of material BOM continued Item Quantity Reference Value Rated Type Package Manufacturer high efficiency Red diffused through hole 32 1 D26 red LED 2 LED 2 mA S I i 3 mm high efficiency green diffused through hole 33 1 D27 green LED 2 LED 2 mA 3 mr 3 mm 34 1 F1 3 15AT 250Vac 3 15A fuse 5 35 1 VIN not mounted through hole low profile 36 1 J2 VIN PLM female strip through hole line connector 37 1 J3 VOUT not mounted through hole low profile 24 way 2 x 12 38 1 J4 PLM female through hole stripline connector low profile 39 1 J5 CON4 female strip through hole line connector 12 pin male 40 1 J7 DALI double strip line connector USB TO jack stereo 4 8 connector SMD MAGNETICA 42 1 L1 600 uH 2 8 Inductor through hole 1913 0004 43 2 12 17 2 39 1 2 power line through hole choke DoclD025509 Rev 1 25 30 of material UM1694 Table 7 Bill of material BOM continued Item Quantity Reference Value Rated Type Package Manufacturer a SMD 44 1 L3 4 7 uH 20 1 9 power inductor 4X4 5X3 2 MAGNETICA 45 1 L4 2 2 mH 10 through hole 198 0008 bridge MAGNETICA 46 1 L5 520 uH 1 8 Inducter through hole 1975 0001 47 1 L6 4 7 uH 30 7
13. IN5 VOUT3 3 Measures the output voltage of 3 3 V regulator used to power the micro 4 ADCIN4 VLAMP Measures the voltage across the lamp PIN35 ADCIN3 PFC_OK Currently not used PIN36 ADCIN2 ISENS Currently not used PIN37 ADCIN1 VBUS Measures the output voltage of the PFC stage PIN38 ADCINO VIN Measures the main input voltage Figure 6 SMED4 PFC state machine SMED 4 sequential ps RENTE controlled 1 2 000 us Bm 2 1 000 3 1 000 3 reset PWM 0 DIG0Falling Edge evt_1 Disabled evt_2 1 reset PWM 0 nn Disabled 12 30 DoclD025509 Rev 1 Ly UM1694 Firmware Figure 7 bridge low side drive SMED 0 gt Transition Legend State Timer Sr controll interrupt 2 2 000 us 3 1 000 us 3 reset PWM 1 Disabled CP3Rising Edge 1 reset PWM 0 0161 Rising Edge Figure 8 SMED1 bridge high side drive SMED 1 Transition Legend State Timer sequential 0 49 000 ps 7 controlled 1 0 042 interrupt cmp 2 2 000 us 3 1 000 us evt 0 3 reset PWM 0 DIG1 Falling Edge evt 1 CP3Rising Edge evt 2 1 reset PVWM 1 Disabled DocID025509 Rev 1 13 30
14. gramming el fink Code offset 0 a Qw er Debug Output m 5 0 000m 000 Starting debug process Clock frequency 0 000000 1534228552 Leading C Users danilo 59013 PS DDCUOQIS 13 SOFTWARE FIRMWARE WBC TX WBC 1542339 gt Searing Progr command 133085 Programmation OK 94 000 ms 000 0 cycles ax reseta nd run Figure 15 STVP download FW into the program memory r View Project 1 Project ad 7 Reset Default Project amming Scripts Options Window xino Debug 9 X Code View Flashes C Users dando AppDatalRoamung Basher RFasher dbi re gt s iMog 00 0000 00 00 00 00 00 00 00 Data Dump 00 0008 00 00 00 00 00 00 00 00 5 Wl Code View 10010010 00 00 00 00 00 00 00 00 00 90 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 one 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 90 00 00 00 00 00 00 00 Project Options 9X Panel RFlasher7 Programming Project Options Cres OpenProg message Info d EB IU Target Reset Target 517 tamay Program runrung Advanced STI STME options Processor an Device STLUX38S Vew Rik Reve x configu for sna s OM Program EEPROM Correct to urget SmSandred and Program Opte
15. ill of material BOM Item Quantity Reference Value Rated Type Package Manufacturer through hole CX1 CX2 C3 1 3 C33 220 nF 10 520V lead 15 electrolytic hole 2 1 C1 100 uF 20 500 Vdc Y lead spacing capacitor 10 mm C2 C4 C11 C29 C31 C34 C35 X7R ceramic 3 14 C36 C40 C41 100 nF 10 50 V SMD 0603 C45 C46 C51 Capacitor C52 through hole 4 1 C3 220 nF 10 520 V polypropylene lead spacing film capacitor 15 C5 C6 C10 C13 C20 C24 C27 COG ceramic 5 12 C28 C38 C39 100 pF 5 50 Vdc capacitor SMD 0603 42 56 electrolytic through hole 6 3 C7 C9 C14 470 uF 20 25 V Y lead spacing capacitor 3 5 mm 7 4 08 016 017 470 110 50 V X7R ceramic SMD 1206 C19 capacitor 12 47 48 7 ceramic 8 5 49 55 1 uF 10 25 Vdc capacitor SMD 0805 electrolytic through hole 9 2 C15 C18 10 uF 20 50 V Y lead spacing capacitor 2 5 mm high voltage through hole 10 1 C21 100 pF10 6 3 kV ceramic Lead spacing capacitor 10 mm electrolytic through hote 11 1 C22 22 uF 20 25V Y lead spacing capacitor 2mm 12 1 C23 4 7 uF 10 50 V X7R ceramic lt 1206 not mounted capacitor 13 1 C19 470 nF 10 50 V ATR ceramic capacitor 14 1 25 1 1096 50 V ATR ceramic eiin capacitor DocID025509 Rev 1 23 30 of material UM1694 Table 7 Bill of material BOM continued
16. irmware UM1694 3 3 1 8 30 Firmware The MCU used is an STLUX385A which is part of the MASTERLUXTM family of ST digital devices tailored for lighting and power conversion The STLUX385A has been successfully integrated in a wide range of architectures and applications including simple buck converters for LED driving boosts for power factor correction half bridge resonant converters for dimmable LED strings full bridge control in HID lamp ballasts wireless power chargers and TV power supplies This MCU has 16 MHZ CPU frequency 32 Kbyte program memory and 2 Kbyte of RAM The firmware is organized as a collection of files inside a project for Raisonance RIDE7 a fully featured Integrated Development Environment IDE that provides seamless integration and easy access to the complete range of Raisonance tools and features for writing compiling and debugging application code from a single user interface The firmware is released as an Intel HEX file Rev01 HEX STEVAL ILH007V1 firmware The firmware running the STLUX385A of the STEVAL ILH007V1 allows the to manage the and full bridge of the board STEVAL ILH007V1 is also able to manage UART communication with a PC to show system status information Following CPU clock and peripheral configuration the MCU manages the board as a finite state machine as shown below Figure 4 STEVAL ILH007V1 block diagram of the firmware Main STimer program Interrupt
17. l to drive the bridge low side PIN6 DIGIN2 Currently not used PIN7 DIGIN3 Currently not used PINS PWMS5 PWMS5 voltage generator used as reference for the analog PIN9 SWIM SWIM data interface 10 NRST Reset PIN11 VDDIO Digital and power supply PIN12 GNDIO Digital and ground PIN13 VOUT 1 8 V regulator capacitor PIN14 GPIO0 4 Red LED PIN15 0 5 Green LED 6 PWM4 Generate the signal to drive the PFC switch PIN17 DIGIN4 Currently not used PIN18 DIGINS Currently not used PIN19 GPIO1 3 PWM3 Generates the low frequency signal to drive the bridge high side PIN20 GPIOO 2 GPIO2 U6 L6390 output enable PIN21 GPIO0 3 GPIO3 U7 L6390 output enable 22 UART_TX Currently not used PIN23 UART_RX Currently not used PIN24 CPP3 IPEAK OUT Analog comparator input used to detect the bridge peak current control PIN25 CPP2 Currently not used 26 analog input external reference voltage 27 1 Currently not used 28 Currently not used 29 VDDA Analog power supply 0 GNDA Analog ground PIN31 ADCIN7 Currently not used PIN32 ADCIN6 VTEMP Measures the output voltage of the board temperature sensor DoclD025509 Rev 1 11 30 Firmware UM1694 Table 4 Used pins continued PIN Function NetName Description PIN33 ADC
18. n Device snuxass Processor Flasher Local Settings 9 Programming envrorme Programming Project Options Info Target family STI family Advanced 517 51 8 options target Processor selection 8 bt MCU for Power Supp hr pene agplcatons with 32 Kbytes Pash EEPROM 20 bit ADC 6 enhanced SDs USART I2C 3 S SV Programming environment Programenng tool Rink ST Code offset 06 Debug Output lt Im gdt Project Programming Scripts Options Window Help in ea OBud iazcOxivae ipa od Project Debug 4x Code View RFlasher7 agi Reset Default Project CAUsers danilo morresie AppData Roaming RFlacherT RFacher dbi n gt s 900 00 0000 oo oo oo Data Dump 00 0008 00 00 00 00 00 00 00 00 ll Code View 00 0010 00 00 00 00 00 00 00 00 00 10018 00 00 00 00 00 00 00 00 00 0020 00 00 00 00 00 00 00 00 0028 00 00 00 00 00 00 00 00 00 0030 00 00 00 00 00 00 00 00 00 0038 00 00 00 00 00 00 00 00 00 0040 00 00 00 00 00 00 00 00 Yo lookin Ji WBC AOF Project Options Panel RF gt Genersi Recent Places Device m em usos ff um Target family 517 family Ato mode Advanced 517 51 8 options Processor m SSH c Device STLUX385 u ranes e 1 Commands E ous gt e f To Computer Programming envi
19. n Bytes Heb on ta from at address 04900 Programming environment Programming toc Rlink STM Code Debug 15362454 Loading C Users dando VSS ULT PS DOC O15 1 SOFTWARE FIRMWARE WBC TX WBC HEX 153629475 gt Stute Program command 153630175 Programmation 153636150 Starting Reset And Run command 153636462 Target Reset Program is running 05000m 000 0 cycles ax DocID025509 Rev 1 17 30 STEVAL ILH007V1 evaluation board operation UM1694 5 5 1 5 2 18 30 STEVAL ILH007V1 evaluation board operation Once the STLUX has been programmed with the right firmware you can commence evaluation board operation Setup To run the evaluation board you need Hardware e aSTEVAL ILLO07V1 evaluation board e an power supply able to provide 230V e a150W sodium or metal halide lamp Operation e connect the lamp to the J3 terminal e AC source to the J1 terminal e switch the AC source and wait a few minutes for the lamp to reach the nominal power q DocID025509 Rev 1 STEVAL ILH007V1 schematic UM1694 Appendix STEVAL ILH007V1 schematic Figure 16 Auxiliary power supply scheme L 310 9 12 006 70 NIA ASY ACE 4655090607 cn AOS 4 0 L 919 99 VOLL3NOV E WOETISdIS d AS m nn 60 AGZ 19 Hy 000
20. nite state machine lamp management 9 SMED4 PFC state 12 SMEDO bridge low side 1 13 SMED bridge high side drive 13 Voltage reference for bridge peak current 14 rx 15 5 7 6 8 1 2 2 15 RFlasher7 configuration select the processor 16 RFlasher7 configuration open file 16 RFlasher7 configuration program the STLUX 17 STVP download FW into the program memory 17 Auxiliary power supply scheme 19 and input section 2 4 20 Full bridge Sscheme i uses res nece hasta a ch 21 Control section scheme 22 q DocID025509 Rev 1 UM1694 Features 1 Features The STEVAL ILH007V1 board has the following features GREEN LED indicates the normal operation of the board RED LED indicates the fault condition of the board UART connector for serial data communication to a PC to monitor the system
21. ronment S mm Programme tool Rlink STMB ce Network Code off o6 gt isi ww rame W8C i fem sess Saucen 47 Hm Hoi ach hex al be Sow nz Debug Output Tre 05 000m 000 Starting debug process Clock frequency 0 000000 MHz 3 program the STLUX microcontroller 16 30 DocID025509 Rev 1 ky UM1694 Firmware download into the STLUX MCU Figure 14 RFlasher7 configuration program the STLUX View Project Project aad 7 Reset Defouh Project Project Options _ Programening Project Options Into Brogramming Scripts Options Window Aw 9X Deg C Userri dando morreale AppData Roaming RFlasherT RFlasher7 dbi um sio al 0010000 00 00 00 00 00 00 00 00 Data Dump 0020008 00 00 00 0000000000 Code View 40010010 00 00 00 0000000000 2 10010018 00 00 00 00 00 00 00 00 100 0020 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0038 00 00 00 00 00 00 00 00 00 0040 00 00 00 00 00 00 00 00 Panel Rflasher7 OpenProg message Target fumdy ST may Programmation OK Advanced STI STME options Procesor razon Hp Dence snuxass regen rash m for por m Tm 07 70 pea ad regum Osten Byes Hen te sido Die id from date at address 4800 Programming environment Pro
22. th a 4 wire SWIM cable for the RAISONANCE RLink connection adapter for STM8 and ST7 and for the board that you are going to program e connect the 3 3 V to supply the STLUX Figure 10 RLink Figure 11 RLink ADP ST7 STM8 V1 2 On the PC open the RFlasher7 software interface for programming the STLUX microcontroller it provides an easy to use and efficient environment for reading writing to and verifying device memory and option bytes Ly DocID025509 Rev 1 15 30 Firmware download into the STLUX MCU UM1694 Follow these steps 1 configure the RFlasher7 project properties to work with the STLUX385 Figure 12 RFlasher7 configuration select the processor r 61 i ple Edit View Project Programming Scripts Options Window asdgeusaoco BA PASM Project Debug 9 Code View RFachei7 1 7 Reset Default Project CAUsers dando morresie AppData Roaming RFlasher7 RFlashes7 dbi m gt s Ga Macher 2010000 00 90 0008 00 00 00 90 T 00 0008 00 00 00 00 00 00 00 00 Code View 00 00 00 00 00 00 00 O0 18 00 00 00 00 00 00 00 00 i 00 00 00 00 00 00 00 00 1 00 00 00 Properties 00 00 00 00 00 00 Configuraton Configurators Standard 00 00 Standard Configuration settings modify the values for al configurations S IRFisher7 Programmes Project Optor Processor Advanced ST7ISTMS coto
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