STEVAL-IDP004V2

STEVAL-IPD004V2 Data brief IO-Link master multi-port evaluation board based on L6360 Features • • • • • • • • • • • • Master IO-Link stack embedded with read out protection Limitation of time of use (10000 minutes) Fully compatible with all IO-Link devices Main supply voltage 32 V maximum 4 L6360 IO-Link master transceiver ICs RS-485 serial interface CAN serial interface USB interface DC-DC converter On-board reverse polarity protection Designed to meet IEC requirement for industrial standards RoHS and WEEE compliant Description The STEVAL-IDP004V2 evaluation board embeds the STM32F205RB microcontroller and four separate L6360 ICs. Communication with the ICs is implemented via I²C in master mode and is managed by the STM32F205RB MCU; each L6360 has its own address and shares the bus with the other devices. The STEVAL-IDP004V2 is developed to create a multi-port master based on serial asynchronous communication to support the IO-Link protocol. Product summary IO-Link master multiport evaluation board based on L6360 STEVALIDP004V2 High-performance ARM Cortex-M3 MCU with 128 Kbytes Flash, 120 MHz CPU, ART Accelerator Each node is equipped with an industrial M12 connector (as recommended by the standard) for connection with a single slave node using a cable (max. length 20 meters). The wire is a normal three-pole: one for the IO-Link bus, one for the L+ line (positive supply voltage pole) and one for the L- line (negative supply voltage pole). STM32F205RB The STEVAL-IDP004V2 board also includes RS-485 bus, CAN bus and USB hardware interfaces. IO-Link communication L6360 master transceiver IC The layout is designed to meet the requirements for IEC61000-4-2/4/5 for industrial segment. DB4029 - Rev 1 - October 2019 For further information contact your local STMicroelectronics sales office. www.st.com STEVAL-IPD004V2 Board components 1 Board components Figure 1. STEVAL-IDP004V2 components RS-485 CAN ST-Link programmer USB IO-Link Ports IO-Link Ports Supply voltage and protection Power management DB4029 - Rev 1 page 2/15 DB4029 - Rev 1 2 Schematic diagrams Figure 2. STEVAL-IDP004V2 circuit schematic (1 of 11) Re s e t_M1 Re s e t_M0 ENCQ_M1 ENCQ_M0 ENL+_M1 ENL+_M0 IRQ_M1 IRQ_M0 C92 22pF/10V C93 22pF/10V C94 22pF/10V C95 22pF/10V Re s e t_M2 Re s e t_M3 ENCQ_M2 ENCQ_M3 C96 22pF/10V C97 22pF/10V C98 22pF/10V C99 22pF/10V C104 22pF/10V C105 22pF/10V C106 22pF/10V C107 22pF/10V ENL+_M2 IRQ_M2 IRQ_M3 C100 22pF/10V C101 22pF/10V C102 22pF/10V C103 22pF/10V STEVAL-IPD004V2 STEVAL-IDP004V2 schematic diagrams page 3/15 DB4029 - Rev 1 Figure 3. STEVAL-IDP004V2 circuit schematic (2 of 11) 1 JR1 IQ_CON_M2 L+_CON_M2 CQO_CON_M2 L-_M2 3 JR2 1 3 5 4 5 Master_M3 Master_M2 2 2 4 IQ_CON_M3 L+_CON_M3 CQO_CON_M3 L-_M3 2 2 IEC 60947-5-2 1 IQ_CON_M0 L+_CON_M0 CQO_CON_M0 L-_M0 3 5 1 4 Master_M1 JR4 3 5 4 IQ_CON_M1 L+_CON_M1 CQO_CON_M1 L-_M1 JR3 Master_M0 Vdd_M0 Vdd_M2 Vdd_M3 Vdd_M1 Vdd_M2 Vdd_M3 page 4/15 STEVAL-IPD004V2 Vdd_M1 Vdd_M0 STEVAL-IDP004V2 schematic diagrams RS:464-8000 Binder 99-3431-202-04 Serie 713/763 DB4029 - Rev 1 Figure 4. STEVAL-IDP004V2 circuit schematic (3 of 11) LED1_M0 LED2_M0 LED1_M2 LED2_M2 D9 LED R49 680R D11 LED R51 680R D13 LED R53 680R D15 LED R55 680R D17 LED R57 680R D19 LED R59 680R LED1_M1 Vdd_M0 LED2_M1 LED1_M3 Vdd_M2 LED2_M3 D10 LED R50 680R D12 LED R52 680R Vdd_M1 D14 LED R54 680R D16 LED R56 680R D18 LED R58 680R D20 LED R60 680R Vdd_M3 STEVAL-IPD004V2 STEVAL-IDP004V2 schematic diagrams page 5/15 DB4029 - Rev 1 Figure 5. STEVAL-IDP004V2 circuit schematic (4 of 11) L-_M0 TR1 1 HS 6 2 V3 4 A L-_M1 7 L+_CON_M0 V+ 5 8 K 9 IQ_CON_M0 LS 1 HS 6 2 V3 4 A CQO_CON_M0 IC-SPT01-335DEE L-_M2 1 HS 6 2 V3 4 A LS 7 V+ 5 8 K 9 IC-SPT01-335DEE LS 7 V+ 5 8 K 9 L+_CON_M1 IQ_CON_M1 CQO_CON_M1 IC-SPT01-335DEE SPT01-335DEE / Package: QFN (dim. 3.0x3.0 mm) TR3 TR2 L+_CON_M2 IQ_CON_M2 CQO_CON_M2 L-_M3 TR4 1 HS 6 2 V3 4 A LS 7 V+ 5 8 K 9 L+_CON_M3 IQ_CON_M3 CQO_CON_M3 IC-SPT01-335DEE STEVAL-IPD004V2 STEVAL-IDP004V2 schematic diagrams page 6/15 DB4029 - Rev 1 Figure 6. STEVAL-IDP004V2 circuit schematic (5 of 11) Vcc Master M0 + C1 C2 10µF 50V 16 18 5 6 R9 150R ENCQ_M0 CQo_M0 CQi_M0 OUTIQ_M0 ENL+_M0 IRQ_M0 Reset_M0 R11 150R R13 150R R15 150R R17 150R R19 150R R22 150R 9 10 SCL C/Qo SDA C/Qi SA0 I/Q SA1 L+ SA2 L- EN_CQ L- IN C/Qo VH 11 OUT C/Qi 12 13 14 17 Vdd Sel OUT I/Q Rbias EN_L+ IRQ LED2 RST LED1 DR1 L6360 100nF/100V 22 26 R4100R 25 CQO_CON_M0 R6 15R 24 IQ_CON_M0 L+_CON_M0 23 2 D1 STPS1L40M 21 D2 STPS1L40M C5 C6 560pF/100V 3 560pF/100V L-_M0 VH_CON 4 8 R116 1R 7 20 R23 C9 C10 C12 C13 Vdd_M0 SDA 15 EP R2 150R Vcc 27 R3 150R SCL Vcc 100nF/100V 100nF/100V 2.2µF/10V 100nF/100V 19 124K 0,1% 1 LED2_M0 LED1_M0 STEVAL-IPD004V2 STEVAL-IDP004V2 schematic diagrams page 7/15 DB4029 - Rev 1 Figure 7. STEVAL-IDP004V2 circuit schematic (6 of 11) Vcc Master M1 + C3 C4 10µF 50V R5 150R SDA Vdd_M1 15 16 18 5 6 R10 150R ENCQ_M1 CQo_M1 R12 150R R14 150R CQi_M1 R16 150R R18 150R ENL+_M1 IRQ_M1 R24 150R 10 11 12 13 14 17 Vcc SCL C/Qo SDA C/Qi SA0 I/Q SA1 L+ SA2 L- EN_CQ L- IN C/Qo VH OUT C/Qi Vdd OUT I/Q Sel EN_L+ Rbias IRQ LED2 RST LED1 27 Reset_M1 R20 150R 9 Vcc 26 R7 100R 25 CQO_CON_M1 R8 24 15R IQ_CON_M1 L+_CON_M1 23 2 D4 STPS1L40M 21 C7 D3 STPS1L40M C8 560pF/100V 560pF/100V L-_M1 3 VH_CON Vdd_M1 4 8 R1171R 7 C17 R21 20 19 L6360DR2 C16 100nF/100V 150R 100nF/100V 22 124K 0.1% SCL R1 EP 1 C14 C18 2.2µF/10V 100nF/100V 100nF/100V LED2_M1 LED1_M1 STEVAL-IPD004V2 STEVAL-IDP004V2 schematic diagrams page 8/15 DB4029 - Rev 1 Figure 8. STEVAL-IDP004V2 circuit schematic (7 of 11) Vcc Master M2 + C19 C20 10µF 50V 18 Vdd_M2 5 6 R33 150R ENCQ_M2 CQo_M2 R35 150R R37 150R CQi_M2 R39 150R OUTIQ_M2 ENL+_M2 IRQ_M2 R43 150R R47 150R 10 11 12 13 14 17 C/Qi SA0 I/Q SA1 L+ SA2 L- EN_CQ LVH IN C/Qo OUT C/Qi Vdd OUT I/Q Sel EN_L+ Rbias IRQ RST LED2 27 Reset_M2 R41 150R 9 SDA LED1 26 R27 100R 25 CQO_CON_M2 R31 15R 24 IQ_CON_M2 L+_CON_M2 23 2 D6 STPS1L40M 21 C23 D5 STPS1L40M C24 560pF/100V L-_M2 3 VH_CON Vdd_M2 4 8 R1151R 7 R44 20 19 L6360DR3 C27 C28 C30 C31 2.2µF/10V 100nF/100V 16 C/Qo 560pF/100V SDA SCL 100nF/100V R25 150R VccVcc 100nF/100V SCL 15 124K 0.1% R28 150R 100nF/100V 22 EP 1 LED2_M2 LED1_M2 STEVAL-IPD004V2 STEVAL-IDP004V2 schematic diagrams page 9/15 DB4029 - Rev 1 Figure 9. STEVAL-IDP004V2 circuit schematic (8 of 11) Vcc Master M3 + C21 C22 10µF 50V Vdd_M3 16 18 5 6 R34 150R ENCQ_M3 CQo_M3 R36 150R R38 150R CQi_M3 R40 150R OUTIQ_M3 ENL+_M3 IRQ_M3 Reset_M3 R42 150R R45 150R R48 150R 9 10 11 12 13 14 17 SCL C/Qo SDA C/Qi SA0 I/Q SA1 L+ SA2 L- EN_CQ L- IN C/Qo VH OUT C/Qi Vdd OUT I/Q Sel EN_L+ Rbias IRQ LED2 RST LED1 DR4 L6360 26 R30 100R 25 CQO_CON_M3 R32 15R 24 IQ_CON_M3 L+_CON_M3 23 2 D8 STPS1L40M 21 560pF/100V SDA Vcc C25 D7 STPS1L40M C26 560pF/100V L-_M3 3 VH_CON Vdd_M3 4 8 R1141R 7 R46 20 19 C32 C33 100nF/100V R29 150R Vcc 100nF/100V 22 124K 0.1% SCL 15 EP R26 150R 27 1 C35 100nF/100V 2.2µF/10V C36 100nF/100V LED2_M3 LED1_M3 STEVAL-IPD004V2 STEVAL-IDP004V2 schematic diagrams page 10/15 DB4029 - Rev 1 Figure 10. STEVAL-IDP004V2 circuit schematic (9 of 11) L-_M3 Not Mounted L-_M1 STPS1H100A D28 L-_M0 D21 SM15T33CA C37 Main Voltage 2 36V 1 C38 Not Mounted CON1 4.7nF 4kV L-_M2 4.7nF 4kV Vcc max Ground RS:533-0609 KEMET PME295RB4470MR30 1 TP1 EMC TEST EMC test only do not mount TP1 EARTH 8V U1 EN Vcc D29 STPS1L40 0R C79 0R Not Mounted FB VH_CON 15µF/16V 5 Fsw 6 COMP SYNCH 4 R128 1 1.2mH 1ohm 400mA GND1 C80 220nF/50V R127 L4 OUT 7 2 C75 2.2µF/50V GND2 3 L7986A VCC 9 8 Vcc R15343R C78 22nF/16V R124 4.7k C76 C77 R126 383R page 11/15 STEVAL-IPD004V2 18nF/16V R125 11k STEVAL-IDP004V2 schematic diagrams 82pF/16V R169 100 2 ENCQ_M0 IRQ_M0 R97 R98 100 100 14 15 OSC_IN 5 OSC_OUT 6 100R 100R 100R 100R CAN_RX CAN_TX 20 21 9 23 41 44 45 25 24 11 10 8 22 38 37 PB2 PB1 PB0 PA2(USART2_TX) PA3(USART2_RX) STM32F205RBTx PA9(USART1_TX) PA10(USART1_RX) PC15-OSC32_OUT PC14-OSC32_IN PB5 PB4(NJTRST) PB3(JTDO) PA15(JTDI) PC13-TAMPER-RTC PA0-WKUP PA1 PH0-OSC_IN PH1-OSC_OUT 12 STM32F205RBTx VCAP_1 LED_M3 R154 R113 VCAP_2 4 3 100R 100R CAN_RS PB10 I2C2_SCL PB11 I2C2_SDA PC9 PC8 31 CAN_SHDN R107 USER_Vbus R109 100R PA14 PA13 NRST BUS_IND_TX BUS_IND_RX 53 54 R155 R156 100R 100R 51 52 R81 R82 100R 100R CQo_M2 CQi_M2 29 30 R83 R85 100R 100R Reset_M2 Reset_M3 16 17 R88 R90 100R 100R CQo_M1 CQi_M1 42 43 R91 R92 100R 100R CQo_M0 CQi_M0 57 56 55 50 R159 R160 R161 R162 100R 100R 100R 100R OUTIQ_M2 OUTIQ_M3 OUTIQ_M1 OUTIQ_M0 49 SWCLK 46 7 SWDIO NRST 47 28 27 26 LED_M2 LED_M1 LED_M0 ENL+_M1 ENCQ_M2 R177 PC10(USART4_TX) PC11(USART4_RX) VDDA VDD_1 VDD_2 VDD_3 VDD_4 VBAT 40 39 100R 100R PC12(UART5_TX) PD2(UART5_RX) 13 32 48 64 19 1 100 100 PB15 PB14 PB13 PB12 PB9 PB8 VSS_3 VSS_4 BOOT0 R84 R86 36 35 34 33 62 61 PC5 PC4 PC3 PC2 PC0 PA6 ENCQ_M3 IRQ_M3 100R 100R 100R 100R 100R 100R VSSA ST3485DE ST3485RE R163 R164 R77 R78 R168 R106 63 18 60 USB_DP USB_DM CAN_TX CAN_RX PC7 PC6 U7 R172 R171 R170 R94 100R 100R 58 59 R70 R72 PB6(I2C1_SCL) PB7(I2C1_SDA) CQo_M3 CQi_M3 SDA SCL 100R 100R R179 R178 R67 R68 R118 R119 100R 100R PA4 PA5 PC1 PA7 PA8 PA11 PA12 R80 R79 100R 100R 100R 100R Reset_M0 Reset_M1 IRQ_M1 ENCQ_M1 ENL+_M3 ENL+_M2 ENL+_M0 IRQ_M2 DB4029 - Rev 1 Figure 11. STEVAL-IDP004V2 circuit schematic (10 of 11) R173 Package: LQFP64 10K C66 2.2uF/10V C67 2.2uF/10V Vdd STLink/V2 C90 C69 C73 C91 100nF/10V 100nF/10V C72 4.7µF/10V C71 100nF/10V C70 100nF/10V C68 100nF/10V 1µF/10V 2 4 6 8 10 12 14 16 18 20 100nF/10V NRST J4 page 12/15 STEVAL-IPD004V2 SWDIO SWCLK 1 3 5 7 9 11 13 15 17 19 STEVAL-IDP004V2 schematic diagrams Vdd U9 1 2 3 CAN_RX 4 GND CANL VCC CANH RXD SHDN CANL 6 CANH 7 1 1 1 CANL CANH 4 L1 CAN_SHDN 5 CANLGND CHOKE CM 2 3 ESDCAN24 D31 1 6 2 7 3 8 4 9 5 P1 R148 8 C108 100nF/10V MAX3051 TXD R147 R180 10K R146 120R N.M. CAN CONNECTOR CAN_TX RS Vdd MH2 TP8 TP9 Common Mode Choke ACT45B-101-2P TDK MH1 DB4029 - Rev 1 Figure 12. STEVAL-IDP004V2 circuit schematic (11 of 11) 0R R181 CAN_RS 1 Vdd 2 10K C83 47pF/10V C84 47pF/10V 2 1 CANH 5V Vdd Vdd J5 CONN USB 1 VBUS 2 DM 3 DP 4 ID 5 GND ST3485RE R165 0R USB_DM R166 0R USB_DP R174 10K 5V R167 100k R176 1.5K R183 500R U4 USER_Vbus Q1 BC848C BUS_IND_RX R175 36K 1 2 R182 3 0R BUS_IND_TX ST3485DE 4 RO Vcc RE B DE A DI GND 8 R120 60.4R 1 6 2 7 3 8 4 9 5 7 6 R184 500R 5 R121 60.4R C74 10nF/10V CN1 MH1 MH2 RS485 ST3485EI Vdd MASTER Status LEDs Vdd D24 LED R102 430R Vdd_M0 LED_M1 D25 LED R103 430R Vdd_M1 LED_M2 D26 LED R104 430R LED_M3 D27 LED R105 430R Vdd_M2 OSC_IN NRST OSC_OUT R112390R Y116MHz 4 optional Vdd_M3 C63 22pF/10V RESET. 1 S1 3 2 Vdd C64100nF/10V to be placed close to STM32F103R 5V U10 USB_DM 1 page 13/15 2 USB_DP 3 IO1_IN GND IO2_IN IO1_OUT VBus IO2_OUT USBLC6-2SC6Y 6 SCL C54 22pF USB_DM 5 4 R108 4K7 USB_DP SDA C65 22pF R111 4K7 STEVAL-IPD004V2 C62 22pF/10V Vdd R110 10K STEVAL-IDP004V2 schematic diagrams LED_M0 STEVAL-IPD004V2 Revision history Table 1. Document revision history DB4029 - Rev 1 Date Version 16-Oct-2019 1 Changes Initial release. page 14/15 STEVAL-IPD004V2 IMPORTANT NOTICE – PLEASE READ CAREFULLY STMicroelectronics NV and its subsidiaries (“ST”) reserve the right to make changes, 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. For additional information about ST trademarks, please refer to www.st.com/trademarks. 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. © 2019 STMicroelectronics – All rights reserved DB4029 - Rev 1 page 15/15