STEVAL-IDP003V1. IO-Link industrial modular sensor board based on L6362A. Description. Features

Transcription

1 STEVAL-IDP00V IO-Link industrial modular sensor board based on LA Data brief Features Main supply voltage: V maximum STML0CZ microcontroller IO-Link PHY using the LA device for data communication with host unit DC-DC converter and linear regulator on board Integrated reverse polarity protection on LA ICs Multi-sensor connection 00 khz I²C communication PCB designed to accept real industrial sensors ( mm x 0 mm, with 0. mm thickness) Designed to meet IEC industrial standard requirements RoHS compliant Description The STEVAL-IDP00V kit includes the STEVAL-IDP00VD evaluation board based on the LA IO-Link device transceiver and STML0CZ microcontroller for data processing, and the following sensor daughter boards: temperature sensor STTS hosted on the STEVAL-IDP00VT, MEMS sensor IISDH hosted on the STEVAL-IDP00VTV, MEMS sensor IISDQ hosted on the STEVAL- IDP00VA and proximity sensor VL0X hosted on the STEVAL-IDP00VP. The evaluation board is equipped with an industrial M connector (required by the standard) for connection with a single master IC using a 0-meter cable. The wire is a normal three-pole wire: one for IO-Link data, one for the L+ line (positive supply voltage pole) and one for the L- line (negative supply voltage pole). The layout is designed to meet IEC000--/ and EN0 requirements for the industrial sector. October 0 DocID00 Rev /0

2 Block identification STEVAL-IDP00V Block identification In the kit, the main board is the STEVAL-IDP00V. Figure : STEVAL-IDP00V block identification The picture below shows the sensor daughter boards, from the top left corner in a clockwise direction: STEVAL-IDP00VT, STEVAL-IDP00VP, STEVAL-IDP00VA and STEVAL-IDP00VTV. The corresponding sensor part numbers are also shown. Figure : Sensor boards /0 DocID00 Rev

3 STEVAL-IDP00V Schematic diagrams Schematic diagrams Figure : STEVAL-IDP00V circuit schematic ( of ) V L 0 µh VDFPN0 Vcc C nf V C. µf 0V OUT D C µf 0V R R C OUT FB C R k C pf V R R.k 0R U L TR EN Fsw COMP EX _PA D GND SY NC H 0 n F 0V VCC VCC 0 nf V DocID00 Rev /0

4 Schematic diagrams Figure : STEVAL-IDP00V circuit schematic ( of ) STEVAL-IDP00V Vibration sensor Interrupt_Ax v_ax Vdd_IO 0 v_ax R 0k Vdd IISDH GND GND R 0k v_ax v_ax C0 0uF.V R0 0k C 00nF 0V INT INT RES CS CON0A J U IC_SCL GND IC_SDA SA0 IC_SCL_MEMS_Ax x 0 x R 0k x Interrupt_Ax x Interrupt_Ax IC_SDA_MEMS_Ax IC_SCL_MEMS_Ax x IC_SDA_MEMS_Ax IC_SDA_MEMS_Ax IC_SCL_MEMS_Ax x /0 DocID00 Rev

5 STEVAL-IDP00V Figure : STEVAL-IDP00V circuit schematic ( of ) Schematic diagrams Accelerometer sensor v_a C 0uF.V v_a v_a R0 0k v_a Interrupt_A 0 v_a R 0k 0 NC NC NC NC Vdd GND GND GND INT RES Interrupt_A IC_SDA_MEMS IC_SCL_MEMS U NC NC NC NC0 Vdd_IO NC NC IISDQ IC_SCL GND IC_SDA INT RES CS SA0 CON0A Interrupt_A IC_SDA_MEMS IC_SCL_MEMS 0 J C 00nF 0V IC_SCL_MEMS R 0k R 0k IC_SDA_MEMS C 00nF 0V DocID00 Rev /0

6 Schematic diagrams Figure : STEVAL-IDP00V circuit schematic ( of ) STEVAL-IDP00V Temperature sensor v_t v_t v_t v_t R 0K R 0K R 0K CON0A v_t U IC_SCL_THERM SCL Addr/THERM GPIO_THERM 0 GPIO_THERM IC_SDA_THERM IC_SDA_THERM GPIO_THERM IC_SCL_THERM IC_SCL_THERM EVENT Vdd IC_SDA_THERM SDA GND C STTS v_t 0pF 0V J R 0K /0 DocID00 Rev

7 STEVAL-IDP00V Figure : STEVAL-IDP00V circuit schematic ( of ) Schematic diagrams Proximity sensor IC_SCL_PRX IC_SDA_PRX v_prx v_prx v_prx R k R k U GPIO- NC NC GPIO-0 SCL CON0A SDA J VL0X AVSS NC NC AVSS_VCSEL AVDD 0 AVDD_VCSEL C0.uF.V C 00nF 0V GND_PRX GPIO-_PRX 0 GPIO-_PRX IC_SDA_PRX IC_SDA_PRX IC_SCL_PRX IC_SCL_PRX GND_PRX GND_PRX GND_PRX GPIO-_PRX DocID00 Rev /0

8 Schematic diagrams Figure : STEVAL-IDP00V circuit schematic ( of ) STEVAL-IDP00V JP CONN AV -J Microcontroller Vcc Vcc v v-ic v v-ext Linear regulator VDFPN V v v C C C 00nF 0V 00nF 0V 00nF 0V C v-ext D R k GREEN LED v-ext v J v v IC_SCL IC_SCL IC_SDA IC_SDA Interrupt 0 Interrupt VL0X v v v C uf 0V R R C 00nF 0V 00R 00R D NSR0T0P R K v D NSR0T0P R k v 0 Vcc OUTH IQ OUTL SEL C 0pF 0V D RED LED C 0pF GND Y MHz SW RESET C U Vdd IN IN EN/DIAG OUT/IQ OL C nf 0V R 00K N.M. R0 0k R 00R R 00R R k C 0pF 0V R0 k uf V LA C C 0pF 0pF C 0pF 0V R R R 0 N.M. C 0pF V R k 00nF 0V U LDFPUR EN Vin GND Vout PG ADJ R.k % R 0 N.M. R 0k R k C0 0pF CON0A J SWDIO SWCLK CON 0 C.uF 0V 0 GND OSC_OUT OSC_IN PB0 PB PA PC0 PC E VREF+ E PB E PB0 G PB F C PC A PC A BOOT C PB B PB A PB/SPIMOSI STML0x PB/SPIMISO B PB/SCK A PA/NSS A B PA C PA D PC OSC_OUT PB C G PC OSC_IN PB C F PB D F PB G E VDDIO A VDD G VDD A U VDD VDDA NRST VSS PB PA PA PA PA PA0 B PA D PA PH0 OSCIN D PH OSC_OUT D C PA0 /ICSDA C PA /ICSCL E GND R 0 N.M. EN/DIAG R 00R NRST EN/DIAG R 00R PA/ADC PA/ADC PA/ADC PC R 0k % B F D D B F E F G E G G F B Interrupt SWCLK SWDIO GND NRST IC_SDA IC_SCL IC_SCL IC_SDA OSC_IN OSC_OUT GND /0 DocID00 Rev

9 STEVAL-IDP00V Revision history Revision history Table : Document revision history Date Version Changes 0-Jun-0 Initial release. -Oct-0 Updated Figure : "STEVAL-IDP00V circuit schematic ( of )". Minor text changes. DocID00 Rev /0

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