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January 2016 

DocID028657 Rev 1 

1/34 

 

www.st.com

 

 

 

UM1988 

User manual 

A premium development tool for sensor hub applications 

 

 

Introduction 

The STEVAL-IDI00

1V1 is a premium development tool for “sensor hub like” applications. It has a small 

form factor (4x4cm) and is based on the STM32F439 microcontroller (Cortex-M4) and a wide range of 
STMicroelectronics sensors. It is particularly designed around: 

 

Environmental sensors: 

 

humidity and temperature sensor (HTS221) 

 

absolute pressure sensor(LPS25HB) 

 

UV index sensor (UVIS25) 

 

iNEMO

®

 inertial measurement unit: 

 

3D acceler 3D gyr 3D magnetometer (LSM9DS1) 

 

Proximity, ambient light sensors and VCSEL light source: 

 

Three-in-one smart optical module (2x VL6180X) 

 

Acoustic sensors: 

 

Digital MEMS microphone array (4x MP34DT01) 

The STEVAL-IDI001V1 is also equipped with 8 MB external RAM for complex processing algorithms, a 
microSD card expansion for data storage and a Micro-USB connector to communicate with an external 
device and for power supply. 

Figure 1: STEVAL-IDI001V1 

 

The STEVAL-IDI001V1 offers a set of GPIO expansions that can be used to interface with external 
hardware. For instance, the STEVAL-IDI001V1-Exp, shown i

Figure 2: "STEVAL-IDI001V1 connected 

to the STEVAL-IDI001V1-Exp"

 and provided with the STEVAL-IDI001V1 kit, allows the interoperability 

between STEVAL-IDI001V1, STM32-Nucleo and X-NUCLEO Expansions. Expansion boards can be 
connected either via Arduino or Morpho connectors. This document provides detailed hardware 
requirements and board descriptions.

Summary of Contents for UM1988

Page 1: ...Three in one smart optical module 2x VL6180X Acoustic sensors Digital MEMS microphone array 4x MP34DT01 The STEVAL IDI001V1 is also equipped with 8 MB external RAM for complex processing algorithms a...

Page 2: ...rs 7 4 Hardware description STEVAL IDI001V1 Exp 10 4 1 Board block diagram 10 4 2 Connectors 10 4 3 Jumper and solder bridge configuration 13 4 3 1 Jumper 13 4 3 2 Solder bridge 14 5 Board schematic a...

Page 3: ...X NUCLEO expansion boards connecting them either via Arduino or Morpho connectors The STEVAL IDI001V1 expansion also allows interfacing the demo board with an STM32Nucleo using the STEVAL IDI001V1 as...

Page 4: ...older of the package Audio recording software to record and save the audio stream Any free or commercial audio recording software like Audacity http audacity sourceforge net can be used ST Link V2 or...

Page 5: ...Exp The main components mounted on board are LSM9DS1 MEMS 3D accelerometer 2 4 8g 3D gyroscope 245 500 2000dps 3D magnetometer 4 8 12 16 gauss LPS25HB MEMS pressure sensor 260 1260 hPa absolute digita...

Page 6: ...ow LPS25HB U12 PI10 Low UVIS25 U19 PI8 Low The proximity and ambient light sensors VL6180x have a default I C address but can be modified via I C in order to manage more than one sensor on the same bu...

Page 7: ...ovided to the microphones the DMA operates at the same frequency By configuring an analog switch U18 via firmware you can acquire four external microphones instead of the four on board ones on the sam...

Page 8: ..._D5 12 PA4 HSYNC 13 PF10 CAM_PDN 14 PB6 I2C1_SCL 15 1V8 16 PB8 CAM_CLK 17 GND 18 GND 19 3V3 20 PB9 I2C1_SDA J8 1 PH7 I2C3_SCL 2 PH2 SPI_BUS_CS_1 3 PH8 I2C3_SDA 4 PH3 SPI_BUS_CS_2 5 PB3 SPI1_SCK 6 PH4...

Page 9: ...UM1988 Hardware description STEVAL IDI001V1 DocID028657 Rev 1 9 34 Connector Pin GPIO Specific function 11 PI2 EXP_L R 12 GND...

Page 10: ...uipped with STEVAL IDI001V1 connectors Three different power supply options are available STM32 Nucleo if plugged STEVAL IDI001V1 USB or an external 5 V power supply 4 1 Board block diagram Below is a...

Page 11: ...PA15 PA8 SB10 J2 14 CN9 1 CN10 37 PC10 PA3 SB1 CN9 2 CN10 35 PA2 SB2 CN9 3 CN10 33 PA10 SB38 J2 15 CN9 4 CN10 31 PB10 PB3 SB6 J2 16 CN9 1 CN10 35 PC11 PA3 SB3 CN9 2 CN10 37 PA2 SB4 CN5 1 CN10 21 PA9 S...

Page 12: ...8 6 CN10 14 PH4 PA11 SB25 J8 7 CN5 5 CN10 13 PB4 PA6 SB36 J8 8 3V3 J8 9 CN5 4 CN10 15 PB5 PA7 SB37 J8 10 GND J9 1 CN10 2 PG8 PC8 SB20 J9 2 CN10 1 PG9 PC9 SB27 J9 3 CN7 1 PG10 PC10 SB22 J9 4 CN7 2 PG11...

Page 13: ...1 3V3 J9 12 STEVAL IDI001V1 GND J2 2 STEVAL IDI001V1 2V8 J2 4 STEVAL IDI001V1 5V J2 20 STEVAL IDI001V1 GND J8 8 STEVAL IDI001V1 3V3 J8 10 STEVAL IDI001V1 GND J3 2 STEVAL IDI001V1 2V8 J3 16 STEVAL IDI0...

Page 14: ...N not connected 4 3 2 Solder bridge The following table shows the solder bridges that need to be closed in order to use the BlueNRG X NUCLEO IDB04A1 and MEMS X NUCLEO IKS01A1 expansions boards Table 6...

Page 15: ...1 C17 C24 C26 C27 C28 C33 C34 C35 C37 C38 C41 C42 C43 C45 C47 C49 C54 C55 C56 C57 C59 C60 C61 C63 C64 C76 C77 C79 C82 C83 C84 100 nF Ceramic X7R 0402 3 C21 C46 C48 2 2 F Ceramic XR5 0402 2 C22 C29 1 F...

Page 16: ...Manufacturer Panasonic 2 L2 L3 3 3 H 870 mA 2 8x2 6mm Manufacturer TDK 4 M1 M2 M3 M4 MP34DT01 MEMS audio sensor 3x4mm ST Supply Do NOT wash the PCB after assembly 12 R1 R4 R8 R13 R16 R21 R26 R33 R36...

Page 17: ...LGA 24 4x4x1 0 mm ST Supply 1 U11 ST1S03PU Power switching regulator DFN6 ST Supply 1 U12 LPS25H Pressure Sensor 2 5 x 2 5 x 1 0 mm ST Supply 1 U13 HTS221 Humidity Temperature HLGA 6L 2 x 2 x 0 9 mm S...

Page 18: ...3u H 870 m A R 20 470R R 10 47K 1 D6 STPS140 Z 2 1 C 47 100nF R 40 33K 1 U3 ST2S08 B HV 1 SW2 4 FB2 2 SW1 6 VIN _SW 5 GN D2 3 EP 13 GN D1 7 FB1 8 NC 9 INH 10 VIN _A 11 GN D _ A 12 R 12 NC C 68 22uF 6...

Page 19: ...ITU _D 6 ITU _D 7 ITU _D 0 ITU _D 1 ITU _D 2 ITU _D 3 ITU _D 4 I2C 1_S DA I2C 1_S CL C A M_C L K V C L K H SYNC C A M_P D N P C6 MIC _C LK P C 1 0 P C 1 1 LP S 25H _INT P D2 P C 1 2 P C8 P C9 R 19 470...

Page 20: ..._M 8 DRDY_M 9 INT_M 10 INT1_A G 11 INT2_A G 12 DE N_A G 13 CS_A G 7 RE S 1 14 RE S 2 15 RE S 3 16 RE S 4 17 RE S 5 18 GND1 19 GND2 20 CAP 21 VDD1 22 VDD2 23 C1 24 R22 4K7 R24 4K7 U12 LP S 25 H CS 6 S...

Page 21: ...IC_CLK PDM_M1_ONBOARD PDM_M2_ ONBOARD PDM_M3_ONBOARD MIC_CLK PDM_M4_ ONBOARD MIC_CLK C79 100nF C38 100nF C82 100nF M1 MP34DT01 DOUT 4 LR 2 GND0 5A VDD 1 CLK 3 GND1 5B GND3 5D GND2 5C M3 MP34DT01 DOUT...

Page 22: ...SO SPI1_SCK EXP_L R SPI_BUS_CS_2 SPI_BUS_CS_3 PDM_M3 PDM_M5 PDM_M7 PDM_M4 PDM_M6 MIC_CLK PDM_M8 PDM_M1 PDM_M2 PA0 PA1 PA2 PA3 PA5 PB13 PB12 PA15 PA7 PB10 PB11 PD2 PC10 PC11 PC6 SAI1_S D_B SAI1_S CK_B...

Page 23: ...DS1_SA0 LSM9DS1_SEL LSM9DS1_SEL PDM_ONBOARD_SEL PDM_M1 PDM_M1_ONBOARD PDM_M3 PDM_M3_ONBOARD PDM_M2_ONBOARD PDM_M2 PDM_M4 PDM_M4_ONBOARD PDM_ONBOARD_SEL PDM_M4_uC PDM_M1_uC PDM_M3_uC PDM_M2_uC R36 10K...

Page 24: ...Board schematic and bill of material STEVAL IDI001V1 UM1988 24 34 DocID028657 Rev 1 5 3 Layout diagram top bottom Figure 11 STEVAL IDI001V1 top side layout...

Page 25: ...UM1988 Board schematic and bill of material STEVAL IDI001V1 DocID028657 Rev 1 25 34 Figure 12 STEVAL IDI001V1 bottom side layout...

Page 26: ...ADER 6 Harwin or equivalent 1 C1 10 F 10 Ceramic C_1210 1 C2 220 pF C_0603 Murata or Equivalent 1 C3 330 F 10 Tantal 7343 43 1 C4 22 nF C_0603 Murata or Equivalent 2 D1 D2 STPS160A SMA STMicroelectron...

Page 27: ...R5 4K7 R_0603 1 R6 1 K R_0603 6 SB2 SB3 SB10 SB14 SB15 SB33 SB34 SB 36 SB37 SB40 Default Close R_0603 38 SB1 SB4 SB5 SB6 S B7 SB8 SB9 SB11 S B12 SB13 SB16 SB1 7 SB18 SB19 SB20 S B21 SB22 SB23 SB2 4 S...

Page 28: ...US_CS_3_S T SP I_BUS_CS_1_S T PDM_M2 PDM_M1 PDM_M4 SP I_BUS_CS_2_S T PB13_PF7_S T PB0_PF8_S T MIC_ CLK PDM_M3 PDM_M6 PDM_M8 PDM_M5 PDM_M7 I2C3_SDA_ST PB0 _ P F8 _ S T PDM_M8 PB7_PF9_S T PB12_PF6_S T P...

Page 29: ...n OFF NUCLEO 2 3 NO NUCLEO USB 1 2 NO NUCLEO VIN L5973_OUT 3V3_ST 5V_ST 2V8_ST 3V3 3V3_S T 5V_REG 5V_ST 5V 5V_REG V_IN 5V 5V V_IN L1 15uH D2 STPS160A 1 J1 SensiTron_Pow_Supply 1 2 3 4 C2 220pF J7 5V V...

Page 30: ...A5_S T PA0_S T PA1_S T PA2_S T PA7_S T PA15_S T PB10_S T PB11_S T PC6_ST SPI_BUS_CS_1_ST I2C3_SDA_ST I2C3_SCL_ST SPI1_MOSI_ST SPI1_MISO_ST SPI1_SCK_ST SPI_BUS_CS_2_ST SPI_BUS_CS_3_ST L R PDM_M3 PDM_M5...

Page 31: ...UM1988 Board schematic and bill of material STEVAL IDI001V1 Exp DocID028657 Rev 1 31 34 6 3 Layout diagram top bottom Figure 16 STEVAL IDI001V1 Exp top side layout...

Page 32: ...Board schematic and bill of material STEVAL IDI001V1 Exp UM1988 32 34 DocID028657 Rev 1 Figure 17 STEVAL IDI001V1 Exp bottom side layout...

Page 33: ...UM1988 Revision history DocID028657 Rev 1 33 34 7 Revision history Table 9 Document revision history Date Version Changes 07 Jan 2016 1 Initial release...

Page 34: ...sers 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...

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