STEVAL-IFP014V1 IO-link device evaluation board based on STM32F103T6U6 and L6361
The STEVAL-IFP014V1 is a demonstration board designed for evaluation of "IO-Link device". It can be utilized with either sensor or actuator functionality depending on the firmware. It is based on IO-Link physical layer (L6362) controlled by STM32 (STM32F103T6U6), 32-bit Flash microcontroller based on the ARM® Cortex™-M3.
The design of the board allows evaluation of either IO-Link physical layer (L6362) or complete IO-Link device application.
The board is assembled with two sensors: LIS302DL MEMS accelerometer LIS302DL MEMS accelerometer and LY530AL MEMS gyroscope connected to STM32 microprocessor via SPI interface. Using STM32 and L6362 an intelligent IO-Link device application can be implemented.
CD-ROM delivered with the board contains several firmware examples (IAR projects). The examples demonstrate usage of MEMS sensors as IO-Link devices and a binary actuator application.
IO-Link device software stack is available from our partner (third party) – MESCO Engineering GmbH.
技术特性
- IO-Link device - sensor/actuator functionality
- Connector for three-wire connection of the sensor board to the master
- Supports all communication speeds: 4.8, 38.4 and 230 kbps
- Additional digital Input/Output connector
- I²C communication between STM32 and L6362 physical layer (register access)
- Fully protected solution (overvoltage, overtemperature, short-circuit)
- Supply voltage 8 V - 32.5 V DC
- Selectable system supply voltage 5 V/3.3 V with L6362 integrated VREG
- Dual LED diagnostics
- Integrated surge protection according to IEC61000-4-5 / 500 Ω impedance
- 11.059 MHz system clock (±2%) from L6362
- Integrated sensors connected via SPI:
- LIS302DL MEMS accelerometer
| 功能框图
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STEVAL-IFP014V1 订购信息
| 订购型号 |
产品状态 |
美金价格 |
数量 |
封装 |
包装形式 |
温度范围 |
材料声明 |
| STEVAL-IFP014V1 |
Preview |
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1000 |
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DATA BRIEF
| 描述 |
版本 |
大小 |
| STEVAL-IFP014V1 : IO-Link device demonstration board based on STM32F103T6U6 and L6362 |
1 |
139KB |
BILL OF MATERIALS
SCHEMATIC PACKS
PCB LAYOUTS
