MAX14827
Maxim Integrated
The MAX14827 IO-Link device transceiver/industrial-sensor output driver can be configured and monitored either by setting logic-interface pins (pin-mode) or through an SPI interface (SPI mode).
Design DocumentAnalog
Evaluating the MAX14827 with mbed User Guide
User guide for evaluating the MAX14827 IO-Link transceiver using the MAX14827EVKIT and an ARM mbed-enabled board like the STM32 Nucleo-F103R.
Overview
This document provides instructions for evaluating the MAX14827 IO-Link transceiver and industrial-sensor output driver. It details the setup process using the MAX14827 EV kit in conjunction with an ARM mbed board, specifically the STM32 Nucleo-F103R. The guide covers software installation, hardware jumper configurations, and GUI operation. It explains how to configure and monitor the device in both pin-mode and SPI-mode, including register manipulation, C/Q and DO output control, and driving inputs with external signal sources.
Use Cases
- IO-Link device development
- Industrial sensor output driving
- SPI interface testing
- Hardware prototyping with mbed
- Industrial automation sensor design
Topics
MAX14827
MAX14827EVKIT
IO-Link transceiver
industrial sensor driver
STM32 Nucleo-F103R
ARM mbed
SPI mode
pin-mode
evaluation kit
Maxim Integrated
Referenced Parts
STM32F103R
STMicroelectronics
Maxim used the STM32 Nucleo-F103R board for GUI development and testing.
| MAX14827 | Maxim Integrated | The MAX14827 IO-Link device transceiver/industrial-sensor output driver can be configured and monitored either by setting logic-interface pins (pin-mode) or through an SPI interface (SPI mode). |
| STM32F103R | STMicroelectronics | Maxim used the STM32 Nucleo-F103R board for GUI development and testing. |