IO-Link transceiver

MSN14827

  • Recommended for new designs
Small-package, low-power, dual-driver IO-Link device transceiver
Overview

MSN14827 is a dual-driver IO-Link device transceiver featuring small package size and low power consumption. It enables industrial bidirectional point-to-point communication via the IO-Link interface, complies with PHY2 (3-wire connection), and supports COM1 (4.8 kbaud), COM2 (38.4 kbaud), and COM3 (230.4 kbaud) modes. It also integrates auxiliary channels for digital output (DO) and digital input (DI).

The MSN14827 incorporates two low-power drivers with reverse‑polarity protection, as well as 5 V and 3.3 V linear regulators for low‑noise analog/digital supplies. The device offers a flexible control interface: in addition to an SPI interface for configurability and extended diagnostics, it provides a multiplexed UART/SPI option that allows a single serial microcontroller to share both SPI and UART interfaces. Furthermore, fault reporting and internal protection are provided against undervoltage, overcurrent, and overtemperature conditions.

Key Features
  • ⚫9V to 30V operating voltage
  • ⚫Auxiliary digital output (DO) and digital input (DI) channels
  • ⚫Low-power, highly configurable output driver
  • -Low on-resistance: 4.8Ω / 2.2Ω (typical)
  • -Selectable driver current limit: 50mA to 250mA
  • -Configurable driver output: PNP, NPN, or push-pull
  • ⚫Multiplexed SPI/UART interface options
  • ⚫Integrated 5V and 3.3V linear regulators; optional external regulator input (5V)
  • ⚫Integrated LED driver
  • ⚫Integrated protection features for reliable communication
  • -Hot-swap protection
  • -Fault indicators for overcurrent, overtemperature, and undervoltage
  • -Glitch filter for improved burst noise immunity
  • ⚫Up to 40V reverse polarity protection on sensor I/O interface
  • ⚫Operating temperature range: –40°C to +85°C
  • ⚫Space‑saving small packages
  • -QFN24 package
  • -WLCSP25 package
Key Features
Industrial sensors
Factory automation
Process automation
IO-Link PHY in remote I/O