The Go-IO reference design is based on the MAXM15462 Himalaya uSLIC voltage regulator ICs and power modules to drive 12 devices that provide 17 configurable IOs in a space one-half the size of a credit card. The module can be used for the industrial internet of things (IIoT), enabling self-diagnostic capabilities in automated factory subsystems.
Digital factories can dynamically adjust the manufacturing line on the fly based on new or changing requirements. Go-IO pushes intelligence closer to the edge, enabling active monitoring and communication of equipment health and status information as well as higher throughput and productivity. The reference design also meets increasingly stringent size and power requirements of PLCs, providing a 10x smaller solution with 50 percent less power consumption compared to its predecessor, the Pocket IO.
The design also uses the MAX14819 low-power, dual-channel, IO-Link® master transceiver with sensor/actuator power-supply controllers alongside the MAX22192 8-channel octal digital input with isolated Serial Peripheral Interface (SPI), wire break detection and accurate input current limiters in a 6mm x 10mm package. The MAX14912 8-channel digital output driver featuring 640mA high-side switches or push-pull configurable outputs, capable of achieving 200kHz switching rates while providing proprietary fast, safe demagnetization inductive kickback protection.
The MAXM22511 integrated 2.5kVRMS isolated power and digital isolated RS-485 transceiver module supporting 25Mbps data rates with +/- 35kV ESD protection in a compact 9.5mm x 11.5mm package while the MAX14483 / MAX14130 6-channel, 3.75kVRMS galvanic low-power digital isolator in a compact 20-pin SSOP package / 4-channel 1kVRMS galvanic digital isolator in a small 16-pin QSOP.
The flexible, rugged, open-source Go-IO reference design is ideal for industrial automation, building automation and industrial robotics applications. It has 12 highly integrated ICs, 17 IOs supporting multiple digital IO configurations, a 4-channel IO-Link master to provide a universal IO interface to both analog and digital sensors, and a robust 25Mbps isolated RS-485 communications channel that provides a reliable, multi-drop data network for uploading time-sensitive health and status information into a local data lake or the cloud.