iC-Haus offers the new 4 mm x 4 mm IO-Link Slave Transceiver, the iC-GFP.
As the IO-Link communication protocol for communication with sensors, actuators, and systems in industrial environments is getting increased attention, designers require transceiver chips that offer more capabilities, compact size and lower power dissipation.
In pursuit of this, iC-Haus offers the new IO-Link Slave Transceiver, the iC-GFP. The compact chip features two independent, COM3-compliant channels with a feedback channel each. The configuration of the iC is accomplished via SPI. The output switches can be configured for push-pull, high-side, or low-side operation.
The pins on the 24V line side of the sensor interface are protected against reverse polarity. This makes any external reverse polarity protection diodes superfluous.
An integrated switching converter with two downstream linear regulators generates a 5/3.3/2.5/1.8 V and a 3.3 V voltage for sensor supply. The power supply range is from 4.5 to 36V within a temperature range of -40 to 85 °C. Additionally, a temperature sensor is implemented which can be read via SPI.
The QFN24 package is RoHS compliant and measures only 4 mm x 4 mm.
IO-Link Transceiver Features
- COM3 compliant IO-Link slave transceiver
- Two bidirectional channels, configurable for high-side, low-side and push-pull operation
- Parallel connection of both channels possible
- Channels can be inverted for antivalent output
- Output current of up to 200 mA per channel
- Programmable current limit
- Line side protected against reverse polarity
- Configuration via SPI interface with secured data transmission
- Wide supply voltage range of 4.5 to 36 V
- Two feedback channels supporting IO-Link wake-up
- Switching converter and linear regulators with 5/3.3/2.5/1.8V
- On-chip digital temperature sensor
- Status alert output with excess temperature, overload and undervoltage
- Driver shutdown on errors
- IO-Link slaves
- Proximity switches
- Light barriers
iC-Haus will present the new IO-Link Slave Transceiver iC-GFP at electronica in Munich (November 13-17). Click here for more information.