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The RoHS icon with this product means the PCBs, components, solder, chemicals are all lead-free and RoHS compliant. And this product is produced in lead free process. Unfortunately, now, we cannot provide documentation for this product is RoHS compliant.
Resources:
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Package Includes:
Notes:
- This package does not include Din-Rail PCB holders and cables.
- This board uses 4-pin connectors for I2C bus.
- Side by side linking of this products uses 2.5 inch long of wires.
Features:
- 4-20mA Analog Outputs
- Two boards on a bus for this model
- Up to eight boards on a bus (more details in datasheet)
- MCP4725A1 12-Bit Digital to Analog
- I2C Bus Voltage, 3-5V
- Power supply for analog voltage 9-36V
- Pull-Up Resistors for I2C Bus
- Compatible With Most Microcontrollers
- Inverse Polarity Protection Circuits for Supply Voltage
- Din-rail PCB holder supports
The I2C-AO112DI1 is a digital to analog output board. It supports Din-rail PCB holder. It is designed for 2-wire 4-20mA current loop transmitter. The 4-20mA analog output is controlled by I2C bus. It uses a 12-bit digital to analog converter. I2C signals on board are isolated from I2C bus signals by an isolation chip. So there is no effect to analog signals when boards are connected on the same bus. Also the board has a surge protector. It protects the board from transient voltage events. I2C bus working voltage for this board is 3-5V. Power supply voltage for 4-20mA analog output is 9-36V. The polarity protection circuits on board protect a damage from a mistake of connection. Two boards can be connected on the same bus. But it is possible to connect eight boards on the same bus when connecting two of each I2C-AO112DI0, I2C-AO112DI1, I2C-AO112DI2, and I2C-AO112DI3 together on the bus. Because they have own different addresses.
To prevent damage to the board. Don't plug and/or unplug I2C cables on the board while a power supply still turns on. Turn off a power supply before plug and/or unplug I2C cables on the board.
