Ethernet-based DAQ board with 8 analog inputs, 250 kS/s sample rate, 2 analog outputs, one 32-bit counter input, and 8 digital I/O.

Ethernet digital I/O board with 24 digital I/O, +/-24 mA drive capability, and one 32-bit counter.

Board-only Ethernet-based digital I/O board with 24 bit-configurable DIO lines, one counter input, and header connectors. .

USB-based DAQ board with 16-channels, 250 kS/s sample rate, two 32-bit counter inputs, one timer output, and eight digital I/O

16-Bit, 8-Channel, 50 kS/s/ch Simultaneous-Sampling DAQ Device

Board-Only 16-Bit, 8-channel, 100 kS/s/ch Simultaneous-Sampling DAQ Device

Thermocouple measurement DAQ HAT for Raspberry Pi The MCC 134 Thermocouple Measurement HAT provides four thermocouple inputs for adding temperature measurement capability to Raspberry Pi based systems. It features 24-bit resolution and provides professional-grade accuracy which is best in class. The MCC 134 also offers open thermocouple detection so users can monitor for broken or disconnected thermocouples and each channel type is selectable on a per-channel basis. Up to eight MCC DAQ HAT devices can be stacked onto one Raspberry Pi. All MCC DAQ HATs provide easy-to-use C/C++® and Python™ open-source libraries and examples allowing you to take reliable, quality measurements quickly. NOTE: Raspberry Pi is not included with the MCC 134. Tech Tip: Learn more about measuring thermocouples with the MCC 134.

Voltage Output and DIO DAQ HAT for Raspberry Pi® with two analog outputs and eight digital I/O The MCC 152 Voltage Output and DIO HAT provides two channels of analog voltage output and eight digital I/O for Raspberry Pi based systems. The 12-bit voltage outputs feature a 0-5 V range and can be updated at up to 5 kS/s. Up to eight MCC DAQ HAT devices can be stacked onto one Raspberry Pi. All MCC DAQ HATs provide easy-to-use C/C++® and Python™ open-source libraries and examples allowing you to take reliable, quality measurements quickly. NOTE: Raspberry Pi is not included with the MCC 152.