Features
- Pair with Michigan Scientific slip rings for rotating applications
- Output data up to 8 ksps (CAN FD) / 2 ksps (CAN2.0)
- Stack up to 4 modules for synchronized 48 channel sampling
- Compact design for limited space applications
- Measure strain, temperature, acceleration, position, pressure
- Use with strain gauges, thermocouples, RTDs, accelerometers,
string pots, hall-effect sensors
- Use with absolute quadrature encoders to output position
and speed
- Software-configure each channel independently
- Sensor excitation for ratiometric sensors
- Integrated shunt calibration resistors
- Galvanic isolation
Michigan Scientific’s 12-Channel Analog to CAN Modules are designed for high-channel-count measurement
applications. These modules combine multiple sensor inputs into a single high-speed digital output, streamlining
data acquisition for complex test environments such as rotating machinery and automotive components.
Each module provides sensor excitation, conditioning, and digitization of signals, delivering data over a CAN 2.0 or
CAN FD bus at rates up to 8 ksps. The modules feature software-controlled configuration, allowing independent
channel setup, gain adjustment, and integrated shunt verification. Data can be recorded directly to a PC using the
included configuration software.
When combined with Michigan Scientific slip rings and accessories, these modules provide a complete solution
for synchronized, high-speed data acquisition in demanding test environments.