Ultra-Low-Power Miniaturized Integrable Sampling System.
The IDC150 is a high-precision digital signal conditioner designed for strain gauge-based sensors in industrial and laboratory environments. It is ideal for sensor evaluation, prototyping, and integration into test and measurement systems requiring a compact, high-performance digital interface. Housed in a rugged aluminum enclosure with accessible connectors, the IDC150 features both UART and SPI communication, enabling quick and reliable acquisition of high-resolution data from load cells, force, torque, and other strain-gauge based transducers. Combined with FUTEK’s SENSIT™ software and Python APIs, it allows users to easily access, visualize, and integrate measurement data into custom applications and automated workflows.
Wide Bridge Sensitivity
Input range of up to 480 mV/V ensures compatibility with a broad range of strain gauge-based sensors, including load cells, force transducers, torque, pressure, and other transducers.
Compact Form Factor
A fully integrated conditioning stage, along with a compact enclosure and convenient connectors enable quick, reliable interfacing with a variety of sensors.
Flexible UART and SPI Outputs
Dual communication interfaces of UART and SPI enable seamless integration with microcontrollers, PCs, and embedded systems. UART simplifies setup for test and measurement, while SPI supports high-speed data transfer.
Synchronized Data Acquisition
Dedicated data-ready output allows a host system to read a new ADC conversion upon completion, reducing latency and enabling synchronized data acquisition.
High Resolution and Accuracy
Precision front-end and high-resolution ADC architecture support fine measurement of low-level signals with excellent stability.
Configurable Sampling Rate and Filtering
On-module digital filtering and adjustable data rates help balance noise performance and response time for your application.
Low Power Consumption
Low power consumption and a wide input voltage range ensure compatibility with embedded systems, portable instruments, robotics platforms, and multi-channel setups.
Calibration and Scaling Options
Supports zero, span, and scaling adjustments via digital interface, streamlining sensor calibration in production.
Industrial-Grade Build Quality
Built to IPC Class III standards and housed in a rugged aluminum enclosure, the IDC150 attenuates EMI, providing dependable performance in harsh environments.
The IDC150 is a high-precision digital signal conditioner designed for strain gauge-based sensors in industrial and laboratory environments. It is ideal for sensor evaluation, prototyping, and integration into test and measurement systems requiring a compact, high-performance digital interface. Housed in a rugged aluminum enclosure with accessible connectors, the IDC150 features both UART and SPI communication, enabling quick and reliable acquisition of high-resolution data from load cells, force, torque, and other strain-gauge based transducers. Combined with FUTEK’s SENSIT™ software and Python APIs, it allows users to easily access, visualize, and integrate measurement data into custom applications and automated workflows.
Wide Bridge Sensitivity
Input range of up to 480 mV/V ensures compatibility with a broad range of strain gauge-based sensors, including load cells, force transducers, torque, pressure, and other transducers.
Compact Form Factor
A fully integrated conditioning stage, along with a compact enclosure and convenient connectors enable quick, reliable interfacing with a variety of sensors.
Flexible UART and SPI Outputs
Dual communication interfaces of UART and SPI enable seamless integration with microcontrollers, PCs, and embedded systems. UART simplifies setup for test and measurement, while SPI supports high-speed data transfer.
Synchronized Data Acquisition
Dedicated data-ready output allows a host system to read a new ADC conversion upon completion, reducing latency and enabling synchronized data acquisition.
High Resolution and Accuracy
Precision front-end and high-resolution ADC architecture support fine measurement of low-level signals with excellent stability.
Configurable Sampling Rate and Filtering
On-module digital filtering and adjustable data rates help balance noise performance and response time for your application.
Low Power Consumption
Low power consumption and a wide input voltage range ensure compatibility with embedded systems, portable instruments, robotics platforms, and multi-channel setups.
Calibration and Scaling Options
Supports zero, span, and scaling adjustments via digital interface, streamlining sensor calibration in production.
Industrial-Grade Build Quality
Built to IPC Class III standards and housed in a rugged aluminum enclosure, the IDC150 attenuates EMI, providing dependable performance in harsh environments.