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Data Acquisition & Control

Combine modular DAQ, I/O, and fiber-optic communication hardware into a single industrial control system built for noisy, high-voltage, or radiation environments.

FAQ

Fiber Optics

Radiation-hard fiber converters for EMI-immune, long-distance signal transmission.
X22 $560.00
X22
Bi-directional BNC TTL to Fiber Optic Converter
TF1 $300.00
TF1
Self-powered BNC TTL to Fiber-Optic Converter
X14
X14
1:4 Fiber-Optic Trigger Fanout

Multifunction I/O

Analog and digital I/O in one box for flexible signal integration.
MX1
MX1
Multichannel Data Acquisition System with WebSocket Automation API
M40
M40
16x Analog 16x Digital GPIO
M10
M10
2x Analog 4x Digital GPIO

Precision High Voltage

Stable, low-ripple power supplies for biasing detectors and sensors.
HVI-4
HVI-4
Bias Voltage Interlock Unit

Loop Controllers

Real-time, deterministic fiber-optic switches linking edge devices in a noise-immune loop.
Q580
Q580
High Speed Real-Time Loop Controller
A560
A560
Real-Time Loop Controller
A360
A360
Fiber-Optic Loop Controller

Frequently Asked Questions

What's the difference between "data acquisition" and "control" in this category?
Data acquisition (DAQ) refers to collecting and digitizing signals from sensors and detectors; control refers to using that data to drive outputs and keep a system operating at a target state. Products in this category combine both so you can build a complete industrial control system from a single source.
What kinds of systems can these products integrate with?
They're designed as modular building blocks for industrial control systems, so they can be paired with a wide range of existing sensors, actuators, and host software rather than requiring a proprietary end-to-end platform.
Do I need separate hardware for acquiring data versus controlling a process?
Not necessarily. Many products in this line handle both functions, but the right configuration depends on your application's channel count, timing requirements, and existing infrastructure. Reach out and we can help you scope it.
What should I consider when choosing a DAQ & control solution?
Key factors are the number and type of signals you need to read, how fast your control loop needs to run, the environment (electrical noise, radiation, temperature), and whether you need to integrate with equipment you already have.
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