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Modern vehicles are, in large part, sensor systems on wheels. From the moment the engine starts to the moment the car parks, electronic circuits are measuring pressure, position, current, temperature, and rotational speed. They do so continuously, in real time, in conditions that would cause most commercial electronics to fail.
The integrated circuits doing this wor...
Position sensing is a fundamental requirement in modern engineering. Whether controlling a robotic actuator, monitoring valve travel in a process plant, or providing shaft angle feedback to a motor drive, systems need to know precisely where a moving part is, continuously, reliably, and without physical contact with the thing being measured.
Magnetic position sensor...
Magnetic sensors are central to how modern industrial systems measure position, speed, current and proximity. Whether tracking the angle of a robotic joint, the rotation of a motor shaft or the flow of current through a power converter, they translate physical movement and electrical activity into signals that control systems can act on. As factories become more connected and...
Custom IC design for industrial applications is the process of developing a purpose-built silicon circuit engineered specifically to meet the demands of industrial environments – extreme temperatures, continuous operation, vibration, electromagnetic interference, and product lifecycles spanning decades rather than years.
When standard off-the-shelf components and F...
Mixed-signal ASIC design is the discipline of combining analogue and digital circuits on a single custom integrated circuit, enabling a device to sense real-world physical signals, process them, and produce a calibrated output, all within one piece of silicon. It is the technology behind tyre pressure monitoring systems, factory automation encoders, machine vision sensors, au...