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Electronic Design

Bring Your
Connected
Ideas to Life

Electronic design is at the heart of our expertise at Catalys. We excel in creating high power density electronic solutions for applications requiring high currents and active cooling. In addition, our expertise extends to the design of miniaturized power PCBs for optimal integration in confined spaces, while maintaining optimum performance.

Our knowledge of wireless technologies opens up vast possibilities for IoT interconnectivity. We design wireless solutions, including LoRa, Wi-Fi, and Bluetooth, with a focus on optimizing energy consumption. Our systems are designed to maximize battery life while ensuring reliable and secure communication for a variety of applications.

In addition, thanks to our expertise in a variety of sensor technologies, including ultrasonic, magnetic, capacitive and inductive, we are at the forefront of creating non-contact measurement equipment. Our systems offer unrivalled accuracy and reliability, meeting the specific needs of every customer, whether for industrial or research applications.

When it comes to designing test benches and assembly jigs, our experience is invaluable. We offer tailor-made solutions to improve production quality and efficiency. Our systems guarantee exceptional repeatability and optimum quality control, enabling us to meet our customers’ most complex challenges.

Circuit - Catalys
conception électronique - Catalys

Specializations

Specializations

Conception High power density electronic design for applications with high currents and active cooling.

High-speed circuits

Analogue and digital circuits

Tailor-made design of test benches and assembly jigs to improve quality and production efficiency.

Miniaturized power PCB design for optimum integration in confined spaces.

Design of wireless systems to maximize battery life while ensuring reliable and secure communication.

Expertise in wireless technologies, including LoRa, Wi-Fi and Bluetooth, with optimization of energy consumption.

Design of wireless systems to maximize battery life while ensuring reliable and secure communication.

Internet of Things (IOT)

Use of a variety of sensor technologies, including ultrasonic, magnetic, capacitive and inductive, to create high-precision non-contact measurement equipment.

Support for electromagnetic compatibility (EMC)

Embedded systems