The essence of innovation is that we work with unique challenges, seeking solutions that have not yet been conceived or developed. In doing so, we also make use of previously developed technologies and existing concepts, applying them in a new context. And that remains, at its core, a human endeavor. Read more below about some of our areas of expertise in this field.
More and more devices today are being labeled as "smart." This means they operate smarter, faster, and with more features than older models. This progress is made possible by embedded electronics, also known as embedded systems. These are regular electronic devices with a built-in digital system (hardware and software), making devices smarter, more energy-efficient, and more effective.
The strength of an embedded system lies in the intelligent algorithms added to a traditional device. In the past, electronic products operated entirely with analog components, but today, much of the functionality is driven by a microprocessor or controller with software. This not only makes devices more versatile but also more adaptable. They can be easily updated to meet new requirements and functions through firmware updates.
At Spectra Electronics, we focus on adding smart features to our designs without compromising ease of use.
When developing complex designs, it is crucial to understand in advance how well the concept will work. We aim to precisely understand how each factor influences the efficiency of the solution. At Spectra Electronics, we translate the design into a mathematical model using intelligent algorithms. This allows us to realistically test the entire process before it is implemented in practice.
We use advanced simulation software for this purpose. With this software, we can run simulations within a graphical interface that accurately mimics real-life situations. This enables us to gather all possible data, just as it would be generated in the final process. By responding to new information during the simulation, we can detect and solve issues early on by re-simulating and adjusting the model.
Once everything works correctly, we convert the developed algorithm into machine code. This code is then integrated into the embedded control processor, making the design ready for practical use. Thanks to our extensive experience in this process, we guarantee that our solutions are not only accurate and reliable but also immediately applicable in practice.
In many chemical processes, electrical currents (electrodes) are used to trigger specific reactions, such as in electrolysis, where water is split into hydrogen and oxygen by means of an electrical current. Successfully applying electrochemistry requires in-depth knowledge of both the chemical process and the manipulation and effects of electrical currents. At Spectra Electronics, we possess extensive expertise in this field, enabling us to provide precise and efficient solutions for complex electrochemical processes.
Managing and converting large electrical power is a specialized field. Applications such as electric drives, electric transportation, renewable energy sources, and industrial automation require specific electronic components and techniques. Since electrical and thermal efficiency is crucial when working with high power, this demands in-depth expertise and experience. Spectra Electronics has built extensive knowledge and experience in this area, enabling us to provide reliable and efficient solutions that meet the highest standards.
A human interface device facilitates communication between humans and computers or machines. Examples include screens, keyboards, levers, and joysticks. When designing and using these devices, it is crucial that they are intuitive and ergonomic, ensuring ease and comfort during use.
At Spectra Electronics, we focus on technologies that enhance this interaction between humans and machines. This is essential for achieving optimal performance. Our solutions combine functional design and high-quality electronics with aesthetic appeal, resulting in products that are both reliable and user-friendly.