Embedded Design

• High and Low-Frequency Power Converters: We develop intelligent control loops for bespoke power converters, where deterministic timing, control-loop optimization, and robustness are essential. DTS designs firmware that ensures stable, responsive converter operation under varying load conditions, incorporating advanced modulation techniques, real-time protection algorithms, and adaptive control strategies. Whether for compact low-power converters or high-power industrial designs, our embedded solutions deliver the precision required for today's high-efficiency power platforms.

• Thyristor Phase Controlled Systems: A core strength of DTS is the development of reliable embedded software for thyristor-based control systems, enabling accurate firing control, load balancing, and dynamic response across a wide range of industrial applications. Our firmware integrates sophisticated synchronization algorithms, safety interlocks, and diagnostic functions, ensuring consistent operation even in electrically harsh environments. With a focus on low noise generation, reliable zero-cross detection, and real-time control, DTS systems are engineered for smooth and predictable performance.

• Induction Heating Systems: In the specialized field of induction heating systems, embedded intelligence plays a critical role in stability and process repeatability. DTS develops firmware that manages resonant-frequency tracking, power regulation, thermal monitoring, and protection mechanisms. Our solutions incorporate high-speed digital signal processing and fault-tolerant routines, ensuring precise control of heating cycles for forging, melting, hardening, and other industrial thermal processes.

• Power Control Systems: Our capabilities further extend to power control systems, where embedded logic enables efficient, safe, and automated control of industrial power distribution and regulation. DTS designs embedded platforms that support real-time monitoring, predictive diagnostics, advanced protection algorithms, and seamless communication with supervisory systems. Whether managing complex loads, coordinating power switching, or controlling multi-stage processes, our embedded solutions provide unmatched stability and intelligence.

• Communication Interface Systems: We develop embedded communication stacks and interface layers that are secure, robust, and optimized for real-time performance. Our systems ensure that data moves quickly, accurately, and safely between devices, control systems, and operator interfaces. Our embedded software expertly handles industry-standard communication protocols such as RS-485, MODBUS TCP/IP, CAN bus, and Ethernet, prioritizing data integrity and system isolation in noisy environments.

• Human Machine Interface (HMI) Systems: To complete the technological ecosystem, DTS designs advanced Human Machine Interface (HMI) systems that deliver intuitive, data-rich operator experiences. Our embedded HMI solutions include custom graphics engines, touchscreen interaction, event logging, real-time process data visualization, and seamless integration with PLCs and embedded controllers. Each HMI is engineered for clarity, reliability, and ease of use in demanding industrial environments.

• Requirements Analysis & System Architecture: We begin with a meticulous analysis of functional and performance requirements to define a robust and efficient software architecture.

• Coding & Implementation: Our engineers write clean, efficient, and highly optimized code, often in languages like C/C++, leveraging real-time operating systems (RTOS) when necessary to ensure predictable system behavior.

• Rigorous Verification & Validation: Every line of code is tested. We use a combination of simulation, unit testing, and hardware-in-the-loop testing to validate functionality and reliability before deployment.

• Deployment & Support: We provide comprehensive support during integration, deployment, and operation, ensuring seamless commissioning and ongoing system performance.