Classification of electronic device manufacturing and software development at Semiconductor Power Conversion Technologies LLC (SPC Technologies LLC):
- Electronic devices and digital control systems – full-cycle development including technical specifications, electronic circuits, PCB prototypes and application software
- Monitoring and diagnostics systems – tracking equipment condition to prevent failures and malfunctions
- Event recording systems – measurement and recording of operational trends and emergency oscillograms, with automated event log formation
- Control systems – development and implementation of solutions for automatic control of electrotechnical systems based on industrial PLCs and SCADA
- Electric drive control systems – automation of motor control to improve energy efficiency
SPC Technologies LLC provides the following services in electronic device manufacturing and control system development:
- Development of control, event recording, dispatching, monitoring and diagnostics systems of various complexity using an object-oriented approach to ensure efficient operation of semiconductor converters, technological processes, machinery and more
- Development of printed circuit boards and software for electronic devices based on STM32(ARM Cortex‑M4), Atmel and other microcontrollers
- Development of general-purpose software using C, C++, C#, Python and other programming languages, as well as modern framework
- Development of SCADA systems based on EasyBuilder and other platforms
- Repair of power electronics devices and control systems
- Technical maintenance and servicing of electronic systems
Advantages of cooperation with SPC Technologies LLC in the field of electronic device manufacturing and control systems development:
- Object-oriented development that considers all requirements and process specifics of the Customer
- Digital modeling for algorithm testing, significantly increasing the reliability and fault tolerance of hardware, algorithmic and software solutions
- Extensive experience in unique, non-standard hardware and software development STM32(ARM Cortex‑M4), Atmel, Weintek HMI with EasyBuilder and more) for excitation systems of synchronous motors and generators, metro train movement control, city lighting dispatching systems and others
- Use of modern signal processing methods, control signal generation techniques, and modern digital communication protocols
- Reduced maintenance costs through full-cycle quality assessment, use of reliable components, redundancy principles and proven control algorithms
Cost estimation: Manufacturing of electronic devices and control system development
The price depends on several factors: scope of work, project complexity, urgency, operating conditions, and the technical specification provided by the Customer.