Our company offers development, installation and commissioning of printed circuits. We provide drawings in OrCAD or Eagle software. Our experience include:
Power electronics – Project, Design, Simulations, Control System design, Testing, Production. Power supplies, Motor Control (DC, BLDC, AC induction, Synchronous....) - Thyristors, IGBT, Mosfet. - Matlab Simulink, Psim, Plecs.
Measuring, Control Systems, Analog, Digital, Microcontrollers, EMC. Design, Simulation, PCB design, Testing, Production. Eagle, Orcad, Altium
In more details:
- Processing and generating analog signals from low frequencies up to microwaves
- Analog and mixed-signal circuits design. Analog-to-digital converter design. Digitization of analog signals
- Processing and storing digitized signals using microprocessors, or FPGAs at frequency up to 1.6 GHz
- Design of communication systems
- Design of power control systems
- Design of systems for testing
- Design of measuring systems
- Amplifier design
- Radio-based communication and networks for the Internet of Things (IoT), such as Bluetooth Low Energy (BLE) / Bluetooth Smart, Zigbee
- Individual, customer-specific automation technology: sensor and control technology, such as for motors, valves, pumps
- Wired bus systems, interfaces and communication protocols, such as from 1-10 V / 4-20 mA to DMX, DALI or MODBUS
- Measurement data preparation, filter functions and signal evaluation, digital signal processing (DSP)
- Use of various microcontrollers, ranging from low power to high performance, from low cost to high tech
We provide services from prototype development and manufacturing, through small production, to preparing documentation for serial production.
Our development services at a glance:
- Definition of product and requirements specifications
- Technical and financial assessments
- EMC/EMI analysis
- SI analysis
- Component engineering (RoHS)
- Schematic capture
- Layout of circuitry, printed circuit board layout
- Preliminary testing and simulation
- Feasibility study
- Hardware and software development
- Test development and development of test equipment
- Footprint Library creation & maintenance
- Symbol Library creation & maintenance
- Manufacturing level documentation
Our company offers software development in the following areas:
We develop applications for wide range of microprocessors, in C/C++ and assembler, from simple programs to applications containing operating systems (RTOS - Ecos and others). These systems can communicate via USB, Ethernet, UART, RS-485, GPIB, CAN, LIN, FlexRay, I2C, SPI, 1-wire, PCI, PCI Express and others.
Field-programmable gate array (FPGA)
We design and implement IP functions in VHDL. We develop applications for testing communication systems used in the automotive industry (e.g. FlexRay, LIN), digital signal processing up to frequency 1.6 GHz, data preprocessing for the processor, control routines, and many others. We create applications for Altera and Xilinx FPGAs. In our applications, we often use a combination of a synthesized processor inside the FPGA (e.g. Nios II) and real-time operating system (e.g. Ecos).
We provide comprehensive services including feasibility study, creating specifications, proposing architecture, implementation, testing and subsequent maintenance.
Our team of highly skilled engineers has a deep understanding of everything engineering and circuit related. This enables them to complete boards with greater speed and precision so that the final products are readied for manufacturing, testing, validation and mass consumption on the market while reducing costs associated with development and manufacturing.
- Three Gyro Horizon Check Block Test Equipment - Mikrotechna Modřany
- based on Intel Microcontroller 8051. 400Hz Sine ane Cosine Generator. Microprocessor controlled amplitude by multiplying amplifier. Simulation of Selsyn Ouput signals according of own position. (Check Block were planned to use in new aeroplain L610).
- Altimeter calibration Test Equipment - Mikrotechna Modřany
- based also on Intel 8051 Microcontroller. Altimeret seriál output were decoded and displayed. Altimeter were producet to Russia.
- TV Broadcasting Antennas Radiation Diadram vizualisation – Tesla Hloubětín
- Based also on Intel 8051. Antenna position was measured by selsyn. Used Selsyne to digital Converter (Analog Devices). This position were converted and multiplyed by output of signal intensity analog output. Output signal was plotted by XY plotter as “Radiation Diagram“.
- Chair life time Test Equipment Control Systems – Svenska Testproductor AB
- Based on Intel 80C196 Microcontroller. Chairtesting was done by pneumatic cylinder, three in the same time. Controller generated up tu 500.000 measured cycles. Cycle course of testing force was realised by force sensor as feedback and pneumatic servo valve, driven by controller.
- Thyristor and IGBT Power Supplies ut to 500kW – Battery Chargers – Elektropřístroj
- Thyristor controllers Based on Siemens SAM80C166 microcontrollers ant TI TMS320LF2406. Trese Inverters was designed for battery formatting – Charging and discharging proces. Three phase sixpulse thyristor blocks.
- IGBT 400Hz three phase power supply to reduce size and weight of isolating transformers, controlled on primary side – suitable especially for solder stations – greather secondary Current.
- Locomotive project reconstruction design - 4x 1MW - On-Track
- Design of completaly reconstruction of AC locomotive 25kW/4MW. Replacement of original control in primary side of HV Transformer. New realisation by IGBT inverters, included power factor correction (realised by Brno niversity included auxiliary drives). New control panels, pneumatic assembly, HW circles.
- My work was global conception, wiring, coordination, mechanical conception, railway standards etc.
- Locomotive project reconstruction design - 4x 250kW. Similar as before.
- Three systems waggon power supplies 50kW (DC 2000V, 25kV/50Hz, 25kV/16,6Hz) Škoda
- participation – design and realisation of DC 24/230V-50Hz – 2kW inverter.
- Simulation of 50MW inverter ČKD – tender ITER- Simulation in Matlab Simulink – Sixpulse Thyristor inverter and three level IGBT inverter. Simulsations of Start, Overcurrent, Overvoltage Transitions.
- Medical equipment such as ECG holters, up to 12 leads. FPD-Telab. Design of ECG holters with use of TI Analog Front-End ADS1292, 1293 an processor STM32F405, F429, ..L496. Desin of PCB,Firmware, FFT, FIR and IIR filters.