Welcome to Icaro Systems
Scope of hardware development:
• Analog circuits (discrete signal processing, audio, …)
• Digital circuits (discrete logic, DRAM, FPGA, CPLD, …)
• Power supply (ACDC, DCDC, flyback, …)
• Interfaces (USB, CAN, WLAN, Ethernet, Gigabit, LVDS, …)
• Processor and controller (iMX, ARM Cortex-M, Microchip PIC/DSPIC…)
• Selection of the most suitable components
• Creation of architecture, circuit concept and circuit diagram
• Calculation and evaluation of the circuits according to safety and reliability criteria
• Definition of design rules for circuit board design
• Circuit board design hand-in-hand
• Creation of test systems for development, qualification and production
• Proof of all requirements and documentation
High-Density Interconnect (HDI) Printed Circuit Boards
High-Density Interconnect (HDI) circuit boards stand out for their increased wiring density compared to traditional printed circuit boards. HDI PCBs typically feature Microvias, Blind and buried vias, built-up laminations, enhanced signal performance considerations.
The field of printed circuit board technology has been advancing to meet the demands of smaller and faster products. HDI boards, with their reduced size and intricately designed features such as smaller vias, pads, copper traces, and spaces, offer a more compact solution. This results in PCBs that are not only lighter but also boast a reduced layer count due to their denser wiring. Instead of employing multiple PCBs within a device, a single HDI board can encompass the functionality of its predecessors
Automotive Applications
Efficient Power Conversion: Electronics play a critical role in converting power efficiently for electric vehicle charging applications.
Fast-Charging Capabilities: The electronics enable fast-charging capabilities, reducing charging times for electric vehicles.
Intelligent Power Management Systems: Sophisticated power management systems optimize charging processes, ensuring efficient energy utilization.
Advanced Thermal Management: Effective thermal management technologies regulate temperatures during charging to maintain optimal performance and safety.
Robust Safety Features: Electronics incorporate robust safety features like overcurrent and overvoltage protection to safeguard vehicles and charging infrastructure.
IOT Applications
Efficient Power Management: IoT electronics prioritize energy efficiency to prolong battery life and ensure continuous operation.
Sensor Integration: Electronics seamlessly integrate various sensors to capture and process environmental data for monitoring and control.
Wireless Connectivity: IoT devices utilize wireless technologies for real-time communication and integration into IoT networks.
Data Processing and Analytics: Onboard processing enables real-time data analysis and intelligent decision-making at the device level.
Security and Privacy Measures: Robust security protocols safeguard data integrity and user privacy in interconnected environments.
Scalability and Interoperability: Electronics are designed to scale and integrate seamlessly with existing infrastructure, fostering interoperability and ecosystem growth.
Power electronics Applications
Efficient Power Conversion: Electronics prioritize efficient power conversion to minimize energy losses and maximize system efficiency.
High Current Handling: Power electronics are designed to handle high current loads efficiently, ensuring reliable operation under varying load conditions.
Thermal Management: Advanced thermal management techniques are employed to dissipate heat effectively and maintain optimal operating temperatures, enhancing system reliability and longevity.
Fault Protection: Power electronics incorporate robust fault protection mechanisms such as overcurrent, overvoltage, and short-circuit protection to safeguard equipment and ensure safe operation.
Scalability and Flexibility: Electronics are scalable and adaptable to accommodate varying power requirements and system configurations, facilitating integration into diverse power systems and applications.