Electronic Engineering Design
Our Design Process
To achieve exceptional results in our design work we utilize a combination of theoretical and applied methods to address design challenges. We meticulously rely on electronic theory, mathematical models, extensive computer simulations, detailed performance specifications, careful physical implementations and strict qualification processes. Our methods allow us to eliminate or minimize design iterations, shorten schedules and minimize costs. We believe in reaching feasibility on any analog and power electronic design. Our engineers are adept at resolving the toughest problems, have decades of joint experience, and have received numerous patents and awards.
Areas of Expertise
- Precision amplifiers DC to 500 Mhz, RF amplifiers
- Lock-in amplifiers
- Active filters
- Voltage references
- Sensors
- Signal conditioning for sensors
- Feedback control circuits
- Analog to Digital converters
- Digital to Analog converters
- AC and DC current sensors
- Pulse generators
- Low noise circuits
- PCB layout for mixed-signal, precision requirements
- Grounding system design for high precision circuits
Analog Circuits
- Switch mode and linear power supplies
- DC to DC converters
- Green power conversion applications
- Inverter design
- Bridge drivers
- IGBT/BJT/FET/MOS circuits
- Battery chargers/portable power supplies
- 3-phase power conversion
- Motor/generator/UPS systems
- PCB layout solutions for breakdown/corona discharge
- PCB layout for EMC compliance
- High voltage (700V) integrated circuit design