Power Electronics Built Around Your System
We design and manufacture electronic solutions for power conversion, distribution, monitoring, charging, and protection across connected products and equipment.
Discuss Your Requirements
Efficient Power Conversion
Power architecture directly affects product efficiency, reliability, thermal performance, and operating life. We help integrate power conversion and regulation into application-specific electronic systems.
Power Management Functions
Core power functions we design and integrate into your product.
AC to DC Conversion
Efficient rectification and regulated DC output for AC line-powered products.
DC to DC Conversion
High-efficiency voltage conversion and regulation on the board.
Battery Management
Cell balancing, state monitoring, and safe battery operation.
Charging Control
Profile-controlled charging for safe, fast battery replenishment.
Power Monitoring
Voltage, current, and energy tracking across the system.
Load Management
Intelligent load distribution and sequencing for stable operation.
Protection by Design
Electronic products must remain stable under changing loads and unexpected conditions. Protection functions can include overvoltage, overcurrent, short-circuit, and thermal protection.
Overvoltage
Clamping and detection that shield circuits from voltage spikes.
Overcurrent
Current sensing and limiting that stop excess current early.
Short-Circuit
Fast fault response to isolate shorts before damage occurs.
Thermal
Temperature-based shutdown that protects critical components.
Frequently Asked Questions
What power management functions do you design?
AC–DC and DC–DC conversion, battery management, charging control, power monitoring, and load management — integrated into your product’s electronic system.
Can you handle AC line voltage control (120V / 230V)?
Yes — we support 120V/60Hz (North America) and 230V/50Hz (Europe), including heating-element control, fan speed control, multi-stage temperature control, and relay / triac solutions.
What protection functions are included in power designs?
Overvoltage clamping and detection, overcurrent sensing and limiting, fast short-circuit response, and temperature-based shutdown — protection designed in, not added later.
Do you design battery management systems?
Yes — cell balancing, state monitoring, profile-controlled charging, and safe battery operation for products that run on battery or AC line.
How do you ensure efficiency in power conversion?
Power architecture is designed around your product’s efficiency, thermal, and reliability targets — converter topology, component selection, and PCB layout are all considered together.
Design Your Power Architecture
Talk to Our Engineering Team