Efficient Low Noise ER49 High Frequency Transformer Industrial Power Systems
Product Overview
The ER49 is a ferrite-core high-frequency transformer platform designed for isolated energy transfer in industrial power supplies, energy-storage equipment, emergency-power systems, EV chargers, renewable-energy converters, and other switched power-electronics applications.
Industry Application Matrix
Common international buyer inquiry references and starting points for engineering discussion:
| Industry |
Typical Application |
Power Range |
Frequency Range |
Key Parameters |
| Industrial Power Supplies |
Main isolation transformer for AC/DC and DC/DC converters |
100W - 800W |
20kHz - 250kHz |
Turns ratio, magnetizing inductance, leakage, DCR |
| Energy Storage Systems |
Isolated DC/DC stage, auxiliary converter |
100W - 1000W |
30kHz - 250kHz |
Flux balance, saturation margin, bidirectional behavior |
| Emergency Power & UPS |
Battery converter, inverter charger |
100W - 1000W |
20kHz - 180kHz |
Peak current, saturation, thermal balance |
| EV Charging Equipment |
Isolated power stage, auxiliary converter |
100W - 1200W |
30kHz - 250kHz |
Controlled leakage, insulation loss, temperature rise |
| Solar & Wind Power |
Isolated conversion for inverter DC links |
100W - 1000W |
20kHz - 200kHz |
Wide-input flux density, insulation coordination |
Key Features
- Compact ER Core Platform for medium-power high-frequency conversion
- High Efficiency Oriented Design with optimized core and winding losses
- Low Noise Development through controlled mechanical resonance
- Stable Electrical Performance with unit-to-unit consistency
- Controlled Leakage Inductance for resonant operation
- Low DCR and AC Resistance Options for reduced winding loss
- Thermal Management Support for optimized heat dissipation
- EMI and Capacitance Control for electromagnetic compatibility
- High Isolation Options including reinforced insulation
- PCB Integration with custom pinout capabilities
Construction Details
| Component |
Customization Options |
| Magnetic Platform |
ER49 ferrite-core platform or approved equivalent |
| Ferrite Material |
Power ferrite grade selected for frequency and temperature requirements |
| Winding Conductor |
Round enameled copper wire, litz wire, copper foil, or combined system |
| Insulation System |
Film tape, barriers, sleeving, margin construction based on voltage requirements |
| PCB Terminations |
Multiple through-hole options with custom pinout |
Applications
- Industrial switched-mode power supplies
- Isolated AC/DC and DC/DC converters
- Energy-storage and battery-interface modules
- Emergency-power and UPS converters
- Solar and renewable-energy inverters
- EV charging equipment and auxiliary converters
- Telecom rectifiers and communications power systems
- Data-center server and AI power modules
- Industrial motor drives and robotics
- Automation controllers and cabinet power systems
Quality Assurance
Comprehensive quality control including:
- Incoming Material Inspection for all components
- Design Review of electrical and thermal parameters
- In-Process Control during manufacturing
- Electrical Testing including inductance, turns ratio, and dielectric strength
- Mechanical Inspection of dimensions and workmanship
- Sample Validation in customer's converter
- Traceability and Change Control systems
Why Choose Chipsen
- Application-Specific Customization for your exact requirements
- OEM and ODM Support including new designs and replacement development
- Drawing and Sample-Based Development approaches
- Engineering Collaboration on technical parameters
- Flexible Order Support with MOQ of 100 pieces
- Responsive Project Handling with quick quotation and sample production
- Warranty Support with comprehensive coverage options
- Controlled Specification Process for consistent quality
- Production Testing and Traceability for reliability
- Mechanical Integration Support for your assembly
Important Note: The ER49 model identifies an approximate ferrite-core platform and does not define fixed power, voltage, current, or frequency ratings. Final performance is confirmed through approved specifications, converter conditions, material systems, and customer validation.