PQ Type High Frequency Transformer China Factory and Reliable Suppliers
Looking for high efficiency PQ type high frequency transformers? As leading China suppliers and a professional factory, we offer PQ20 to PQ50 models with maximum power density and minimal EMI for medical and aerospace use.
About this product
Product information from the supplier.
Our High Frequency Transformer PQ Type is engineered for peak performance in demanding power electronic environments. By utilizing a specialized PQ core geometry, these transformers achieve an optimized balance between high power density and minimal volume, ensuring stable energy conversion for critical infrastructure and industrial applications.
Designed to meet the rigorous standards of modern power supplies, the PQ series features a symmetrical circular casing and a continuous air gap, which significantly reduces electromagnetic interference (EMI) while maximizing overall energy efficiency. Whether for aerospace or medical equipment, these transformers provide the reliability and thermal stability required for 24/7 operation.
Detailed Parameters
| Available Models | PQ20, PQ26, PQ32, PQ35, PQ40, PQ50 | Core Geometry | Symmetrical Circular Casing |
|---|---|---|---|
| Volume Ratio | Largest cross-sectional area to volume ratio | Magnetic Path | Smallest magnetic path length to volume ratio |
| Air Gap Design | Continuous circular air gap | Power Density | Extremely High |
| Energy Efficiency | Exceptionally High | EMI Level | Minimal Electromagnetic Interference |
| Thermal Performance | Superior heat dissipation | Customization | OEM/ODM fully supported |
Key Advantages
Ultra-High Power Density
Optimized PQ core structure allows for maximum power output within a compact footprint.
Exceptional Efficiency
Minimizes core and copper losses to ensure maximum energy transmission and lower costs.
Low EMI Profile
The symmetrical design effectively suppresses electromagnetic interference for cleaner signals.
Thermal Stability
Superior thermal performance prevents overheating during high-load industrial operations.
Precision Geometry
Smallest magnetic path length to volume ratio for optimized magnetic flux.
Versatile Integration
Perfectly suited for high-end servers, medical gear, and automotive charging stations.
Product Gallery
Management Platforms
OEM Manufacturing
Support for bulk production strictly following customer-provided technical drawings.
ODM Design Services
Customized solutions based on frequency, current, and size requirements.
Precision Engineering
Rigorous quality control for electronic components and magnetic devices.
Application Support
Expert guidance for integrating transformers into medical and aerospace systems.
Supply Chain Optimization
Reliable delivery for high-power LED drivers and communication base stations.
Technical Validation
Comprehensive testing for efficiency and electromagnetic compatibility.
Investment Return Comparison
| Metric | Standard Transformer | PQ Type Transformer |
|---|---|---|
| Power Density | Moderate | Extremely High |
| EMI Level | Variable/High | Minimal/Controlled |
| Thermal Loss | Standard | Significantly Reduced |
| Energy Efficiency | Standard | Exceptionally High |
| Space Requirement | Large | Highly Compact |
Frequently Asked Questions
They are widely used in high-end server power supplies, communication base stations, medical equipment, automotive charging stations, and aerospace power systems.
The PQ core provides the largest cross-sectional area to volume ratio and the smallest magnetic path length, maximizing power density and efficiency.
Yes, we provide both OEM manufacturing based on drawings and ODM design services tailored to your current, frequency, and size needs.
Thanks to the symmetrical circular casing and continuous air gap design, the PQ type transformer naturally minimizes EMI emissions.
Our standard range includes PQ20, PQ26, PQ32, PQ35, PQ40, and PQ50 to fit various power requirements.
The optimized geometry and high-grade core materials ensure superior thermal performance and efficient heat dissipation during continuous operation.