Mutual inductors
Mutual inductors are essential components in modern electronic circuits, offering reliable performance in power conversion and signal processing applications. Our high-quality mutual inductors are designed to meet the most demanding industry standards.
Key Product Features
- Precision wound coils for consistent performance
- High permeability core materials
- Low DC resistance for efficient operation
- Wide operating temperature range (-40°C to +125°C)
- Custom configurations available
Technical Specifications
| Model | Inductance Range | Current Rating | Frequency Range | Package Type |
|---|---|---|---|---|
| MI-100 | 1μH - 10mH | 1A | 1kHz - 1MHz | SMD |
| MI-200 | 10μH - 100mH | 5A | 100Hz - 500kHz | Through-hole |
| MI-300 | 100μH - 1H | 10A | 50Hz - 200kHz | Chassis Mount |
Mutual Inductors FAQ
Q: What are the primary applications of mutual inductors?
A: Mutual inductors are commonly used in power supplies, transformers, wireless charging systems, and various filtering applications. They play a critical role in energy transfer between circuits while maintaining electrical isolation.
Q: How do I select the right mutual inductor for my application?
A: Consider these key factors: required inductance value, current handling capacity, operating frequency range, physical size constraints, and environmental conditions. Our technical support team can help you choose the optimal model.
Performance Characteristics
- Excellent coupling coefficient (typically 0.95-0.99)
- Minimal leakage inductance
- Low core losses at high frequencies
- Superior thermal stability
- RoHS compliant materials
Advanced Features
| Feature | Benefit | Applications |
|---|---|---|
| Shielded construction | Reduces EMI interference | Sensitive electronic equipment |
| High saturation current | Handles power surges | Industrial power systems |
| Precision winding | Consistent performance | Medical devices |
Mutual Inductors FAQ
Q: What maintenance do mutual inductors require?
A: Mutual inductors are generally maintenance-free components. However, in extreme environments, periodic inspection for physical damage or thermal stress is recommended. Proper installation and operating within specified parameters will ensure long-term reliability.
Custom Solutions
We offer custom mutual inductor designs tailored to your specific requirements. Our engineering team can provide solutions for:
- Specialized form factors
- Unique winding configurations
- Specific electrical characteristics
- Harsh environment applications
- High-reliability systems
Quality Assurance
| Test | Standard | Frequency |
|---|---|---|
| Inductance Measurement | IEC 62024 | 100% |
| Insulation Resistance | IEC 60950 | 100% |
| Temperature Cycling | MIL-STD-810 | Sample basis |
Mutual Inductors FAQ
Q: How do mutual inductors differ from regular inductors?
A: While both store energy in magnetic fields, mutual inductors have two or more coupled windings that transfer energy between circuits. This allows for voltage transformation and electrical isolation, making them fundamentally different from single-winding inductors in both function and application.