Are you curious about where to find the best interleaved windings in China? With the growing demand for high-quality electrical components, choosing the right factory can make all the difference. By comparing the top manufacturers, you can ensure that you’re investing in products that meet your standards for quality and reliability. Imagine the peace of mind that comes with knowing you’ve selected the best options available. Ready to discover which factories stand out from the rest? Let’s dive in and explore the top contenders in the industry!
Design of coils for high-power medium-frequency transformers using …
Product Details: Medium-frequency transformer (MFT) designed for high-power Solid-State Transformers (SSTs) using interleaved aluminum foils.
Technical Parameters:
– Operating frequency: 4 kHz
– Rated power: 750 kW
Application Scenarios:
– High-power applications in medium-voltage grids (5–20 kV)
– Integration with renewable energy sources for grid stability
Pros:
– Low leakage inductance and AC resistance
– Compatible with hot GOES wound cores
Cons:
– Limited choice of transformation ratio
– Requires careful design to manage proximity effects
Product Details: High-frequency transformer designed for high-power isolated dc-dc converters with interleaving winding arrangements.
Technical Parameters:
– Frequency: 4.5 kHz
– Power: 5 kVA
Application Scenarios:
– High-power isolated dc-dc converters
– Renewable energy systems
Pros:
– Minimizes leakage inductance
– Reduces winding losses
Cons:
– Complex design considerations
– Potential for increased manufacturing costs
Product Details: An improved partially interleaved transformer structure for high-voltage high-frequency multiple-output applications.
Technical Parameters:
– Input Voltage: 40 V
– Output Voltage: 4800 V
– Switching Frequency: 500 kHz
– Output Power: 288 W
– Efficiency: 96.8%
Application Scenarios:
– Travelling-Wave Tube Amplifiers (TWTAs)
– Lasers
– Magnetic Resonance Imaging (MRI)
Pros:
– Lower leakage inductance
– Higher efficiency in high-frequency applications
Cons:
– Increased partial discharge risk due to interleaving
– Complex design considerations for insulation
Product Details: A novel transformer structure for high frequency, high power applications, specifically designed for a 1.2KW Mega Hz LLC converter.
Technical Parameters:
– Output Power: 1.2KW (12V/100A)
– Input Voltage: 400V
Application Scenarios:
– Telecom power supplies
– Server power supplies
Pros:
– High efficiency over 96%
– Reduced AC winding losses due to interleaving structure
Cons:
– Requires reinforced insulation for safety
– Complex design may increase manufacturing costs
Product Details: High Voltage High Power Medium Frequency Transformer (MFT) designed for electronic power transformer applications.
Technical Parameters:
– Power: 35 kW
– Maximum primary voltage: 1.5 kV, Maximum secondary voltage: 385 V
Application Scenarios:
– High voltage and high power energy conversion systems
– Smart grid applications and renewable energy systems
Pros:
– Notable size and volume reduction compared to traditional transformers
– Improved electric field distribution with litz wire in secondary winding
Cons:
– Complex insulation design due to high voltage and power requirements
– Potential increase in maximum electric field intensity with interleaved windings
Analysis of electromagnetic force for medium frequency transformer with …
Product Details: Generic product details placeholder
Technical Parameters:
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Application Scenarios:
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High-Efficiency High-Power-Density LLC Converter with Copper Foil …
Product Details: High-Efficiency High-Power-Density LLC Converter with Copper Foil Parallel Interleaved Winding Planar Transformer
Technical Parameters:
– Power: 1.5 kW
– Efficiency: up to 98%
– Output: 28 V / 53.5 A
– Resonant Frequency: 650 kHz
– Power Density: 524 W/in3
Application Scenarios:
– High-output current applications
– Power supply for electronic devices
Pros:
– High efficiency reduces energy loss
– Compact design with high power density
Cons:
– Potential complexity in design
– Limited current-carrying capacity in traditional designs
An Enhanced Six-Turn Multilayer Planar Inductor Interleaved Winding …
Product Details: An Enhanced Six-Turn Multilayer Planar Inductor Interleaved Winding Design for LLC Resonant Converters with Low Current Ringing.
Technical Parameters:
– Parasitic capacitance: 145 pF (four-turn), 152 pF (six-turn)
– DC resistance: 27.56 mΩ (four-turn), 71.46 mΩ (six-turn)
Application Scenarios:
– High-density power converters
– LLC resonant converters
Pros:
– Reduced current ringing
– Improved integration of power converters
Cons:
– Increased winding losses in six-turn design
– Higher AC resistance in six-turn design
interleaved winding in transformer- Suppliers Factory Manufacturers …
Product Details: Interleaved winding in transformer – Suppliers Factory Manufacturers From China
Technical Parameters:
– 200kVA 6kV 400V Step Down Three Phase Cast Resin Dry Type Power Transformer
– 100kVA 10kV 0.4kV Medium High Voltage Box-Type Substation Combined Pad Mounted T…
Application Scenarios:
– Power distribution in industrial settings
– High voltage applications in substations
Pros:
– Stable quality products
– Good reputation among customers
Cons:
– Limited detailed technical specifications
– Generic product descriptions
Design of a compact fractional-turn, odd-ratio planar transformer with …
Product Details: Generic product details not provided.
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Application Scenarios:
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Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Design of coils for high-power medium-frequency transformers using … | Medium-frequency transformer (MFT) designed for high-power Solid-State Transformers (SSTs) using interleaved aluminum foils. | – Low leakage inductance and AC resistance – Compatible with hot GOES wound cores | – Limited choice of transformation ratio – Requires careful design to manage proximity effects | journals.sagepub.com |
| High-frequency transformer designed for high-power isolated dc-dc converters with interleaving winding arrangements. | – Minimizes leakage inductance – Reduces winding losses | – Complex design considerations – Potential for increased manufacturing costs | www.compumag.org | |
| An improved partially interleaved transformer structure for high-voltage high-frequency multiple-output applications. | – Lower leakage inductance – Higher efficiency in high-frequency applications | – Increased partial discharge risk due to interleaving – Complex design considerations for insulation | orbit.dtu.dk | |
| A novel transformer structure for high frequency, high power applications, specifically designed for a 1.2KW Mega Hz LLC converter. | – High efficiency over 96% – Reduced AC winding losses due to interleaving structure | – Requires reinforced insulation for safety – Complex design may increase manufacturing costs | u.dianyuan.com | |
| High Voltage High Power Medium Frequency Transformer (MFT) designed for electronic power transformer applications. | – Notable size and volume reduction compared to traditional transformers – Improved electric field distribution with litz wire in secondary winding | – Complex insulation design due to high voltage and power requirements – Potential increase in maximum electric field intensity with interleaved windi… | pdfs.semanticscholar.org | |
| Analysis of electromagnetic force for medium frequency transformer with … | Generic product details placeholder | – Generic pro 1 – Generic pro 2 | – Generic con 1 – Generic con 2 | ietresearch.onlinelibrary.wiley.com |
| High-Efficiency High-Power-Density LLC Converter with Copper Foil … | High-Efficiency High-Power-Density LLC Converter with Copper Foil Parallel Interleaved Winding Planar Transformer | – High efficiency reduces energy loss – Compact design with high power density | – Potential complexity in design – Limited current-carrying capacity in traditional designs | link.springer.com |
| An Enhanced Six-Turn Multilayer Planar Inductor Interleaved Winding … | An Enhanced Six-Turn Multilayer Planar Inductor Interleaved Winding Design for LLC Resonant Converters with Low Current Ringing. | – Reduced current ringing – Improved integration of power converters | – Increased winding losses in six-turn design – Higher AC resistance in six-turn design | www.mdpi.com |
| interleaved winding in transformer- Suppliers Factory Manufacturers … | Interleaved winding in transformer – Suppliers Factory Manufacturers From China | – Stable quality products – Good reputation among customers | – Limited detailed technical specifications – Generic product descriptions | www.shengtetransformer.com |
| Design of a compact fractional-turn, odd-ratio planar transformer with … | Generic product details not provided. | – Generic pro 1 – Generic pro 2 | – Generic con 1 – Generic con 2 | digital-library.theiet.org |
Frequently Asked Questions (FAQs)
What are interleaved windings and why are they important?
Interleaved windings are a type of winding configuration used in electrical machines to improve performance. They help reduce losses, enhance efficiency, and minimize electromagnetic interference. This design is crucial for applications requiring high power and precision, such as in motors and transformers.
Where can I find factories that produce interleaved windings in China?
You can find several factories in China specializing in interleaved windings by searching online directories, trade platforms, or industry-specific websites. Attending trade shows or exhibitions in China can also connect you with reputable manufacturers.
What should I consider when choosing a factory for interleaved windings?
When selecting a factory, consider their experience, production capacity, quality control processes, and customer reviews. It’s also important to evaluate their certifications and compliance with international standards to ensure you receive high-quality products.
How can I ensure the quality of interleaved windings from a Chinese factory?
To ensure quality, request samples before placing a large order and conduct thorough inspections. You can also consider hiring a third-party quality control service to monitor production and verify that the products meet your specifications.
What are the typical lead times for interleaved windings production in China?
Lead times can vary based on the factory’s workload and the complexity of your order. Generally, you can expect production to take anywhere from a few weeks to a couple of months. It’s best to discuss timelines directly with the manufacturer to get a more accurate estimate.