Customization:
With a high-permeability ferrite/powdered iron core and pulse Litz wire construction, achieve low-loss operation at high frequencies (e.g., inverters), reducing heat buildup compared to traditional copper wire*. This combination ensures optimal performance in demanding applications like power conversion systems.
With surface mount technology (SMT) terminals and a compact vertical bobbin design, easily integrate into tight PCB layouts, saving up to 30% more space than through-hole alternatives*. Ideal for modern electronics requiring minimal footprint.
With adjustable inductive values and single-phase autotransformer configuration, deliver precise voltage conversion (12V/110V DC output) at high frequencies. Tailor performance to meet specific inverter or power supply requirements for stable operation.
Designed for high-frequency pulse applications, this transformer ensures uninterrupted DC output (12V/110V) in environments like solar inverters, UPS systems, or industrial equipment, balancing efficiency and durability under continuous load.
With eco-conscious epoxy encapsulation and reinforced insulation layers, meet stringent safety and environmental standards for commercial electronics*. The robust design protects against environmental factors while ensuring safe operation.
The Eel19 Eel16 Pulse Litz Wire High Frequency Transformer for Inverter is a compact, high-performance autotransformer designed for AC-to-DC power conversion in inverters. Built with a ferrite core and Litz wire winding, it delivers efficient energy transfer at high frequencies while minimizing losses. Its vertical bobbin design and SMT-compatible terminals enable seamless integration into space-constrained electronics.
Feature | Specification | Application Scenario |
---|---|---|
Core Material | Ferrite/Powdered Iron | High-frequency inverters (50kHz+) |
Coil Type | Litz Wire (Multi-stranded insulation) | Reducing AC resistance in pulse circuits |
Output Voltage | 12V, 110V (adjustable via autotransformer) | DC power supply for inverters |
Frequency Range | Up to 100kHz | High-frequency power conversion systems |
Encapsulation | Epoxy/Plastic | Protection against environmental stress |
Terminal Design | Surface Mount Technology (SMT) | Compact PCB integration |
Adjustable parameters include:
With its pulse-optimized Litz wire and high-frequency ferrite core, this transformer is ideal for inverters demanding efficiency in harsh environments. Its vertical bobbin and SMT design make it a space-saving solution for modern electronics.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Frequency Range | 50kHz | 75kHz (+50%) | 100kHz (+100%) |
Current Capacity | 5A | 8A (+60%) | 12A (+140%) |
Efficiency | 88% | 92% (+4.5%) | 95% (+7% vs. industry) |
Technical Breakthroughs:
Version Selection Guide:
With the Pro Model’s 100kHz capability and 12A capacity, you can handle high-power inverters while maintaining reliability. The Advanced Model’s 75kHz performance balances cost and performance for most commercial applications.
⭐⭐⭐⭐⭐ James Whitaker - Industrial Automation Firm
"We integrated the Pro Model Eel19 into our new line of solar inverters, and the performance has been outstanding. The Litz wire design and ferrite core have reduced thermal losses by nearly 35% compared to our previous transformers. Its 100kHz frequency capability and 12A current handling make it ideal for high-load industrial environments. The SMT footprint saved valuable PCB space—exactly what we needed for compact inverter designs."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐⭐ Priya Nair - Home Energy Solutions Technician
"Installed the Advanced Model Eel16 in a client’s off-grid solar setup. After six months of continuous operation, it’s running cool and stable, even during peak summer loads. The 110V AC to DC conversion is smooth, and the autotransformer efficiency ensures minimal energy waste. The epoxy encapsulation also held up well in a humid attic environment. A reliable, high-quality component for home solar systems."Purchase Date: November 2024 | Usage Period: 7 months
⭐⭐⭐⭐☆ Daniel Park - R&D Lab, Power Electronics Division
"We tested both the Base and Advanced Models for a new UPS prototype. The Base Model performed well within specs (5A, 50kHz), but we ultimately chose the Advanced Model for its 75kHz headroom and better thermal response under pulse-width modulation. The only reason I’m giving four stars is that customization lead time was slightly longer than expected—though the engineering support team was responsive and helpful throughout."Purchase Date: April 2024 | Usage Period: 8 months
⭐⭐⭐⭐⭐ Elena Rodriguez - Senior Systems Engineer, Inverter Manufacturing Co.
"We’ve replaced three legacy transformer types with the Eel19 Pro Model across our production line. The 30% reduction in AC resistance due to Litz wire has directly improved system efficiency, now averaging 94.5%—very close to the rated 95%. The vertical bobbin design allows vertical stacking on PCBs, freeing up critical board real estate. This is now our go-to transformer for high-frequency inverter modules."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐⭐ Marcus Lee - Hobbyist & Off-Grid Builder
"Built a custom 12V solar inverter using the Eel16 Base Model, and I’m amazed at how professional-grade this component feels for the price. The clear datasheet and customization guide made winding adjustments easy. It runs efficiently even at high duty cycles, and the yellow insulation gives me confidence in long-term safety. Highly recommend for serious DIYers venturing into high-frequency power design."Purchase Date: May 2024 | Usage Period: 4 months
Average Rating: 4.9/5 ⭐ (89 Reviews)
Dr. Alan Foster - Senior Power Electronics Consultant
"The Eel19/Eel16 series represents a significant step forward in compact, high-efficiency transformer design. The use of Litz wire in a surface-mount autotransformer configuration is rare at this price point and offers real advantages in switching power supplies and solar inverters. For engineers designing for high-frequency efficiency and space constraints, I strongly recommend evaluating the Advanced or Pro models."
Linda Chavez - Solar Inverter Integration Specialist
"Over the past year, I’ve specified the Eel19 Pro Model in 12 commercial solar installations. Its reliability under pulsating loads and resistance to thermal degradation make it a standout. The ability to customize inductance and current ratings ensures compatibility across diverse inverter topologies. A trustworthy component in mission-critical energy systems."
Posted: 2 days ago
"Used the Eel19 Advanced Model in our new DC-DC converter. The SMT integration was flawless, and efficiency jumped from 89% to 93%. Exactly the performance boost we needed."
Posted: 1 week ago
"Deployed in high-temperature factory environments. After 5 months, zero failures. The epoxy encapsulation truly delivers on environmental protection."
Posted: 3 weeks ago
"Excellent electrical specs and documentation. Only feedback: expedited customization would help for fast-turn projects. Otherwise, top-tier component."
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