High-frequency transformer market grows driven by 5G, renewable energy, and miniaturization trends. Key applications: power supplies, renewables & automotive. Golden Eagle excels via full automation, zero-WIP flow, and premium materials. Read More »

Golden Eagle's PQ3225 high-frequency transformers (145W) deliver low loss, minimal temperature rise, and compact design for industrial, medical, and communication applications. Manufactured through fully automated, lean production using premium materials, they feature 75+ stringent quality control points. Certified to ISO 9001, ISO 14001, IATF 16949, and UL standards, Golden Eagle transformers offer 2-3x longer lifespan than competitors despite a 10-20% price premium. The company's dedicated lab ensures exceptional batch reliability, securing long-term partnerships with major clients. Read More »

The EE20 (or EFD20) is a high-frequency transformer model used for efficient power transfer and conversion in electronic devices, typically within switched-mode power supplies (SMPS). Its design prioritizes factors like operating frequency, efficiency, compact size, insulation safety, material selection, and EMC compliance. Specific technical details vary by manufacturer and application, so consulting the supplier's datasheet (e.g., Chengpin Technology) is essential for precise specifications. Read More »

The EE16 high-frequency transformer, designed for switching power supplies, is critical in medical applications due to its compact size, high efficiency, and low EMI. It provides essential voltage conversion and isolation, ensuring stable power output and protecting both equipment and users. Key advantages include reduced energy consumption from high efficiency, space-saving miniaturization, effective electrical isolation for safety, stable voltage regulation, compliance with strict EMC requirements, and high reliability meeting rigorous medical safety standards. This transformer is widely used in diverse medical equipment such as ultrasound machines, X-ray generators, imaging systems, laser therapy devices, and diagnostic tools, underpinning device performance and patient safety. Read More »

This article contrasts power frequency transformers (operating at mains frequencies like 50Hz/60Hz, used in linear supplies) with high-frequency transformers (operating >10kHz, used in switch-mode supplies). Key differences include: HF transformers use ferrite cores for high permeability at high frequencies, enabling efficient transformation of high-frequency pulses and offering ~30% higher conversion efficiency than traditional iron-core LF transformers. Critical selection criteria: match the transformer's frequency rating to the device's requirements to prevent malfunction or damage. Read More »

A customer urgently requested ready stock of EE19 high-frequency transformers, but their order quantity fell below the supplier's raw material MOQ and required a 7-20 day production cycle. The supplier transparently communicated these constraints, prioritizing integrity over making unfulfillable promises. After friendly negotiation, both parties agreed to seek future collaboration opportunities. Read More »

This article explores the heating causes of power high-frequency transformers, covering factors like high-frequency switching losses, increased iron and AC winding resistances, insulation material losses, design and manufacturing flaws, load changes, and environmental conditions. It also suggests solutions such as selecting proper materials, optimizing winding design, improving insulation and heat dissipation, regular maintenance, and monitoring operational status to address these heating issues effectively. Read More »

This article explains the characteristics of high-frequency transformers during no-load operation, including the absence of load current, potential magnetic flux saturation, low efficiency due to power loss, constant voltage ratio, and increased noise and vibration. It also highlights why Golden Eagle's high-frequency transformers are favored by customers, attributing their success to a lean production line with one-piece flow, full automation in manufacturing processes, and the use of 100% raw materials sourced from well-known enterprises to ensure quality. Read More »