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OEM High Frequency Transformers For Power Electronics And Energy Conversion

OEM High Frequency Transformers For Power Electronics And Energy Conversion

Brand Name: Derun
MOQ: 10pcs
Price: Negotiation
Detail Information
Place of Origin:
China
Certification:
CE IEC UL
Type:
HIGH FREQUENCY TYPE TRANSFORMER
Series:
High Frequency With High Power
Corematerial:
Ferrite
Frequencyrange:
20 KHz - 1 MHz
Manufacturing Date Code:
QXDQ2023112401
Warranty:
1 Year
Specification:
Customized
Tolerance:
±5%
Packaging Details:
carton box
Highlight:

OEM High Frequency Transformers

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High Frequency Transformers For Power Electronics

Product Description

Product Description:

The High Frequency Transformers offered are precision-engineered components designed to operate efficiently within a wide frequency range of 20 KHz to 1 MHz. These transformers are essential in applications requiring the reliable transmission and transformation of high frequency electrical signals, making them ideal for modern electronic systems that demand high performance and stability. Manufactured with top-quality ferrite core material, these transformers ensure minimal core losses and excellent magnetic properties, contributing to their superior efficiency and durability.

One of the standout features of these High Frequency Transformers is their versatility in usage, particularly in renewable energy sectors such as solar and wind power systems. The growing demand for clean energy solutions has driven the need for robust components that can handle high frequency electrical signals while maintaining consistent performance under varying environmental conditions. Our High Frequency Signal Transformers meet these requirements by providing excellent signal integrity and electrical isolation, which are critical for the efficient operation of solar inverters, wind turbine controllers, and other power conversion equipment.

The manufacturing date code QXDQ2023112401 signifies the latest production batch, ensuring that customers receive products built with the most recent advancements in manufacturing technology and quality control. This code helps in tracking and verifying the authenticity and production details of each transformer, offering peace of mind and traceability throughout the product lifecycle.

Color options for these transformers include Yellow, Red, White, Black, Green, and other variations, allowing for easy identification and customization according to specific project requirements. The color-coding can assist engineers and technicians in quick visual recognition, which simplifies installation and maintenance processes in complex electronic assemblies.

Constructed around a ferrite core, these High Frequency Electrical Transformers leverage the magnetic properties of ferrite materials to achieve high permeability and low eddy current losses. This core material choice is particularly advantageous at high frequencies, where traditional iron cores would suffer from significant energy losses and reduced efficiency. The ferrite core ensures that the transformers maintain excellent inductance and provide stable performance even at the upper end of the frequency spectrum, up to 1 MHz.

Our High Frequency Signal Transformers are designed to accommodate the demanding needs of modern electronic circuits, including those found in telecommunications, power supplies, and signal processing equipment. Their ability to handle high-frequency signals with minimal distortion and loss makes them indispensable components in achieving high-speed data transmission and efficient power management.

In renewable energy applications, these transformers play a crucial role in converting and isolating electrical energy generated from solar panels and wind turbines. They help in stepping up or stepping down voltages while maintaining electrical isolation between different parts of the system, enhancing safety and efficiency. Their reliability and performance under high frequency conditions contribute significantly to the overall effectiveness of solar and wind power solutions.

To summarize, the High Frequency Transformers with a frequency range of 20 KHz to 1 MHz, manufactured with ferrite cores and available in multiple colors, represent a robust solution for high frequency electrical and signal transformation needs. Their application in solar and wind power systems highlights their importance in advancing renewable energy technologies. With the manufacturing date code QXDQ2023112401, customers are assured of cutting-edge quality and traceability. These High Frequency Signal Transformers combine precision engineering, material excellence, and versatile usability, making them an essential component in today’s high-frequency electronic applications.

 

Applications:

High frequency transformers, including High Frequency Step-up Transformers, High Frequency Toroidal Transformers, and High Frequency Signal Transformers, are essential components widely used in various industrial and commercial applications. These transformers, with a frequency range of 20 KHz to 1 MHz, are designed to operate efficiently at high frequencies, making them ideal for modern electronic devices and systems that require precise signal transmission and power conversion.

The High Frequency Step-up Transformer is commonly employed in power supply systems where voltage needs to be increased efficiently without significant energy loss. This makes it suitable for applications such as induction heating, high-frequency inverters, and switching power supplies in telecommunications and medical equipment. The customized specifications of these transformers ensure they meet the exact requirements of each unique application, providing optimal performance and reliability.

High Frequency Toroidal Transformers are known for their compact size, low electromagnetic interference, and high efficiency. These transformers are extensively used in audio equipment, RF amplifiers, and signal processing devices. Their toroidal design minimizes magnetic flux leakage, which is critical in sensitive electronic circuits found in aerospace and defense industries. The availability of multiple colors such as yellow, red, white, black, green, and others further aids in easy identification and integration into complex assemblies.

High Frequency Signal Transformers play a vital role in communication systems by enabling efficient signal coupling and isolation at high frequencies. They are widely used in data transmission networks, broadband communication devices, and radar systems. Their ability to handle a wide frequency range from 20 KHz to 1 MHz ensures they can support various modulation schemes and signal types.

Manufactured under the code QXDQ2023112401, these high frequency transformers come with a 1-year warranty, guaranteeing quality and durability. Their customized nature means they can be tailored to specific electrical and mechanical requirements, offering flexibility for engineers and designers working on cutting-edge technology projects. Whether used in consumer electronics, industrial machinery, or communication infrastructure, these high frequency transformers provide reliable performance across diverse application occasions and scenarios.

 

Customization:

Our High Frequency transformers are designed with precision and reliability, featuring a Manufacturing Date Code of QXDQ2023112401 to ensure traceability and quality control. We offer a tolerance of ±5% to guarantee consistent performance across all units. As part of our High Frequency With High Power series, these transformers are ideal for applications requiring robust and efficient energy transfer.

We specialize in customized specifications to meet your unique requirements, covering a wide frequency range from 20 KHz to 1 MHz. Whether you need a High Frequency Switching Transformer, a High Frequency Signal Transformer, or a High Frequency Step-up Transformer, our customization services can tailor the product to fit your exact needs.

Our product customization services include adjustments in core materials, winding configurations, insulation options, and electrical parameters to optimize performance for your specific application. Trust our High Frequency transformers to deliver superior efficiency and reliability in your high power and high frequency applications.

 

Packing and Shipping:

Our high frequency transformers are carefully packaged to ensure maximum protection during transit. Each transformer is individually wrapped in anti-static material and securely placed in custom foam inserts to prevent movement and damage.

The packaged products are then placed in sturdy, corrugated cardboard boxes that meet international shipping standards. For bulk orders, multiple units are arranged in larger cartons with additional cushioning to maintain product integrity.

We offer a range of shipping options to suit your needs, including express courier services, air freight, and sea freight. All shipments are tracked and insured to provide peace of mind from our facility to your doorstep.

Prior to shipping, each high frequency transformer undergoes thorough quality checks to ensure it meets performance specifications and customer requirements.

Our logistics team works closely with reliable carriers to guarantee timely delivery and efficient handling of your order, ensuring that your high frequency transformers arrive safely and on schedule.

 

FAQ:

Q1: What applications are high frequency transformers typically used for?

A1: High frequency transformers are commonly used in power supplies, telecommunications, signal processing, and RF circuits due to their ability to efficiently transfer energy at high switching frequencies.

Q2: What materials are used in the core of high frequency transformers?

A2: The cores of high frequency transformers are usually made from ferrite or powdered iron, which help minimize core losses and improve efficiency at high frequencies.

Q3: How does the operating frequency affect the design of a high frequency transformer?

A3: Higher operating frequencies allow for smaller transformer size and weight, but require careful design to reduce losses, manage heat, and ensure proper insulation between windings.

Q4: Can high frequency transformers handle high power levels?

A4: Yes, high frequency transformers can be designed to handle a wide range of power levels, from milliwatts in signal applications up to several kilowatts in industrial power conversion systems.

Q5: What are the typical insulation and safety standards for high frequency transformers?

A5: High frequency transformers typically comply with international safety standards such as UL, IEC, and RoHS, ensuring reliable insulation, thermal performance, and environmental safety.