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EFG-03E-Field Generator

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Product Overview

Performance The TDK EFG-03 is an E-field gen- erator designed to produce controlled, high inten- sity electric fields over the frequency range of 10 kHz to 100 MHz. The EFG-03 generates a mini- mum of 500 V/m between the elements. Its capa- bility to handle high input power and its low VSWR makes the EFG-03 a powerful and effective E-field generator.

High Input Power The EFG-03 utilizes an exter- nal load that permits the field generator to handle input power up to 3500 Watts (continuous) with- out the use of forced air or water cooling. This makes the EFG-03 ideal for immunity test applica- tions which require high input power, high intensity fields in a compact design.

Robust Design The EFG-03 features an extremely robust transformer design which greatly improves the low frequency response.

Complete Positioning Control The EFG-03’s integrated mast provides complete manual control of height, tilt, and polarization. The EFG-03’s posi- tioning gimbal allows manual control of tilt to ± 10° and provides full 360° rotation of the EFG-03 with indexing at 0° and 90° for quick and easy polarization changes. A locking pin secures the mounting arm in position. The EFG-03’s mast, base, and mounting arm are constructed of heavy-duty square fiberglass tubing with a protective water seal. The mast features four locking swivel casters for safety and ease of movement.

The TDK EFG-03 E-Field Generator generates controlled, high intensity fields over the operat- ing range of 10 kHz to 100 MHz.

Features

 10kHz – 100 MHz operating range

 High intensity field generator

 Generates greater than 500 V/m

 Low VSWR

 Adjustable height for optimizing performance

1101 Cypress Creek Road Cedar Park, Texas 78613, USA 1-512-258-9478 FAX 1-512-258-0740

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TDK EFG-03 manual Data, Product Overview, Features
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EFG-03 specifications

The TDK EFG-03 is a cutting-edge electronic component designed for advanced applications requiring high-performance energy solutions. As part of TDK's expansive portfolio of electronic components, the EFG-03 stands out due to its unique features and innovative technologies aimed at optimizing energy efficiency and reliability.

One of the hallmark characteristics of the EFG-03 is its exceptional energy storage capacity. This feature is paramount for applications where reliable power supply is critical, such as in industrial automation, renewable energy systems, and electric vehicles. The device utilizes a sophisticated capacitor technology, which not only enhances its energy density but also extends its life cycle, making it a cost-effective solution for long-term projects.

The EFG-03 also incorporates advanced dielectric materials that contribute to its overall performance. These materials are engineered to provide superior insulation and minimal power loss, thus ensuring that the device operates efficiently under varying load conditions. This technology effectively balances performance and safety, reducing the risk of overheating and maintaining stability during operation.

Moreover, the EFG-03 is designed with a compact form factor, allowing for easy integration into space-constrained environments without compromising on performance. This aspect is particularly valuable for developers looking to develop scalable solutions in electronics, where both size and efficiency are crucial.

The device also features integrated smart technology, including real-time monitoring and diagnostics, which provide users with valuable insights into operational performance. These capabilities enable proactive maintenance, reducing downtime and improving overall system efficiency.

In terms of connectivity, the EFG-03 supports a range of communication protocols, simplifying integration into existing systems and enhancing interoperability with various devices. This makes it suitable for diverse applications, from smart grid implementations to renewable energy management systems.

Overall, the TDK EFG-03 is a versatile electronic component that combines high energy storage capabilities, advanced materials, compact design, and smart connectivity features. With these characteristics, it proves to be an essential choice for engineers and developers aiming to build efficient, reliable, and sustainable energy solutions.
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