ITEQ Launches New FR-4 Products for Antenna, LNB Applications

Reading time ( words)

ITEQ Corporation, a Taiwan-based manufacturer of copper-clad laminates, has launched its new IT-8338A and IT-8350A products for use in antenna and LNB applications.

The IT-8338A, with a nominal dielectric constant of 3.38 ±0.04 and a dissipation factor of 0.0038 @ 10 GHz, is intended for LNB and antenna applications.

The IT-8350A, with a nominal dielectric constant of 3.50 ±0.04 and a dissipation factor of 0.004 @ 10 GHz, is the next-generation product for antenna applications.

The products are based on thermoset systems with Tg of 185°C and Td higher than 360°C. These FR-4 products deliver the best cost/performance ratio on the market.

They also offer excellent dimensional stability as a result of their thermoset make-up. Other features include:

  • very stable DK/Df with temperature and humidity: TCDK is ~35 ppm/°C.
  • immunity to oxidation and issues related to thermal aging that are common with the incumbent products.
  • full prepreg offering is available.
  • These products are highly suitable for hybrids and also offer the ability to make pure package high layer-count boards due to a full prepreg offering. The fabrication process is much simpler and more user-friendly compared to the incumbent products, and offers higher yields, better drillability, and superior registration, all at a lower cost of ownership.
  • RTF and HTE copper options are standard and Rz2 and Rz1 (surface roughness <2 and <1 micrometer, respectively) copper options are also available. One major advantage with these products is the option to use very low profile (VLP) copper for reduced insertion loss and PIM.

The laminate offering includes 20-, 30-, and 60-mil thick laminates as well as optional thinner laminates as required for multilayer applications.

These products will be manufactured in ITEQ's facility in Taiwan and distributed globally and are available for sampling and building test vehicles with customers.

About ITEQ Corporation

Based in Hsinchu, Taiwan since its founding in 1997, ITEQ Corporation is a global leader in the development and manufacture of copper clad laminate materials used for printed circuit boards (PCBs). The company has always been committed to developing the highest quality and most reliable laminate material products, through dedicated and focused cutting-edge research and development and state-of-the-art manufacturing facilities and methods. ITEQ has grown to become one of the largest manufacturers of copper clad laminates and its products are used for advanced multilayer printed circuit boards that go into a wide range of applications, including automotive, aerospace, servers, storage, mobile phones, communications, and other electronic equipment. For more information about ITEQ please click here.


Suggested Items

Substrates for Advanced PCB Technologies: What Will the Future Hold?

11/06/2018 | Pete Starkey, I-Connect007
The UK chapter of the global IMAPS community of electronics and microelectronic packaging engineers shared a wealth of knowledge and wisdom about PCB substrate technology trends, developments, and future requirements in a webinar on the first of November.

Copper Pillar Plating Systems: High Speed, Low Heat

11/01/2018 | E. Walch, DJ., C. Rietmann, Ph.D., and A. Angstenberger, Ph.D.
The industry is seeing ever-more stringent requirements of interconnect technologies (ICT) from die through final assembly, in particular digital and analog high frequencies, undistorted signal propagation and efficient heat propagation are concerned.

Additive Electronics: PCB Scale to IC Scale

10/26/2018 | Tara Dunn, OMNI PCB
SAP, mSAP, SLP—what kind of crazy acronyms have we adopted now, and how much do you really need to know? In terms of consumer electronics, there is a good chance that the smartphone attached to your hand at all times contains a PCB fabricated with this technology—or at the very least, the next-generation smartphone that you purchase will utilize mSAP technology.

Copyright © 2018 I-Connect007. All rights reserved.