Thermally Conductive Epoxy

October 1, 2003 6:12 am | Wireless Design & Development | Product Releases | Comments

Supertherm 816H01 is a two component, thermally conductive epoxy system recommended for staking transistors, diodes, resistors, integrated circuits, and other heat sensitive components to printed circuit boards. This low viscosity adhesive develops high impact bonds at room temperature. Supertherm 816H01 bonds readily to itself and other materials, such as metals, silica, alumina, sapphire, ceramics, glass, and plastics....


Ceramic Materials

July 8, 2003 11:09 am | Product Releases | Comments

DuPont Microcircuit Materials (MCM) introduces a ceramic solution for embedding resistors and capacitors in PWBs. The Interra™ material system enables circuit board manufacturers to embed high tolerance and reliable thick film resistors along with high density capacitors within the layers of multilayer boards using a simple and cost-effective process....

LISTED UNDER: Substrates

Epoxy Adhesive

July 8, 2003 11:09 am | Wireless Design & Development | Product Releases | Comments

Tra-Bond 2211 bonds most metals, glass, ceramics, and many rigid plastics. The epoxy has a low viscosity of 2,000 cps. The adhesive can develop bonds with aluminum to aluminum lap shear values of 2,500 psi and develop a hardness of 88 on the Shore D scale. Tra-Bond 2211 exhibits a 5 hour pot life and performs well at high temperatures....


Miniature Alumina Ceramics

April 29, 2003 7:27 am | Wireless Design & Development | Product Releases | Comments

These small-pressed alumina components are designed specifically for use in varactors and other miniature electronic devices. These dry-pressed alumina ceramics are ideal for electronic, appliance, and automotive applications....


Electrical Performance of Microvia PCB Materials

March 28, 2003 9:41 am | Product Releases | Comments

Substrates based on FR4 core constructions utilizing low loss microvia dielectrics can offer low cost, high performance. By Dr. Gregg S. Wildes and John Mosko, W. L. Gore & Associates, Inc. High density module substrate and PCB requirements are driving the need for high density interconnect (HDI) design capabilities using laser microvias (note that "HDI", "high density", and "microvia" are often used synonym...

LISTED UNDER: Substrates

Ferrite Materials

February 25, 2003 12:07 pm | Product Releases | Comments

The P1 and P2 Series are available in a range of core shapes and sizes for use in high power system functions. Both materials are specifically designed for applications requiring low power loss in the frequency range of 25 kHz - 200 kHz and are optimized for operating at temperatures between 80°DC - 100°C....

LISTED UNDER: Substrates

Potting Materials

January 27, 2003 9:47 am | Product Releases | Comments

A new line of two-part UV curing potting compounds called Trigger Cure™ have an instant UV curing feature, with the ability to cure at room temperature to depths of an inch or more, and in areas under components where the light does not reach. The 1:1 two-component products are designed for ease of application through typical disposable tip static mix dispensers....

LISTED UNDER: Substrates

Thick Film Materials

December 26, 2002 8:45 am | Product Releases | Comments

This complete system of thick film materials is specifically designed for Aluminum Nitride substrates. The use of thick film on AlN substrates enables low cost, high volume manufacture of small modules and power resistors for base stations in the telecommunications market. They also offer packaging options for high-power devices required for 42-volt automotive systems....

LISTED UNDER: Substrates

Anaren Microwave Inc.

September 27, 2002 7:52 am | Wireless Design & Development | Product Releases | Comments Anaren Microwave offers components for wireless, space, defense, automotive, health, and more. Products include Xinger(-brand surface mounts, RF Power-brand resistive products, AdrenaLine( splitter/combiners, Ferrite parts, Amitron precision ceramics, and more. features: Full-line searches, S-parameters, specs, rep/distributor locator; On-line RFQ, literature, sample ordering forms; and "What'll YOU thin...


Advances in Bluetooth Modules with LTCC and Multilayer Technologies

September 26, 2002 1:28 pm | Wireless Design & Development | Product Releases | Comments

Low Temperature Co-fired Ceramics offer quantum leap forward in Bluetooth device miniaturization. By Shoichi Sekiguchi, Taiyo Yuden Co., Ltd. and Hiro Kawada, TRDA Inc. Bluetooth-emerging wireless communication standard or technical oddity of questionable commercial viability? Perhaps the answer lies just around the next curve on the technology highway, in the form of Low-Temperature Co-fired Ceramics (LTCC) — an emerging technol...

LISTED UNDER: Boards & Modules | Ceramics

Liquid Crystalline Polymer Materials

February 27, 2002 9:34 am | Product Releases | Comments

Rogers introduced the first of its new ZYVEX™ liquid crystalline polymer circuit materials. Rogers ZYVEX TeraClad™ material is a single-clad laminate, developed primarily for flexible circuit applications. ZYVEX is designed to meet today's industry requirements for low/stable dielectric constant, low/stable dielectric loss, extremely low moisture absorption, high chemical resistance, matched in-plane CTE, and excellent dimensional s...

LISTED UNDER: Substrates

Bluetooth RF Module

February 27, 2002 9:34 am | Wireless Design & Development | Product Releases | Comments

Taiyo Yuden introduced a small RF module for the next generation of Bluetooth-based wireless communications devices, including cell phones and PDAs. The ultra-compact RF module employs a unique LTCC (Low Temperature Co-fired Ceramics) substrate that is achieved by embedding the filter, inductors and capacitor into the substrate and using flip-chip assembly techniques to mount the semiconductor....


BeO and AlN Attenuators

January 29, 2002 5:03 am | Wireless Design & Development | Product Releases | Comments

By Patrick Biebersmith, Florida RF Labs The design of microwave attenuators for high power applications are developed using two preferred ceramics; Beryllium Oxide (BeO) and Aluminum Nitride (AlN). Florida RF Labs has been providing these high power resistive products in both BeO and AlN for nearly 25 years and has found that each material has its own benefits and applications....


Piezoelectric Surface Mount Sounder

November 12, 2001 3:34 am | Wireless Design & Development | Product Releases | Comments

Murata Electronics North America announced the introduction of their newest piezoelectric surface mount sounder (PKLCS1212E4001-R1). Taking advantage of extensive acoustic and mechanical design technology and high performance ceramics, Murata has developed an inexpensive, SMD sounder that conserves currents and suits the thin, high-density design of electronic equipment....


Rogers Corporation Creates <I>New</I> Advanced Circuit Materials Division

November 6, 2001 4:24 am | Product Releases | Comments

Two Divisions Merge in Move to Maximize Inherent Synergies In the spring of 2001, Rogers Corporation created the new Advanced Circuit Materials Division (ACMD) by merging two of its Arizona operating units. The two groups, which were formerly called the Circuit Materials Division and the Microwave Materials Division, were consolidated in order to reduce costs and to take advantage of the inherent synergies between the two units....

LISTED UNDER: Substrates


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