Trans Tech Advanced Materials Trans Tech Dielectric Resonators Trans Tech RF Components Trans Tech Magnetic Materials

WHAT'S NEW

QUICK LINKS / SITEMAP

NEWS & EVENTS

  • 2014/02/05:
     LSM Material Now Available [View Info]

  • 2013/12/04:
     Trans-Tech announced 1.55 mm
     Subminiature Ceramic Filter [Learn More]

  • 2013/07/17:
     Family of Circulators and Isolators
     [View Article]

CERTIFICATIONS

Welcome to Trans-Tech™

Trans-Tech, Inc., a wholly-owned subsidiary of Skyworks Solutions, Inc. located in Adamstown, Maryland, provides complementary state-of-the-art RF/microwave ceramic products. The company designs and manufactures a complete line of RF and microwave components that meet the stringent demands of today’s commercial markets including GaAs MMICs and integrated components, RF and microwave semiconductor devices, and integrated multifunction sub-systems.

50+ Years of Expertise

Trans-Tech, Inc., has been the world leader in technically advanced ceramics for over 50 years, and offers a complete line of high quality, low cost ceramic based components for a number of applications within the RF & Microwave business sector. Our products service the Wireless Communications, Infrastructure, Military, Cable Television, Broadband Access, Circuit Miniaturization and Technical Powder & Ingot markets. Our tightly controlled processes from raw materials, to forming, firing, finishing, assembly and test, produce the highest quality and the most consistently reproducible components available today.

Using state-of-the-art equipment, Trans-Tech designs and manufactures a broad range of advanced technical ceramics. Our product portfolio includes dielectric resonators and coaxial transmission line elements for DRO and VCO applications, ceramic bandpass filters, ferrite and garnet material for circulators/isolators. Trans-Tech’s product line family and world class engineering support provide RF engineers the ability to optimize their ceramic requirements. Trans-Tech offers superior performance, quality and delivery for both low and high volume requirements.