Wireless&RF_TLB_8.1.20
Product Spotlight
  • Available from Anoison Electronics LLC

    The standard Anoison millimeter wave terminations cover the frequency range of DC to 67 GHz and are available with 2.92mm, 2.4mm and 1.85mm connectors. Our 40GHz (2.92mm) series have full power range from 2W to 60W. Our 50GHz (2.4mm) and 67 GHz(1.85mm) are available in 2W versions. We are... Read More
  • Available from Micro Lambda Wireless, Inc.

    The MLMS-Series of YIG-Based wideband synthesizers are ideal as the main local oscillators in receiving systems, frequency converters and test and measurement equipment. They provide 1kHz frequency resolution over the 250MHz to 16GHz frequency range. Power levels of +8 to +13 dBm are provided... Read More
  • Available from Integrated Microwave Corp.

    Integrated Microwave has the technology to model and produce waveguide filters that are capable of meeting both group delay and amplitude specifications simultaneously, without the use of separate equalizers. These filters can be designed to meet VSWR and attenuation specifications very nearly... Read More
Top Companies
  • F2 Labs is an accredited, full-service product conformity assessment organization. Our facilities are ISO/IEC 17025 accredited by the American Association of Laboratory Accreditation (A2LA). Our safety test reports and evaluations are accepted by an OSHA accredited NRTL. We are also recognized... Read More
  • Micro Lambda Wireless was founded with the purpose of supplying the microwave community with technically superior products at reasonable prices with the highest regard to customer service and quality. Products include YIG oscillators, YIG bandpass & band reject filters, frequency multipliers,... Read More
  • Utilizing state-of-the-art computer-aided design (CAD), manufacturing (CAM), engineering (CAE) and test (CAT) techniques, Integrated Microwave's engineering staff creates product designs that reflect the very latest in RF/microwave filter technology including solid dielectric, etched/printed,... Read More