Product Showcase

  1. 2x2 RF Agile Transceiver: AD9361

    Because of its programmability and wideband capability, the AD9361 RF agile transceiver by Analog Devices is particularly ideal for point-to-point communication systems, femtocell/picocell/microcell base stations, and in general-purpose radio systems. The device covers the 70 MHz to 6.0 GHz range and is comprised of integrated frequency synthesizers and an RF front end.

  2. 2 to 7 Channel Switched Filter Banks

    In addition to their standard line of switched filter banks, API technologies recently unveiled a new line with customer-specified frequency coverage from 2 to 7 channels. They cover the 20 MHz to 7500 MHz frequency range with ultimate rejection up to 20 GHz. Low insertion loss and high isolation are achieved through mechanically channelized PIN diode switch manifolds, and lumped element filters have been integrated for increased rejection.

  3. Truly Flexible Coaxial Cable Assemblies – minibend™

    The minibendTM series of flexible coaxial cables is comprised of four different models with variations in frequency ranges, insertion loss, and more. Each cable has been triple-shielded for high isolation and eliminates the need for right angle connectors. This page provides an overview of those models and their features and specifications.

  4. High-Power Silicon PIN Diode Switch for Transmit/Receive Applications: SKY12215-478LF

    This high-power silicon PIN diode SPDT switch covers the 0.9 to 4.0 GHz frequency range and is ideal for transmit/receive switching in land mobile radios and military communications systems, as well as transmit/receive switching and failsafe switching in TD-SCDMA, WiMAX, and LTE base stations.

  5. SPP-LLPL™ Coaxial Cables

    The new 4.1/9.5 mini-DIN straight male connector TC-SPP250-4195M-LP is now available for our SPP-250-LLPL (SuperFlexible Plenum Pim) 50 Ohm low loss plenum rated coaxial cable assemblies for use in distributed antenna system (DAS) applications. SPP-250-LLPL is a ¼” superflexible type corrugated cable with low density PTFE dielectric and FEP jacket that meets the requirements of UL 910 for plenum applications.

  6. Vector Network Analyzer: VectorStar™ ME7838E

    This VNA provides single sweep coverage in the 70 kHz to 110 GHz frequency range. Two configurations are available: The broadband vector network analyzer includes the VNA, broadband mm-wave test set and interface cables, and two mm-wave modules. The other option is an mm-wave waveguide VNA system. It’s largely the same set up, but comes with two banded millimeter-wave modules.

  7. SMT Silicon Hyperabrupt Tuning Varactor Diodes: SMV2026

    The SMV2026 series of SMT silicon hyperabrupt tuning varactor diodes features a high capacitance ratio, a broad, 15-V tuning range, and low series resistance and leakage current for low-phase noise VCOs. They’re ideal for applications involving miniature RF and microwave tuners, wide-bandwidth and low phase-noise VCOs, and wide-range, voltage-tuned phase shifters and filters.

  8. Hi-Rel Frequency Synthesizer: THOR-8000-XA

    EM Research’s THOR-8000-XA is a hi-rel frequency synthesizer covering the 6250 to 8000 MHz frequency range. It has a step size of 500 KHz, a less than 300µSEC (BE to BE) switching speed, low phase noise (<-95 dBc/Hz @ 10 KHz), and a rugged and compact package design (2.5” x 1.1” x 0.4”).

  9. Ku Band Iso-Dividers for Satellite Receiver Applications

    This line of Ku band Iso-Dividers combines the functions of high performance power dividers with ferrite isolators in order to create a high isolation power divider solution. Because of this, there is no need for additional external components and connectors, ultimately resulting in improved reliability and potential for enhanced electrical performance.

  10. Waveguide to End-Launch Adapters: 411 Series

    Millimeter Wave Product Inc’s 411 series of waveguide to end-launch adapters cover the 12.4 to 110GHz frequency range. They’re ideal for applications involving broadband systems, test equipment, and power measurements and have been designed to allow an efficient method of adapting rectangular waveguides to an in-line coaxial connector.