1. Choosing Surface-Mount Splitters/Combiners In A Narrow Market Of Options

    RF power splitters/combiner options shrink considerably as a search is narrowed to broadband, surface mount, and higher RF power rating characteristics. This app note presents BBTLine (BroadBand Transmission Line) surface-mount splitters/combiners to address this market deficiency.

  2. Evolution To 5G Passive RF Components

    With a catalog of products offering a wide array of filters, power dividers, and directional couplers, Knowles Capacitors is evolving their business to make their products the ideal solution for 5G base stations and many other RF and microwave applications.

  3. Communications & Power Industries, Beverly Microwave Division Brochure

    CPI BMD is the world’s largest manufacturer of receiver protectors and magnetron. They also manufacture TWTs, CFAs, transmitter assemblies, high-power solid state switches and switch assemblies, pressure windows, a variety of multifunction components, and Integrated Microwave Assemblies.

  4. Small Cell Solutions Brochure

    Skyworks offers scalable, high-capacity small cell solutions designed to meet the demand for growing multimedia and data intensive platforms in wireless and telecommunications markets. Their broad portfolio of products support data capacity increases of wireless networks in the home, at the office, and across commercial, retail, and outdoor public spaces. This brochure covers Skyworks’ small cell capabilities, design solutions, and product information.

  5. 5G New Radio Architecture And Challenges

    5G NR is the technical response to the commercial challenges of eMBB gigabit-per-second bandwidths, ultra-reliable and low-latency communications (uRLLC) for mission-critical applications and massive machine type communications (mMTC). NR is billed as a more capable air interface, and will need to operate in both the frequencies below 6 GHz and above 24 GHz (mmWave) with a frame structure supporting both TDD and FDD, as well as operate in both licensed and unlicensed spectrum.

  6. GaN IC Die Handling, Assembly, And Testing Techniques

    GaN IC chips are usually delivered to the end user as individual chips stored in plastic chip trays or Gel-Pak. This white paper describes the storage and handling requirements for GaN IC chips, as well as recommended assembly and testing techniques for users. Guidelines are also provided to aid the user in the assembly of GaN IC die in a manner consistent with desired electrical performance.

  7. High Performance, Broadband Network Analysis Solutions ME7838A Series VNAs Technical Datasheet

    Anritsu’s VectorStar® ME7838A Broadband VNA is the first millimeter-wave system with stable real time leveling of power without the need for calibration software correction tables. The broadband system may be configured to include a full range of banded millimeter-wave modules extending the frequency range to 750 GHz and beyond.

  8. High Performance, Broadband Network Analysis Solutions ME7838A4 4-Port VNAs Technical Datasheet

    The VectorStar® ME7838A4 is a 4 port broadband Vector Network Analyzer (VNA) that provides on-wafer and signal integrity for a higher level of performance. The VectorStar® ME7838A4 system has excellent thermal stability through the use of an internal substrate-mounted source, resulting in in top industry calibration levels and measurement stability of 0.1 dB over 24 hours. This broadband VNA also supports the 3744x-Rx receiver for noise figure measurements up to 125 GHz, and is compatible with all major probe stations.

  9. High Performance, Broadband Network Analysis Solutions ME7838D Series VNAs Technical Datasheet

    Anritsu’s ME7838D is part of their line of VectorStar® vector network analyzers. It covers the 70 kHz to 145 GHz frequency range and is ideal for on-wafer device characterization.

  10. High Performance, Broadband Network Analysis Solutions ME7838E Series VNAs Technical Datasheet

    Anritsu’s ME7838E is a vector network analyzer for high-speed on-wafer and device characterization applications. It covers the 70 kHz to 110 GHz range and is available in a standard set up for in an mm-wave waveguide system.