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  • January-February 2024 Microwaves & RF

    • January-February 2024 Microwaves & RF

    Dreamstime_animind_30781274
    Jan. 23, 2024
    These compact devices and modules become final additions for RF radios handling voice, data, and video over a wide range of frequencies and bandwidths.
    272875076 © Bruno Coelho | Dreamstime.com
    Jan. 18, 2024
    The good: Automotive test insights, RFICs, and voice vibration sensors. The bad: Narrowly missing a chance encounter with a legend.
    225073707 © Chernetskaya | Dreamstime.com
    Jan. 5, 2024
    u-blox’s JODY-W6 module, which features concurrent dual-band Wi-Fi 6E and Bluetooth LE Audio, operates even in high temperatures.
    Dec. 8, 2023
    Applus Laboratories and Rohde & Schwarz demonstrated a solution that performs different eCall testing scenarios and capabilities in compliance with the UN ECE R10 standard.

    More content from January-February 2024 Microwaves & RF

    KRYTAR
    Dec. 7, 2023
    KRYTAR’s new lineup exhibits excellent performance in a compact package with coaxial connectors.
    ID 124105230 © Ryzhov Sergey | Dreamstime.com
    Dec. 4, 2023
    This video series details the issues that RF/mmWave designers face as they address the millimeter-wave spectrum. Part 1 focuses on frequency dispersion and interfering signals...
    Infineon
    Dec. 4, 2023
    Radar isn’t just for aircraft and self-driving cars. This article debunks some of the myths surrounding radar and reveals how radar is one of the essential sensors needed to enable...
    159515701 © Everythingpossible | Dreamstime.com
    Nov. 29, 2023
    For Matter to realize its full potential, robust hardware solutions are needed, which is where systems-on-modules play a pivotal role.
    Northrop Grumman
    Nov. 21, 2023
    Northrop Grumman’s Space Park foundry processes 4-in. high-density semiconductor wafers with III-V technology followed by extensive in-house testing.
    Purdue University
    Nov. 21, 2023
    Purdue University’s first eXcellence in Manufacturing and Operations Purdue Engineering Initiative (XMO PEI) summit sought to explore development of industry infrastructure.
    University of Otago
    Nov. 21, 2023
    A non-contact, non-metallic gigahertz antenna uses an enclosed vapor cell of excited rubidium atoms with laser beams for sensing their state.