Buyer's Guide

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60 GHz Phased Array Antenna Design and Beamforming Analysis Using XFdtd

In this example, explore a 60 GHz phased array antenna design using XFdtd, featuring full-wave FDTD simulation, beamforming optimization, and EIRP coverage analysis for WiGig applications.

4,500+ COTS High-Reliability Components & IMAs for Mission-Critical Applications

This single page flyer highlights the availability of over 4,500 high-reliability RF, microwave, and mmWave components and integrated modules for mission-critical applications, supporting industry-leading customer service. PMI in stock/COTS program eliminates NRE costs, reduces lead times, and can provide same-day shipping. Customers can easily check stock online, access technical data, and contact sales for tailored solutions, streamlining procurement and application development.

PMI Model PIQ-1-SMT, Broadband 0.1 to 40 GHz IQ Modulator Datasheet

Datasheet for Planar Monolithics (PMI) Model PIQ-1-SMT, Broadband IQ Vector Modulator operating from 0.1 to 40 GHz, with single-ended I/Q inputs and differential LO/RF ports, powered by a 4V supply at 250 mA. Features on-chip quadrature generation, suitable for high-speed applications like 5G, radar, and electronic warfare. Proper soldering and thermal handling are critical for reliable operation.

QFN RF Devices Application Sheet

This single page flyer highlights Planar Monolithiics (PMI) QFN RF Device custom high-frequency RF devices in QFN packages, enabling miniaturization of electronic warfare and radar systems. Their expertise in integrating multiple single-function and multifunction components, including MMICs from various materials, ensures optimal performance without signal degradation. Available in sizes from 3 to 8 mm, these hermetically sealed, low-loss packages support frequencies up to 40 GHz, facilitating compact, reliable RF solutions.

Connectorized/Waveguide

SMT/Die

Surface Mount & Bare Die

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Simulating use of LEO Satellites to Extend NB IoT Coverage to Rural Areas

This presentation demonstrates use of Wireless InSite® ray-tracing simulations to predict how a LEO satellite link can augment terrestrial 5G networks to improve NB-IoT coverage.

Brochure: Wireless InSite®: 3D Wireless Prediction Software

Wireless InSite is site-specific radio propagation software for the analysis and design of wireless systems for communication, networking, sensors and other applications in urban, indoor, or rural environments.