Laminates

The new wireless network surveillance system from Corry Micronics comprises the RFMS-2x8*8 8 Channel Matrix with a Probe Port and two CMIATT-4CH-200W 100 W Attenuator banks. It is capable of a range of configurations ranging from one port to over 48 ports. The 8-channel RF matrix switch is designed with a probe/test port where the signal analysis occurs. The 8-channel switch is bi-directional enabling testing in both directions. System frequencies can be customized to the end user’s specifications.

The XP1035-QH is a packaged linear power amplifier that operates over the 5.9-9.5 GHz frequency band. The device provides 26 dB gain and 39 dBm Output Third Order Intercept Point (OIP3) across the band and is offered in an industry standard, fully molded 4x4mm QFN package.

Holzworth’s multi-channel RF synthesizer architecture is a complete success story. These compact, 1U high, 19in rack mountable chassis can be configured with up to 8 independently tunable channels. All integrated channels are 100% phase coherent. Holzworth has designed the multi-channel platform for integration of our HSM Series Single Channel Synthesizers to maximize channel-to-channel stability via a conductively cooled, fan-less enclosure.

Ray-tracing methods use discrete rays to represent advancing wavefronts as they propagate from a transmitter through a scene. Rays interact with geometry in the scene through reflections, diffractions, and transmissions. The two dominant ray-tracing methods are Shooting-and-Bouncing Rays and Image Theory. Remcom’s software combines these two methods to leverage the advantages of each.

The ATN03-0040PSM is a surface mount GaAs MMIC 3dB attenuator in a DFN package. This attenuator is an ideal solution for attenuating a signal and can be used in a wide range of applications.

Qorvo has written GaN RF Technology For Dummies® to help you learn more about the basics of gallium nitride (GaN) in RF technology and how you can use GaN in your RF product designs.

The AMP20181 is engineered for EMI/RFI testing, laboratory environments, CW/pulse operations, and a variety of communication applications.

5G is pushing the boundaries of wireless communications and wireless device design. Significant innovations are needed in order to accommodate increased requirements for Enhanced Mobile Broadband, Massive Machine-Type Communications, and Ultra-Reliable Low Latency Communications.  To meet these challenges, the wireless industry is exploring new technologies, such as multiple-input, multiple-output (MIMO) and beamforming, higher frequency bands including millimeter waves, and a number of changes to how base stations and devices are deployed and used.