RFAM3620 by Qorvo

RFAM3620 by Qorvo

RFAM3620 by Qorvo 45 - 1218 MHz, 36dB, 12V, GaAs pHEMT-MESFET, Edge QAM MCM Key Features Excellent Linearity Extremely High Output Capability Voltage Controlled Attenuator Power Enable Feature Extremely Low Distortion Optimal Reliability Low Noise Unconditially Stable under all Terminations Temperature Sensing Feature The RFAM3620 is an Integrated Edge QAM Amplifier Module. The part employs...
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QPQ4701 BAWplexer by Qorvo

QPQ4701 BAWplexer by Qorvo

QPQ4701 BAWplexer by Qorvo Key Features 2402–2482 MHz & 5150–5735 MHz Integrated 2.4GHz Rejection in LTE B7/B41/B38/B40 Low insertion loss in both passbands Extended temperature performance from -20 to +95 °C High power handling to +28 dBm averaged input power The Qorvo® QPQ4701 is a high-performance, high-power BAWplexer which takes advantage of Qorvo’s coexBoost &...
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Smarter Power for Smarter Vision: Powering SoCs and AI Processors

Smarter Power for Smarter Vision: Powering SoCs and AI Processors

Smarter Power for Smarter Vision: Powering SoCs and AI Processors From AI-powered doorbells to wearable health monitors and augmented reality glasses, machine vision has moved well beyond industrial automation. It’s now a core feature of many consumer electronics products, enhancing everyday life through intelligent detection and control. Vision-based AI is changing how we interact with...
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Brent’s Musings: Beamforming, SATCOM and the Curious Case of Captain Spork

Brent’s Musings: Beamforming, SATCOM and the Curious Case of Captain Spork

Brent’s Musings: Beamforming, SATCOM and the Curious Case of Captain Spork If there’s one thing the SATCOM world has taught us lately, it’s that the sky is getting crowded. Not with clouds or birds or even UFOs (pending government confirmation), but with LEO satellites—thousands of fast-moving nodes zipping overhead, all eager to help you stream movies...
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Advancing Wideband RF Power: Next-Generation GaN-on-SiC SSPAs Optimize SWaP-C and Mission Reliability

Advancing Wideband RF Power: Next-Generation GaN-on-SiC SSPAs Optimize SWaP-C and Mission Reliability

Advancing Wideband RF Power: Next-Generation GaN-on-SiC SSPAs Optimize SWaP-C and Mission Reliability Across defense and aerospace programs, the expectations placed on RF power systems continue to intensify. Radar, SATCOM, electronic warfare (EW) and high-duty test environments demand various combinations of higher output power, wider bandwidth, improved linearity and increased operational reliability—often within shrinking size, weight...
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