ADM-11122PSM RF Amplifier by Marki Microwave The ADM-11122PSM from Marki Microwave is a Gain Block Amplifier that operates from 2 to 20 GHz. It is optimized for high second-order linearity, making it suitable for direct-conversion EW systems and wideband signal chains where even-order distortion performance is critical. This gain block provides a small-signal gain of 19 dB...
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H9G0810M06P RF Amplifier by Watech Electronics The H9G0810M06P from Watech Electronics is an Asymmetrical Single-stage Doherty Amplifier that operates from 869 to 960 MHz. It delivers a saturated output power of 37 dBm (5 W) with a gain of up to 19.689 dB and an efficiency of up to 48.53%. This LDMOS amplifier has an integrated power...
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RCDAT-44G-30 RF Variable Attenuator by Mini-Circuits The RCDAT-44G-30 from Mini-Circuits is a Programmable Attenuator that operates from 0.1 to 44 GHz. It has an attenuation range of 0 to 31.5 dB in 0.5 dB steps, with an attenuation transition time of 100 µs and an insertion loss of less than 8.5 dB. This 50-Ohm programmable attenuator has...
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LEE1-63+ RF Amplifier by Mini-Circuits The LEE1-63+ from Mini-Circuits is a RF Amplifier with Frequency DC to 6 GHz, Gain 12.8 to 23.4 dB, Noise Figure 3.4 to 4 dB, Output Power 11.8 to 19.3 dBm, Output Power 0.01 to 0.08 W. Tags: Surface Mount, Gain Block. More details for LEE1-63+ can be seen below. Product Details...
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SSG-R7N6GD-RC Signal Generator by Mini-Circuits The SSG-R7N6GD-RC from Mini-Circuits is a Dual-Channel Signal Generator that operates from 700 to 6000 MHz. It is designed to provide a cost-effective broadband signal source for bench and production test applications requiring high output power and flexible signal generation. This signal generator supports two independently tunable channels and can generate CW,...
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Wideband RF in Electronic Warfare: Balancing Power, Bandwidth and Real-Time Performance The core mission of electronic warfare (EW) hasn’t changed: control the all communications so your forces can operate, and your adversary cannot. What has changed is everything around it. Today’s EW systems operate across airborne, naval and ground platforms that are increasingly built around...
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OSM vs. SMARC: Which Form Factor Is Right for Your Design? Choosing a compute module form factor is one of those decisions that feels like an implementation detail early in a project and becomes a structural constraint the moment you commit to a PCB layout. OSM (Open Standard Module) and SMARC (Smart Mobility ARChitecture) are...
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Kratos Provides Advanced Beamforming Subassemblies for Phased Array Radar Systems Kratos designs and manufactures combat-proven beamforming subassemblies optimized for phased-array radar systems. The devices enable precise electronic beam steering, fast target acquisition, dynamic scanning, interference, and jamming rejection. They are tuned specifically to work best at L-band and IFF frequencies and are built using surface mount technology (SMT). Rather than relying...
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Qorvo's Beamforming ICs and RF Front-Ends Help Optimize X-Band Phased Array Radar System Modern X-band radar systems increasingly rely on Active Electronically Scanned Array (AESA) architectures to enable rapid beam steering, high spatial resolution and multi-target tracking. Within these systems, Qorvo’s beamformer ICs (BFICs) and RF front-end modules (RFFEMs) play a critical role by enabling...
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Mini-Circuits New Model Alert: Tiny QFN MMIC Gain Blocks LEE1-Series, SWAP-C Countdown!, High-Dynamic-Range MMIC Amplifiers in 1.5 x 1.5mm Footprint for Satcom, Microwave Backhaul & More! Mini-Circuits counting down the size of their popular LEE-series of MMIC amplifiers, with new models housed in ultra-tiny 1.5 x 1.5mm 6-lead QFN-style packages. These InGaP HBT-based designs support...
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