Menlo Micro

Menlo Micro MM5627: First Fully Integrated, Highly Configurable 80 Gbps Differential DP3T Switch for Advanced AI Device Validation

Menlo Micro MM5627: First Fully Integrated, Highly Configurable 80 Gbps Differential DP3T Switch for Advanced AI Device Validation Breakthrough switch combines extreme speed, unmatched configurability, and integrated DP3T logic to accelerate AI GPU and semiconductor IC testing for AI data centers and other high-performance infrastructure -- IRVINE, Calif., February 24, 2026 — Menlo Microsystems, Inc. (Menlo Micro),...
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Mini-Circuits 50W µCeramIQ® Couplers in Tiny SMT Package

Mini-Circuits 50W µCeramIQ® Couplers in Tiny SMT Package

Mini-Circuits 50W µCeramIQ® Couplers in Tiny SMT Package HPCJ-Series, Don’t Let the Size Fool You, 50W Couplers in a 0.125 x 0.2” Footprint Mini-Circuits’ µCeramIQ® high-power coupler series delivers an uncommon combination of 50W power handling and a tiny, surface-mountable LTCC monolith. Designed for systems where SWAP requirements are critical, these couplers provide stable, repeatable...
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Mini-Circuits Application Notes: Band-Optimized Implementations of a MMIC LNA with Shut Down

Mini-Circuits Application Notes: Band-Optimized Implementations of a MMIC LNA with Shut Down

Mini-Circuits Application Notes: Band-Optimized Implementations of a MMIC LNA with Shut Down APPLICATION NOTES, LNA Application Circuits, Optimizing TSS-23ULN+ Performance for Implementations from UHF through L-Band An ultra-low NF MMIC LNA, the TSS-23ULN+ is shown to be versatile enough to be designed into the 380-480 MHz, 700-800 MHz and 950-1700 MHz bands of operation. To...
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WVA-71863HP+ RF Amplifier by Mini-Circuits

WVA-71863HP+ RF Amplifier by Mini-Circuits

WVA-71863HP+ RF Amplifier by Mini-Circuits The WVA-71863HP+ from Mini-Circuits is a Power Amplifier that operates from 71 to 86 GHz. It delivers a saturated output power of 24.5 dBm (0.28 W) with a gain of 39 dB and a gain flatness of ±1.5 dB. This amplifier incorporates several DC-protection features such as over-voltage, reverse voltage, and in-rush...
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