Mini-Circuits New Model Alert: >70 dB Rejection µCeramIQ High Pass Filters

Mini-Circuits New Model Alert: >70 dB Rejection µCeramIQ High Pass Filters

Mini-Circuits New Model Alert: >70 dB Rejection µCeramIQ High Pass Filters HFHKI-Series, µCeramIQ High Pass Filters, High Rejection for Microstrip & CPWG Launches. Mini-Circuits innovative high-rejection µCeramIQ filter line continues to redefine what’s possible in a variety of applications, giving designers outstanding filter rejection and selectivity at a fraction of the size and cost of...
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Mini-Circuits Product Highlight: ZVA-24443HP+ Ka-Band Amplifier (24 – 43.5 GHz) with 47 dB Gain and 2.2 dB Noise

Mini-Circuits Product Highlight: ZVA-24443HP+ Ka-Band Amplifier (24 – 43.5 GHz) with 47 dB Gain and 2.2 dB Noise

Mini-Circuits Product Highlight: ZVA-24443HP+ Ka-Band Amplifier (24 – 43.5 GHz) with 47 dB Gain and 2.2 dB Noise In this product highlight, Mini-Circuits Product Line Engineering Manager, Dan Ford shares an overview of the ZVA-24443HP+ Ka-Band Amplifier, supporting applications from 24 to 43.5 GHz with high gain, low noise figure, and +29 dBm output power...
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Mini-Circuits Engineering Resources: Evaluation Modules for MMICs

Mini-Circuits Engineering Resources: Evaluation Modules for MMICs

Mini-Circuits Engineering Resources: Evaluation Modules for MMICs ENGINEERING RESOURCES, Evaluation Modules Connectorized Modules for SMT MMICs As part of its commitment to providing high-quality resources that support product selection and design validation, Mini-Circuits offers a wide selection of MMIC devices housed in connectorized modules, ideal for bench testing and characterization. In addition to standard evaluation...
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Menlo Micro Cryogenic Switches Set New Benchmark for RF Switches Within Quantum Computing Systems

Menlo Micro Cryogenic Switches Set New Benchmark for RF Switches Within Quantum Computing Systems

Menlo Micro Cryogenic Switches Set New Benchmark for RF Switches Within Quantum Computing Systems Breakthrough ohmic switch delivers the necessary and stable broadband, highly linear RF signal performance at cryogenic temperatures required by quantum computing applications with near zero power dissipation enabling stable dilution fridge temperature through operation resulting in more experimental results without the...
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Menlo Micro

Menlo Micro and Microchip Technology Validate the First MEMS-Based Hot-Switched Power Panel

Menlo Micro and Microchip Technology Validate the First MEMS-Based Hot-Switched Power Panel IRVINE, Calif., January 5, 2026 Menlo Microsystems, Inc. (Menlo Micro), the company setting a new standard for switches in modern electrical and electronic systems, today announced in partnership with Microchip Technology, a broadline supplier of semiconductors committed to making innovative design easier through total system solutions,...
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