Fasnwave has recently completed the FS3PD200-2200-2300-N, a high-power 3-way power divider / combiner operating from 2.2 to 2.3 GHz. the unit supports 200 W CW at the common port in divider mode and 60 W CW in combiner mode. It provides a maximum insertion loss of 0.8 dB above the 4.77 dB theoretical loss, […]
Fasnwave Introduces a 200 W 3-Way Power Divider / Combiner for 2.2–2.3 GHz Read More »
Fasnwave has developed a customized high-power 8-way RF combiner operating from 420 to 450 MHz, designed for RF systems requiring high power handling, low insertion loss, excellent amplitude and phase balance, and reliable operation in harsh environments. The combiner features a rugged IP66-rated enclosure with high shielding effectiveness and is designed to meet Military-Grade environmental
High-Power 8-Way RF Combiner with High Shielding Effectiveness and IP66 Protection Read More »
Looking for reliable connectivity in phased-array radars or satellite communications? Our Series A cable assemblies are engineered for mission-critical environments. Key Technical Highlights: Frequency: Stable performance up to 40GHz. Advanced Construction: Silver-plated copper center conductor + Low-density PTFE multi-layer wrapping. Superior Shielding: Dual-shielding (SPC tape + SPC braid) for maximum EMI integrity. Rugged Jacket: FEP/PFA options for extreme
In the world of RF and microwave testing, precision and repeatability are non-negotiable. Today, we’re highlighting one of our core high-performance components: the Manual Step Attenuator (also known as a Rotary or Drum-type Attenuator). Designed for engineers who require reliable signal leveling and attenuation in a compact, manual format, this series continues to be a
Product Spotlight: Precision Manual Step Attenuators Up to 26.5 GHz Read More »
Practical Installation Guidelines from Fasnwave To many, a cable is just a “pipe” for data. But at Fasnwave, we see it differently. Behind every connection lies signal integrity, system stability, and your unwavering pursuit of professional excellence. Even the most brilliant RF design can be compromised by a single improper installation step. We don’t just provide high-performance
The Art of Reliable RF Connections Read More »
As quantum computing rises to global prominence as the next frontier of technology, its real-world progress depends on an often overlooked yet absolutely essential foundation: reliable, precision-engineered signal interconnects. Qubits—through their remarkable properties of superposition and entanglement—hold the potential to transform areas such as drug discovery, materials science, and artificial intelligence. Yet, the true power
In RF and microwave systems, choosing the right RF cable assembly is crucial for ensuring performance and reliability.Different environments demand different capabilities — from low loss and phase stability to high power handling and flexibility.Fasnwave offers a comprehensive range of RF cable solutions designed to meet the needs of modern radar, communication, and test systems. Application:
How to Choose the Right RF Cable for Your Application — Fasnwave’s Full-Series Solutions Read More »
Reliable Performance for Demanding RF and Microwave Test Environments In RF testing and microwave systems where signal integrity and transmission accuracy are critical, Fasnwave introduces the High-Precision Armored RF Cable Assembly Series — engineered with an integrated armored design and exceptional electrical and mechanical performance, making it a trusted solution for the most demanding applications.
Fasnwave High-Precision Armored RF Cable Assemblies Read More »
RF connectors are divided into RF coaxial connectors, RF triaxial connectors, and dual-core symmetric RF connectors. This article mainly discusses the five types of RF coaxial threaded connectors produced by Fasnwave. SMA Connector: The full name is SubMiniature version A, with an outer conductor inner diameter of 4.13mm and using PTFE dielectric. The maximum frequency
Comparison of SMA, 3.5mm, 2.92mm, 2.4mm, and 1.85mm Connectors: Key Difference Read More »
Filters are widely used in RF systems and can be classified based on their structural forms, such as LC filters, dielectric filters, cavity filters, microstrip filters, and waveguide filters. Cavity filters, in particular, offer advantages such as high Q-factor, low insertion loss, and high power capacity, making them widely used in communication systems. This article
Design and Simulation Process of Cavity Filters for RF Systems Read More »
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