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We listened when you said every retained fraction of a dB, every Watt of power, and every degree of phase balance makes your system run more efficiently. That’s why we made performance priority one for Xinger-II components. (Download our latest Xinger-II brochure.) 34% lower insertion loss — As low as 0.12dB and no higher than
0.19dB across our complete line — we’ve reduced our loss figures
so you see sizable boosts in amp efficiency, better power handling,
and less excess heat. 33% better phase and 66% better amplitude balance — let you drive
your PA transistors harder than ever, for better efficiency; plus, you can
“perfectly” recombine...no de-focusing! 66% tighter coupling tolerance and 38% higher directivity — for
new apps like delay filter assemblies (replace costly tunable couplers
used in feed-forward power detection and signal injection) 80% better frequency sensitivity — offers you superior gain flatness 35% more isolation — enhances performance in jobs like non-coherent
combiners Up to 80% increase in power handling — at operating temps of 95°C
and a very stable, derated performance up to 200°C (12% higher allowable
operating temp helps you run your PAs in today’s reduced– and no–AC
base stations)
In addition to superior performance, you said you needed components that are ever-easier to use during assembly. We heard you, and responded with Xinger-II! - 18% larger pads — improves solderability for more reliable contacts
- 67% larger gaps — reduces risk of shorting and accommodates
variations inherent in your manufacturing process
- 67% larger gaps — reduces risk of shorting and accommodates
variations inherent in your manufacturing process
- 100% lead-free models available — for compliance with emerging,
environment-friendly standards worldwide, while still totally compatible
with your current assembly process (tin-lead models also available)
- Best-in-class documentation — including specs, performance plots,
reliability data, material declarations, app notes, and step-by-step
manufacturing tips
- Optimized for 30mil Rogers 4350 test-board — and compatible
with all other popular microstrip materials
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