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FAQ
What Are the Benefits of Choosing MicroWipe™ FP Paper Over Ordinary Stencil Rolls?

MicroWipe™ FP stencil rolls from MicroCare will reduce your stencil printing costs, improve yield and speed throughput. Here’s how:The standard stencil printing procedure involves wetting the stencil roll with solvent before the cleaning cycle. But the solvent contaminates the solder paste, which reduces yields. Stronger and more absorbent papers can clean stencils without using solvents.…

FAQ
Why Do I Need To Clean My Fiber Optic Connectors Before Mating?

It is critical to clean both ends of the connector pair to get optimal network performance. Contamination that is not removed will cause unnecessary signal loss (and that's the best case scenario) and can even cause permanent damage the surface of both connector end faces (pretty much worst case). The industry standards — IEC 61300-3-35,…

FAQ
Cleaning Both Ends of a Fiber Connection — Do I Really Have To?

We often get this question. “What happens, if there are dust particles on one of the connector end faces during the connector mating process? Can I save some time and just clean one side?”The short answer is, NO, you’re not going to save any time because the odds are you’ll be back next week to…

FAQ
How Does Contamination Cause Signal Loss Between a Mated Connector Pair?

Optical fiber is a precisely engineered optical medium with very exactly engineered refractive indices. Obviously, opaque contamination will simply block the light signal and must be removed. But many techs don't realize that translucent residues — like oils or fingerprints or even droplets of IPA alcohol — degrade the signal as well.In fact, translucent residues…

FAQ
Why Is It Important to Clean Both Ends of the Connector Pair?

The IEC 61300-3-35 in Section 5.1 defines the 'contact zone' for single fiber connectors as a diameter between 130µm to 250µm for both multi-mode and single-mode fibers. If there are any residues in the contact zone, the residues will transfer and cross-contaminate both connectors when they are mated together or plugged into an optical transceiver. The…

FAQ
Where Does All the Dust Come From on Fiber Networks??

Dust is a real problem with fiber optics. It's granular in nature and resists compression. It often is opaque and completely blocks the optical signal. Getting rid of the dust is a top priority.There are two basic sources of dust-based contamination: 'wear debris' and 'environmental.Wear DebrisThe most common source is wear debris caused by the…