Cisco Flexible Solutions Taps インストールガイド

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Description of the FST with Power Distribution Port 
 
 
Description of the FST with Power Distribution 
Port 
The FST with Power Distribution Port provides all of the features and plug-in of the 
1.25 GHz FST with the additional feature of providing a tap port which passes 1.5A 
of power down the drop connected to that port. This power passing port enables the 
powering and signal path for additional network devices such as wireless radios. 
Features 
The FST with Power Distribution Port faceplate and housing is similar in form, fit, 
and function to traditional tap. However, the FST with Power Distribution Port 
offers a variety of enhanced features essential to the successful delivery of telephony 
and other advanced services. 
The following are the features of the tap. 
 
Optional Reverse Attenuator (RA) plug-in modules that provide more loss in the 
reverse spectrum 
 
Optional Inverse Equalizer (IEQ) plug-in modules (cable sim) that offer 
flexibility in the reverse path design 
 
Optional Forward Equalizer (EQ) plug-in modules that offer flexibility in the 
forward path design 
 
1.5 amp current distribution through a safe and easily identifiable tap port 
 
Available in 2-,4-, and 8 way full profile versions 
 
Rugged design enables the products to continue to operate after surges 
 
6 kV surge protection provides significantly improved protection against voltage 
transients in lightning strike areas and locations with unreliable power networks 
 
12 amp through current rating 
 
Improved return loss performance 
 
AC/RF bypass switch provides interruption-free service to rest of network 
during faceplate removal 
 
Backwards compatible housing supports economical faceplate upgrades 
 
AL360T housing with powder coating for superior environmental protection 
 
Sealed and swaged extended F-ports for maximum resistance to moisture ingress 
 
Nickel plated brass F-ports to ensure a corrosion-resistant drop interface 
 
Component covers for additional protection of faceplate circuitry during 
maintenance