Cisco LE III with 40 52 MHz Split PHD (Cable Tilt) Datenbogen

 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

23034

• 60 and 90 V AC powering capability

• 15 ampere current capacity (steady state) and 25 ampere surge survivability

• Integrated reverse amplifier, with optimized diplex filter group delay for 

forward and reverse paths

• Individual reverse input testpoints and input pads for each input port

allow optimum reverse path alignment

• Integrated, high efficiency, transformerless power supply lowers system 

operating cost

• Directional Coupler RF testpoints provide optimum accuracy

• Surge Resistant

™

Circuitry ensures hybrid protection without fuses or other 

nuisance failure-causing devices

The System Amplifier III (SAIII)
family of RF amplifiers includes a
variety of gain, output and frequency
configurations to optimally address
the various network architectures
being deployed.  All SAIII amplifier
modules offer 15 amp current
carrying capacity, and come pre-
configured with diplexers and
reverse amplifier for optimum
reverse performance.

The SAIII Unbalanced Triple - RC
(Reverse Conditioning) amplifier
module incorporates all of the
features of the SAII+ Unbalanced
Triple.  Additionally, maximum
flexibility in reverse signal path
alignment is achieved via the
incorporation of individual reverse
input testpoints and pads for each of
the reverse inputs.  

The Unbalanced Triple - RC amplifier
module can be field configured with
a variety of standard accessory
options to meet specific
requirements.

• For applications where output level

control is not required, the 
interstage is typically configured 
with a stand alone Interstage 
Equalizer (ISEQ).

• For basic output level control in 

aerial plant applications, a 
combination Thermal

Compensator/ISEQ is available.
• For the most accurate degree of 

level control in both aerial and 
underground plant, a combination 
AGC/ISEQ is the desired option.

The Unbalanced Triple - RC provides
one low level output (trunk level)
and two high level outputs (bridger
level).