Motorola STARLINE SERIES Manuel d'utilisateur télécharger pdf (Page 2)

STARLINE BTN100 1 GHZ Optical Node

Return Path

Recommended input to the BTN100 node is the same as the BT100

ampliﬁer at +28 dBmV. Five models of transmitters are available for

the BTN100 Node:

Ingress Control Switching (ICS) is also available. This pin diode

attenuator circuit can pass signal (ON), lower levels by 6 dB with

a controlled slew rate for minimum bit errors, or turn the path

completely OFF by dropping levels greater than 38 dB. The DOCSIS

transponder is required to operate the Ingress Control Switch from a

remote location. The VPIM embedded accessory allows for operators

to switch manually at the node location.

1310 nm IFPT 400 µW Isolated Fabry-Perot Transmitter (–4 dBm)

1310 nm EIFPT 1 mW Enhanced Isolated Fabry-Perot Transmitter (0 dBm)

1310 nm DFBT 1 mW Distributed Feedback Transmitter (0 dBm)

1310 nm DFBT3 2 mW Distributed Feedback Transmitter (+3 dBm)

1270 nm –

1610 nm

DFBT3 2 mW Course Wavelength Division Multiplexed (CWDM)

Distributed Feedback Transmitter (+3 dBm)

Beneﬁts include:

1003 MHz Enhanced Gallium Arsenide •

power doubling technology

Four high-level outputs•

Segmented Return path•

Forward and Return Path redundancy•

Up to two optical receivers•

Up to two optical transmitters•

Multiple diplex ﬁlter options•

N-split (5-85/104• –1003 MHz) availability

DOCSIS transponder interface provided•

Hot swap modules•

User friendly ﬁber management•

Ease-of-use ergonomics•

RoHS compliant •

15 Ampere AC capability•

Optional return path ingress control•

1310nm 0.4 mW to CWDM 2.0 mW •

transmitters available

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Motorola STARLINE SERIES Manuel d'utilisateur Page 2