Scientific Atlanta Prisma II 1310 nm Forward Transmitter User Manual

The Prisma II™ series is an advanced transmission system designed to optimize network architecture for improved network reliability, scalability, and cost-effectiveness. The 1310 nm transmitter is available in a variety of optical output powers for either analog or digital transmission. Microprocessor control ensures simple installation and flexible applications. The transmitter features low RF input levels, independent broadcast and narrowcast RF inputs, and three performance grades (Std, XL, and XLS).


Scientific Atlanta Prisma II 1310 nm Forward Transmitter User Manual - cover page
Brand
Prisma
Category
Other Electronics
Document type
User Manual
Language
Chinese
Pages
7
File format
PDF
File size
192 KB
Published
25 February, 2012
Updated
30 September, 2023
MD5 checksum
5E482D098A71BE7C1DEC3526D57C0388

About this manual

The Prisma II series forward transmitter operates at 1310 nm and offers selectable optical output powers for both analog and digital signals. It includes micro‑processor control, plug‑and‑play operation, and optional predistortion and AGC features. The unit provides dual RF inputs for broadcast and narrowcast signals, removable optical connectors, and RF over‑drive protection.

The manual lists detailed performance parameters such as wavelength, output power, bandwidth, input reflection loss, and environmental limits. Ordering information, connector options, and recommended installation procedures are also included. This manual is written in Chinese.

What's inside

  • Overview
  • Features
  • Performance Specifications
  • Front Panel Description
  • Ordering Information

Specifications

Wavelength1310+20 nm
Optical Output Power4 dBm (typical)
Bandwidth46‑1000 MHz
Input Reflection Loss16.0 dB
Port Isolation> 50 dB
Maximum Power Consumption15 W

Frequently asked questions

What optical connector types are available for the transmitter?

The unit supports SCAPC, SCJUPC, FCJUPC, and E2000/APC connectors, with the latter three optional.

How many RF input ports does the transmitter have and what are they for?

It has two RF input ports: one for broadcast signals and one for narrowcast signals.

What environment is the transmitter recommended for?

The transmitter is recommended for use only in non‑condensing environments.

What is the maximum power consumption of the unit?

The maximum power consumption is 15 W.

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