D E S C R I P T I O N

and Specifications

TSMS-2150X-16A

14V/18V Satellite Multi-Switch

TSMS-2150X-16A MULTI SWITCH

Features

Provides RHCP and LHCP switching for 16

Input selected by 14V/18V from satellite

receivers

receiver employing right and left hand

Power adapter supplies power to

circular polarization

LNB's

Ideal for smaller systems

Description

 

The TSMS-2150X-16Ais a 14V/18V sat- ellite multi-switch used in all applications that require satellite I.F. distribution from 950 - 2150 MHz. It will allow the user to take two LNB outputs and provide inputs to a maximum of sixteen receivers. The

TSMS-2150X-16A routes any of the inputs to any of the outputs by utilizing the 14V/ 18V switching control from the satellite receivers. The TSMS-2150X-16A pro- vides an excellent way to simplify any SMATV installation.

Specifications

LNB Output Frequency: 950-2150 MHz

Switching Voltage:

 

Insertion Loss:

 

13/14 Vdc

RHCP

950 -1750 MHz

-8 dB typical

17/18 Vdc

LHCP

1750 - 2050 MHz

-13 dB typical

Power - Wall Adaptor: 117 Vac, 60Hz

2050 - 2150 MHz

-16 dB typical

Connectors:

"F" type

Isolation:

 

Dimensions:

19"L x 2.87"D x 1.75"H

RHCP to LHCP

-35 dB typical

 

 

Output to Output

-12 dB typical

 

 

3

(Specifications subject to change without notice)

PICO MACOM, INC. 12500 Foothill Boulevard, Lakeview Terrace, CA 91342 • (818) 897-0028 • (800) 421-6511 • FAX (818) 834-7197

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Pico Macom TSMS-2150X, TSMS-16A operation manual S C R I P T I O N, Specifications

TSMS-2150X, TSMS-16A specifications

The Pico Macom TSMS-2150X and TSMS-16A are advanced signal management solutions designed for high-performance applications in both professional and commercial environments. Known for their reliability and robustness, these devices play a crucial role in ensuring optimal signal distribution and management across various communication setups.

The TSMS-2150X is particularly notable for its impressive multi-channel capabilities. It supports up to 15 channels of signal processing, making it ideal for complex installations where multiple inputs and outputs are required. This model features advanced filtering technology, allowing users to eliminate unwanted noise and interference, thereby enhancing signal clarity and quality. With a frequency range that covers both standard and extended bands, the TSMS-2150X ensures compatibility with a wide array of audio and video systems.

On the other hand, the TSMS-16A stands out for its user-friendly interface and ease of integration. This model supports up to 16 different source signals, making it an excellent choice for broadcast environments where multiple feeds need to be managed simultaneously. The TSMS-16A incorporates robust amplification to drive long cable runs without loss of signal integrity, critical for large setups such as stadiums and concert venues.

Both models are equipped with advanced monitoring capabilities, allowing users to continuously assess performance metrics in real-time. The built-in diagnostics feature is particularly beneficial, as it helps in quickly identifying and troubleshooting potential issues, ensuring uninterrupted operation. The versatility of these devices is further enhanced by their compatibility with various control systems, providing seamless integration into existing setups.

Another distinguishing characteristic of both the TSMS-2150X and TSMS-16A is their rugged design, tailored for environments that may pose physical challenges, such as dust or moisture. This durability ensures a long lifespan, making them suitable for both indoor and outdoor applications.

In summary, the Pico Macom TSMS-2150X and TSMS-16A are premium signal management tools, boasting features that cater to a wide range of technical requirements. Their combination of high performance, ease of use, and resilience positions them as essential components for any serious audio-video distribution system. Whether for professional broadcasting, commercial use, or event production, these models represent a reliable choice for optimizing signal management in today's demanding environments.