Meridian Technologies SXB-2A-5 Fiber Transmission System (Transceiver B)

Meridian Technologies SXB-2A-5 Fiber Transmission System (Transceiver B)

Meridian Technologies SXB-2A-5 Fiber Transmission System (Transceiver B)


Show MoreLess


Now Viewing:

Special Order
Expected availability: 7-10 business days

Product Highlights

  • Transceiver B
  • Singlemode Fiber
  • Bidirectional Audio
  • Hot-Swappable

This item is noncancelable and nonreturnable.

$0 VA Sales Tax Collected on This Item
Add to Wish List Item in Wish List

Meridian Technologies SXB-2A-5FC overview

  • 1Description

The SXB-2A-5 Fiber Transmission System (Transceiver B) from Meridian Technologies incorporates an all-digital encoding technology that supports two bidirectional audio channels over one optical fiber. This model uses singlemode fiber. It is well suited for use in intelligent transportation systems, security & surveillance work, access control, among many other applications and settings.

Local indicators provide a visual indication of the status of each audio channel. 3-pin terminal blocks are used for connection of the audio channel interfaces. This series is also compatible with Meridian's SpectraSmart Network management and diagnostic PC-based system.

The DigiSlim product family is available as rack mount cards and modules that can be installed in any of Meridian's desk chassis or in 19" racking frames. This system can be configured in either star (module to rack) or trunking (rack to rack) configurations. These systems can be transformed in to a standalone module by using SR-500/S (standard configuration) or SR-1000/S frames.

The unit supports bidirectional audio transmission
This model is a laser-based system that uses singlemode fiber
This model uses ST or FC fiber connectors
It features 24-bit native digital encoding
It uses Surface Mount Technology (SMT) for high reliability and repeatability
This solution is designed to be reliable and repeatable
Local LED indicators provide visual cues for system status
System diagnostics are available for performance parameters
The card is hot-swappable
The laser features biased photo-detector circuitry for stable optical output over the full temperature range
It meets NEMA TS1/TS2 and CALTRANS specifications
It uses internal switching power supplies
Automatically resettable solid-state current limiters are included on all power lines to provide equipment protection
A wide optical dynamic range means optical attenuators are never needed
Screw terminals are available for audio
In the Box
Meridian Technologies SXB-2A-5 Fiber Transmission System (Transceiver B)
  • Ten-Year Warranty against Defects in Material & Workmanship (from Original Date of Shipment)
  • Table of Contents
    • 1Description

    Meridian Technologies SXB-2A-5FC specs

    Audio I/O Impedance: 600 Ohm (Balanced), 47 kOhm (Unbalanced)
    Frequency Response: 10Hz to 20KHz
    SNR: >90dB (Weighted) @ 1KHz
    In/Out Level: -8 to +8dBm (4Vp-p max.)
    Total Harmonic Distortion: <0.01% @ 1KHz
    24 Bi
    Optical Fiber Type/Size (um): Singlemode (FP Laser) 9/125
    Optical Output (dBm): -5
    Receiver Sensitivity (dBm): -26
    Optical Budget (dB): 21
    Wavelength (nm): 1310/1550
    Optical Connector: ST, FC
    Optical Dynamic Range (dB): 24
    Fiber Data Rate: 250Mbps
    Connectors Video: 75 Ohm BNC (Gold Center Pin)
    Optical: ST, FC
    Audio/Contact Closures: 14-pin Screw Terminals
    Indicators (1) Green: Power On
    (1) Bi-Color: TX Carrier / Laser Over Current
    (1) Bi-Color: RX Carrier - Present / Error
    (1) Bi-Color: Audio Present / Overmodulation
    Life >170,000 hours @ Ground Fix
    35C degrees per MIL217F
    Power 6W
    Dimensions (HxWxD) 0.8 x 6.5 x 5" (20 x 160 x 127mm)
    (1) slot
    Weight 1 lbs (0.45kg)
    Packaging Info
    Package Weight 1.5 lb
    Box Dimensions (LxWxH) 10.0 x 7.0 x 3.0"

    Meridian Technologies SXB-2A-5FC reviews

    Be the first to review this item

    Meridian Technologies SXB-2A-5FC Q&A

    Meridian Technologies SXB-2A-5FC accessories

    See any errors on this page? Let us know.