Meinberg

GOAL

SKU: GOAL

GPS Optical Antenna Link - Multi Mode

The Meinberg GPS Optical Antenna Link provides a long-distance connection between a Meinberg GPS antenna and a Meinberg GPS receiver using a GI50/125µm or GI62.5/125µm multimode optical fiber.

The module GOAL/R is to connect to the receiver’s antenna input via a patch cable and can be assembled somewhere around. The module GOAL/A is to mount indoors, connected to the Meinberg antenna via a coaxial cable. Both modules are linked to each other via a single GI50/125μm or GI62,5/125μm multimode gradient fiber.

The receiver-side module GOAL/R is supplied with power via the antenna input connector of the GPS receiver, therefore no external power supply is necessary. The module GOAL/A needs an external supply for operating and feeding the GPS antenna. Whenever the antenna is not connected, or a short circuit occurs on the antenna cable, this is shown by a status LED in the front panel. A second status LED shows that the 10MHz reference clock, coming from the GOAL/R, is received within a sufficient signal strength and therefore the FO link is working.

The GOAL system is suitable for all Meinberg GPS receivers (except GPS166), also for the later extension of existing systems. When using the GOAL system together with the GPS signal converter GPSGEN1575 it is to be noted that the operation of connected GPS receivers from third-party manufacturers can not be guaranteed.

Key Features

  • Large antenna cable distances (up to 2000 meters using a continuous FO cable )
  • No destructive overvoltage via the antenna cable
  • No unintentional monitoring is possible via optical fibre

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Technical Specifications

Dimensions
  • GOAL/A: 44 x 105 x 165mm
  • GOAL/R: 25 x 25 x 95 mm
Warranty 3 years
Operating Temperature -25°C to +65°C
RoHS Yes
IP Rating IP30
Form Factor
  • GOAL/A: black eloxadized aluminium housing with aluminium front and rear panel
  • GOAL/R: aluminium HF housing
Power Supply
  • GOAL/A: 100-240 V AC (50/60Hz)
  • Optional: 20-60 V DC
  • Power consumption: 5 W max.
Electrical Connectors
  • Optical ST connector
  • Female type-N
  • Power Supply (GOAL/A only)
Further Information The module GOAL/R is to connect to the receivers antenna input via a patch cable and can be assembled somewhere around. The module GOAL/A is to mount indoor, connected to the Meinberg antenna via a coaxial cable. Both modules are linked to each other via a single GI50/125?m or GI62,5/125?m multimode gradient fiber.

The receiver-side module GOAL/R is supplied with power via the antenna input connector of the GPS receiver, therefore no external power supply is necessary. The module GOAL/A needs an external supply for operating and feeding the GPS antenna. Whenever the antenna is not connected, or a short circuit occurs on the antenna cable, this is shown by a status LED in the front panel. A second status LED shows that the 10MHz reference clock, coming from the GOAL/R, is received within a sufficient signal strength and therefore the FO link is working.

The GOAL system is suitable for all Meinberg GPS receivers (except GPS166!), also for the later extension of existing systems. When using the GOAL system together with the GPS signal converter GPSGEN1575 it is to be noted that operation of connected GPS receivers from third-party manufacturers can not be guaranteed!
Optical Outputs
  • ST connector for GI 50/125 µm or GI 62,5/125 µm gradient fibre
  • Wavelength: 1300 nm / 850 nm,
  • Launchable optical output power: typ. 15 µW (into GI 62,5/125 µm)
  • Optical input level: min. 3 µW
Relative Humidity Max. 85%
Type of Antenna Input for Meinberg GPS antenna (not included), antenna circuit 1000 V DC insulated
WEEE Status of the Product This product is handled as a B2B category product. In order to secure a WEEE compliant waste disposal it has to be returned to the manufacturer. Any transportation expenses for returning this product (at its end of life) have to be incurred by the end user, whereas Meinberg will bear the costs for the waste disposal itself.

Downloads

Datasheet Click to view Datasheet (PDF)