GPS Splitter / Distributor

GPS-220 GLONASS, Galileo Splitter – Best GPS Receiver Suppliers in India

2 Way, TNC, 1000 - 2000 MHz, 50 Ohm, Passive

The GPS220 serves as a dual-channel, passive GPS signal splitter designed for efficiently dividing a GPS antenna signal between two receivers. It facilitates a DC current pathway to power an active GPS antenna positioned remotely from one receiver, while simultaneously blocking the DC pathway from the other. It comes equipped with TNC female connectors on all ports for enhanced connectivity.

One notable aspect of this unit is its inclusion of a 200-ohm internal load, designed to facilitate current drainage for GPS receivers that do not power active antennas. Certain GPS receivers may mistakenly detect antenna faults when there is no current draw. The 200-ohm internal load effectively simulates antenna current drainage, thereby mitigating receiver faults. The DC blocked port is rated for a maximum voltage of 15 VDC with a current rating of 75 mA, while the DC pass port can handle up to 50 VDC with a maximum current rating of 2000 mA.

GPS- 320 GPS, GLONASS, Galileo Splitter

3Way, TNC, 1000 - 2000 MHz, 50 Ohm, Passive

The GPS320 represents a premier solution in the realm of GPS signal distribution, designed specifically for the industry's demand for efficient signal management. This three-way, passive GPS signal splitter serves as the perfect tool for dividing a GPS antenna signal among three receivers with precision. Moreover, it facilitates a seamless provision of a DC current path, enabling the powering of an active GPS antenna from one receiver while simultaneously safeguarding the DC path from the others.

With its TNC female connectors equipped across all ports, the GPS320 ensures compatibility and reliability in diverse operational environments. Notably, its internal loads, calibrated at 200 ohms, play a pivotal role in maintaining optimal performance by efficiently managing current drain for GPS receivers not engaged in powering the active antenna.

Certain GPS receivers may erroneously detect an antenna fault in the absence of current draw. To mitigate this issue, internal loads of 200 ohms are incorporated to simulate antenna current drain, thus preventing receiver fault occurrences. The DC blocked ports have a maximum voltage rating of 15 VDC and a maximum current rating of 75 mA, while the DC pass port has a maximum voltage rating of 50 VDC and a maximum current rating of 1000 mA.

GPS420 - GPS, GLONASS, Galileo Splitter

4 Way, TNC, 1000 - 2000 MHz, 50 Ohm, Passive

The GPS420 is a passive four-way GPS signal splitter designed for efficiently distributing a GPS antenna signal across four receivers. It features a provision for supplying DC power from one receiver to an active GPS antenna located remotely, while simultaneously blocking the DC path from the other receivers. Equipped with TNC female connectors on all ports, it ensures reliable connectivity.

One notable feature of the GPS420 is its inclusion of 200 ohm internal loads, which serve to draw current for GPS receivers that are not powering the active antenna. This prevents certain GPS receivers from erroneously detecting an antenna fault when there's no current draw. These internal loads simulate antenna current drain, effectively preventing receiver faulting.

The DC blocked ports of the GPS420 have a maximum voltage rating of 15 VDC and a maximum current rating of 75 mA, while the DC pass port supports a maximum voltage of 50 VDC and a maximum current of 2000 mA. This ensures safe and efficient operation within specified parameters.

GPS620 - GPS, GLONASS, Galileo Splitter

6 Way, TNC, 1000 - 2000 MHz, 50 Ohm, Passive

The GPS620 is a passive GPS signal splitter designed to divide a GPS antenna signal among six receivers. It enables powering an active GPS antenna remotely from one receiver while blocking the power path from the others. Equipped with TNC female connectors on all ports, it includes a unique feature: internal loads of 200 ohms that mimic antenna current drain, preventing receiver faulting, which can occur when some GPS receivers erroneously detect an antenna fault due to no current draw. The DC blocked ports have a maximum voltage rating of 10 VDC and a maximum current rating of 50 mA, while the DC pass port supports up to 50 VDC and 1000 mA.

GPS820 - GPS, GLONASS, Galileo Splitter

8 Way, TNC, 1000 - 2000 MHz, 50 Ohm, Passive

The GPS820 is an eight-way passive GPS signal splitter designed to distribute a GPS antenna signal among eight receivers. It enables the powering of an active GPS antenna by one receiver while blocking the DC path from the others. Equipped with TNC female connectors on all ports, it includes a unique feature of 200 ohm internal loads that simulate antenna current drain, preventing receiver faulting in cases where some GPS receivers may incorrectly detect an antenna fault due to no current draw. The maximum voltage rating at the DC blocked ports is 15 VDC with a maximum current rating of 75 mA, while at the DC pass port, the maximum voltage rating is 50 VDC with a maximum current rating of 2000 mA.

GPS 162 GPS Signal Splitter

The GPS162 is a sixteen-channel, passive splitter designed for dividing a GPS antenna signal among twelve receivers. It includes a provision for delivering DC power to an active GPS antenna from one receiver while preventing the flow of DC power to the others. Equipped with TNC type female connectors on all ports, this unit boasts a unique feature: an internal 200 ohm load. This load serves to draw current from GPS receivers that are not powering the active antenna, preventing them from mistakenly detecting an antenna fault due to lack of current draw. The maximum voltage rating for ports with DC blocking is 10 VDC, with a maximum current rating of 50 mA. For the port allowing DC passage, the maximum voltage rating is 50 VDC, with a maximum current rating of 2000 mA.

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