The LDCBS1X4 GPS antenna splitter is a passive one input four output power divider designed specifically for the GPS L1, L2 & GLONASS carrier frequencies. Three of the output legs (J2-J4) are DC-Blocked to prevent antenna damage, they also have 200 ohm DC loads to ground to simulate a GPS antenna pre-amplifier current draw. The other output leg (J1) is a DC through to power the antenna.

The LDCBS1X2 GPS antenna splitter is a passive one input two output power divider designed specifically for the GPS L1, L2 & GLONASS carrier frequencies. One of the output legs (J2) is DC-Blocked to prevent antenna damage, it also has a 200 ohm DC load to ground to simulate a GPS antenna pre-amplifer current draw. The other output leg (J1) is a DC through to power the antenna.

The MIL-NLDCBS1X3 GPS antenna splitter is a one input three output power divider designed specifically for the GPS L1, L2 and GLONASS carrier frequencies. The three output legs (J2-J4) are DC-Blocked to prevent antenna damage. J2 & J3 are TNC connectors and J4 is a N-type connector, J4 also has 5db of attenuation inline. This splitter has been designed and built to military specifications.

The ALDCBS1X8 GPS Amplified Splitter is a one input, eight output device with 13dB min. gain block. The frequency response covers GPS L1, L2 & GLONASS bands with excellent gain flatness. In the normal configuration, the splitter RF output (J1) passes DC from the connected GPS receiver through the splitter to the antenna, allowing the GPS receiver to power both the antenna and the splitter amplifier. The other RF outputs (J2 - J8) are DC loaded with 200 Ohm resistors to simulate the antenna current draw.

The LNFA1X4 is a low noise, filtered, amplified 1X4 GPS antenna splitter that was originally designed to satisfy AT&T Wireless requirements. The device features high selectivity for protection against the proximity of high power cellular transmitters.

The ALDCBS1X2 GPS Amplified Splitter is a one input, two output device with a 20dB min. gain block. The frequency response covers the GPS L1, L2 and GLONASS bands with excellent gain flatness. In the normal configuration, the splitter RF output (J1) passes DC from the connected GPS receiver through the splitter to the antenna, allowing the GPS receiver to power both the antenna and the splitter amplifier. The other RF output (J2) is DC loaded with a 200 Ohm resistor to simulate the antenna current draw.

The ALDCBS1X4 GPS Amplified Splitter is a one input, four output device with a 17dB min. gain block. The frequency response covers the GPS L1, L2 and GLONASS bands with excellent gain flatness. In the normal configuration, the splitter RF output (J1) passes DC from the connected GPS receiver through the splitter to the antenna, allowing the GPS receiver to power both the antenna and the splitter amplifier. The other RF outputs (J2, J3, J4) are DC loaded with 200 Ohm resistors to simulate the antenna current draw.

The RMALDCBS1X8 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers the GPS L1 & L2 bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS/GNSS carrier signal is required by up to 8 GPS/GNSS devices simultaneously.

The RMALDCBS1X16 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers all GPS/GLONASS/GALILEO bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS carrier signal is required by up to 16 GPS/GNSS devices simultaneously.

The RMALDCBS1X32 GPS/GNSS Rack Mount Amplified Splitter is a one input, eight output device. The frequency response covers the all GPS/GLONASS/GALILEO bands with excellent gain flatness. In the normal configuration, the splitter is powered by a transformer that supplies power to the splitter’s amplifiers and roof antenna. The outputs are DC loaded with 200 Ohm resistors to simulate the antenna current draw. Product is ideal for timing and testing applications where the GPS carrier signal is required by up to 32 GPS/GNSS devices simultaneously.

The MLA20RPDC GPS Line Amplifier is a one input, one output device with a 20dB min. gain in a miniaturized housing.  The frequency response covers the GPS L1, L2 and GLONASS bands with excellent gain flatness.  In the normal configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.

The VGLA20RPDC GPS Variable Gain Line Amplifier is a one input, one output device featuring a variable gain block with 26dB of dynamic range. The frequency response covers the GPS L1 & L2 bands with excellent flatness throughout most of the attenuation range. In the normal configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amp.

The LA20RPDC GPS Line Amplifier is a one input, one output device with a 20dB min. gain block. The frequency response covers GPS L1, L2 and GLONASS bands. In the standard configuration, the RF output (J1) passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.

The VGLCDLA30RPDC is a GPS Variable Gain Line Amplifier featuring a variable gain range from 0 to 30dB with an LCD display and push button controls in 1dB increments. The frequency response covers the GPS L1/L2/L5, Galileo and GLONASS bands with excellent flatness throughout the attenuation range. The easy to read LCD display allows users to read the exact gain at any time and easily adjust the gain in 1dB increments to ensure precise control of the signal strength at all times. In the normal configuration, the RF output passes DC from the connected GPS receiver through the amplifier to the antenna, allowing the GPS receiver to power both the antenna and the amplifier.
 

The HNRRKIT is a complete re-radiating system to allow you to re-radiate the GPS L1 carrier signal indoors. The HNRRKIT consists of a Roof Antenna, a plug-in re-radiating amplifier & a re-radiating antenna. The roof antenna is a 38db Gain, 50 ohm antenna. The re-radiating amplifier has a 110V/220V/240V Plug-in transformer which powers the amplifier and the roof antenna. The signal from the roof antenna is amplified and radiated out the re-radiating antenna. If the GPS receiver has line of sight with the re-radiating antenna, it will receive the signal up to 100 feet away. The antenna voltage is standard set at 5VDC otherwise the customer must designate the source voltage and power supply preferred. For Example: HNRRKIT-N/5/110 is a Hangar Network Re-Rad Kit with a 110V power supply sending 5vdc to the antenna.

The PNRRKIT is a Re-radiating system which allows you to re-radiate the GPS L1 carrier indoors. The PNRRKIT consists of a plug-in Re-Radiating amplifier & a Re-Radiating Antenna. It differs from the HNRRKIT in that it does not provide a roof antenna. The standard configuration does not provide source voltage to an active antenna but it may be specified.  For Example: PNRRKIT-N/110 is the standard configuration but it may also be ordered as an PNRRKIT-N/110/5 which would send 5vdc to power an active antenna.  The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the GPS Receiver has line of sight with the Re-radiating antenna, it will receive the signal up to 30+ meter away.

 

The L1/L2 PNRRKIT is a portable network re-radiating kit that comes standard with a plug-in Re-radiating amplifier and a re-radiating antenna. It does not include an active L1/L2 roof antenna. The standard configuration does not provide source voltage to an active antenna but it may be specified. For Example: L1/L2PNRRKIT-N/220 is the standard configuration but it may also be ordered as an L1/L2PNRRKIT-N/220/5 which would send 5vdc to power an active antenna. The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the GPS Receiver has line of sight with the Re-radiating antenna, it will receive the signal up to 30 meter away.
 

The L1/L2 HNRRKIT is a complete Re-radiating system to allow you to re-radiate the GPS L1/L2 carrier indoors. The L1/L2HNRRKIT consists of a Roof Antenna, a plug-in Re-Radiating amplifier & a Re-Radiating Antenna. The roof antenna is a L1/L2 35dB Gain, 50 ohm antenna. The Re-radiating amplifier has a 110V/220V Plug-in transformer which powers the amplifier and the roof antenna. The signal from the roof antenna is amplified and radiated out the Re-radiating antenna. If the receiving antenna has line of sight with the Re-radiating antenna, it will receive the signal up to 30 metert away. The antenna voltage is set at 5VDC. The customer must designate the source voltage(110/220/6-30VDC). For Example: L1/L2HNRRKIT-N/220 is a Hanger Network RRKIT with a 220V source.