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OZ600

The OZ600 is a standalone flange mount module that provides broadband RF over Fiber transmission.

  • Product Summary
  • Product Details
  • The OZ600 is a standalone flange mount module that provides broadband RF over Fiber transmission. It can be configured as a transmitter, receiver, or transceiver (transmitter + receiver). Fiber links can be set up for unidirectional or bidirectional RF traffic. The OZ600 offers a wide dynamic range and enables RF transport in situations where the distance or flexibility of cabling may restrict the use of coaxial cables.

    Encased in a rugged dust-tight cast metal housing, the OZ600 ensures high Spurious Free Dynamic Range (SFDR) for RF signals in the frequency range of 30 MHz to 3 GHz. There is also an option for extended bandwidth of 10 kHz to minimize rolloff. Manual Gain Control is available to adjust the end-to-end RF link gain and optimize the receiver output RF level.

    The OZ600 features a linear optically isolated DFB laser diode operating at either 1310 nm or 1550 nm, as well as a high-performance InGaAs photodiode. It also supports CWDM wavelengths. The standard fiber transport is over 9/125 μm Single Mode Fiber, although Multimode fiber transport is also possible (for more details, contact Optical Zonu).

    The standard RF interface is 50 Ohm SMA, and the standard optical interface is SC/APC (FC/APC is also available). The transmitter optical output power is automatically controlled through Average Automatic Power Control (AAPC) over the entire operating temperature range. Alarm and monitoring functions can be accessed through a DB9 connector, and the module includes LEDs to indicate the status of the laser bias current (transmitter) and received optical power (receiver).

    The OZ600 module is powered by +12 VDC.

  • QR100 anti-jamming unit allows to mitigate an unintentional RF interference or jamming signal using a spatial domain of an antenna array reception pattern. Three passive antennas of customer choice can be connected to the QR100 unit using built-in SMA connectors. The unit default configuration (no jamming signal present) has a 120 deg phase gradient between antenna elements to maximize the reception of GPS right-hand circularly polarized (RHCP) signal. This feature allows to connect the unit to either RHCP type antennas or linearly polarized antennas. The default configuration of the unit is designed to connect to passive GPS antennas, provided that antennas are no DC grounded. Active GPS antennas may also be used. It is recommended that all three antennas are of the same type and LNA gain (in case of active antennas).


    The GPS receivers have inherent anti-jamming capability of minor interference levels of up to 30 dB J/S due to de-spreading technique of extracting the GPS signal from the noise. The QR100 allows to extend this capability to medium and strong interference signal levels by adapting a deep null in the antenna array reception pattern towards the source of interference. This approach prevents the RF front end from saturation when exposed to high power sources or being in close proximity to medium power source locations. The anti-jamming algorithm is an adaptive algorithm that simultaneously performs nulling in both L1 and L2 bands without the need to know the unit’s orientation or position.
     





    More than: https://quantumreversal.com/pdf/qr-datasheet-qr100.pdf

Product Summary

The OZ600 is a standalone flange mount module that provides broadband RF over Fiber transmission. It can be configured as a transmitter, receiver, or transceiver (transmitter + receiver). Fiber links can be set up for unidirectional or bidirectional RF traffic. The OZ600 offers a wide dynamic range and enables RF transport in situations where the distance or flexibility of cabling may restrict the use of coaxial cables.

Encased in a rugged dust-tight cast metal housing, the OZ600 ensures high Spurious Free Dynamic Range (SFDR) for RF signals in the frequency range of 30 MHz to 3 GHz. There is also an option for extended bandwidth of 10 kHz to minimize rolloff. Manual Gain Control is available to adjust the end-to-end RF link gain and optimize the receiver output RF level.

The OZ600 features a linear optically isolated DFB laser diode operating at either 1310 nm or 1550 nm, as well as a high-performance InGaAs photodiode. It also supports CWDM wavelengths. The standard fiber transport is over 9/125 μm Single Mode Fiber, although Multimode fiber transport is also possible (for more details, contact Optical Zonu).

The standard RF interface is 50 Ohm SMA, and the standard optical interface is SC/APC (FC/APC is also available). The transmitter optical output power is automatically controlled through Average Automatic Power Control (AAPC) over the entire operating temperature range. Alarm and monitoring functions can be accessed through a DB9 connector, and the module includes LEDs to indicate the status of the laser bias current (transmitter) and received optical power (receiver).

The OZ600 module is powered by +12 VDC.

Product Details

QR100 anti-jamming unit allows to mitigate an unintentional RF interference or jamming signal using a spatial domain of an antenna array reception pattern. Three passive antennas of customer choice can be connected to the QR100 unit using built-in SMA connectors. The unit default configuration (no jamming signal present) has a 120 deg phase gradient between antenna elements to maximize the reception of GPS right-hand circularly polarized (RHCP) signal. This feature allows to connect the unit to either RHCP type antennas or linearly polarized antennas. The default configuration of the unit is designed to connect to passive GPS antennas, provided that antennas are no DC grounded. Active GPS antennas may also be used. It is recommended that all three antennas are of the same type and LNA gain (in case of active antennas).


The GPS receivers have inherent anti-jamming capability of minor interference levels of up to 30 dB J/S due to de-spreading technique of extracting the GPS signal from the noise. The QR100 allows to extend this capability to medium and strong interference signal levels by adapting a deep null in the antenna array reception pattern towards the source of interference. This approach prevents the RF front end from saturation when exposed to high power sources or being in close proximity to medium power source locations. The anti-jamming algorithm is an adaptive algorithm that simultaneously performs nulling in both L1 and L2 bands without the need to know the unit’s orientation or position.
 





More than: https://quantumreversal.com/pdf/qr-datasheet-qr100.pdf