Alico Systems has developed a unique multi-functional transceiver that provides up/down conversion, digital beacon detector and back end interface options that include either a L-band IF interface or a digital interface based on LVDS. The transceiver is based on a 2 board printed circuit board assembly shown below which includes the blue color RF module and green color digital controller. RF module is shielded on the top and bottom.
Key Features
- X-band RF transceiver with 1 Transmit channel, 2 receive channels and 1 beacon receive channel with digital detector
- Digitally tuned RF frequencies and power level supported
- Transmit 7900-8400 MHz; -2 to -22 dBm RF output
- Receive 7250-7750 MHz; -117 to -85 dBm RF input
- No spectrum inversion in transmit or receive channels
- On-board 25 MHz OCXO with ±2 ppb per day stability
- Back-end modem interface options include external L-band modem or external digital LVDS interface modem
- L-band transmit 950-1450 MHz at -5 to -25 dBm input
- L-band receive 1445 MHz at -46 dBm to -14 dBm output
- Digital LVDS modem interface specification provided upon request under separate agreement
- Beacon input receive -114 to -117 dBm nominal
- Noise figure
- Total Transmit 10 dB
- Total Receive 2.78 dB
- Mechanical (2 board RF/digital assembly)
- 8.625” (220mm) x 8.625” (220mm) x 1.875” (48mm) H
- OEM Version connector interfaces
- 50Ω SMP Jack for all RF and L-band inputs and outputs
- RJ45 for Ethernet for monitor and control
- RS 232C for serial console (for maintenance use only)
- 1U Chassis or Tactical chassis Option
- N-type female for RF and L-band, (SMA special option)
- OEM version requires
- 4VDC @5A, 6VDC @4A, -5VDC @ 0.5A, 15VDC @ 2A
- 25 Watts power consumption maximum
- Optional single voltage 28 VDC or 48 VDC input separate power supply assembly available which provides the above voltages with the required currents for the transceiver. Power supply dimensions: 8”(204mm) x 4” (102mm) x 1” (25 mm)
- Environmental
- Designed to support MIL-STD-810G with appropriate packaging