DC Power Extractor Thru Tee

The Orbital Research DC Power Extractor Thru Tee (DET-25/40) taps off the incoming DC from the modem and splits it between the combined port to the LNB/BUC and a separate DC-only port – so you can power an external device at the antenna. It also acts as a bias tee thruplexer (thru tee) and filters L-band, 10 MHz and DC signals.

The primary purpose of this product is to provide an easy source of DC voltage at the antenna without having to run a separate power cable, however it can also take in an external DC input. The higher DC voltage between this input port and the DC from the modem is applied to the output port to the LNB or BUC. This unique feature opens up many possibilities for the system integrator, such as creating a back-up power source for the LNB or BUC.

Features:

• Selective Filter Network: filtered 10 MHz bandpass and a filtered L band, 900-2100 MHz selective band pass system
• Lowpass filtered DC
• Low passband ripple
• Low L band through loss
• Superior Input and Output VSWR
• Preserves phase noise performance
  

Functions:

• Will operate with VSATs, LNBs, BDCs, BUCs, SDRs and Antenna Controllers
• Connectors O ring sealed for weather resistant operation
• DC extraction of up to 4.0 Amps
• Passes RF, DC and 10 MHz 
• L-band bandpass filters to reduce out of band interference

Structural Features:

• Machined from solid aluminum block for strength and stability
• Anodized Mil-Spec finish for corrosion protection
• Excellent RF shielding and grounding
• RoHs & REACH Compliant

Benefits:

• Lower cost, higher quality with a one-box solution
• No labor to source, assemble and test a ‘kluge’
• Custom design variations welcome
• Custom labeling requirements welcome

Applications:

Orbital Systems Interface Products are made specifically for the satellite industry, and are designed for professional and industrial quality systems. Our products are built for rack mounting, and for use indoors or out.  They are also perfect at the dish or in the rack for creating a test point for live signals – without degrading ongoing operations.