Brand: Siva
Brand: Prunus
Brand: Acta Berg
A “Bias-Tee” also known as a “DC Inserter” is a simple way to feed DC power through coaxial cable to the remote device such as a pre-amplifier and – or transmit/receive relays via the coaxial cable.
The main task is to inject DC into or extract DC current from the coaxial cable, leaving the RF signal undisturbed.
A bias tee is a passive RF circuit consisting of capacitors and inductors. Act as a diplexer by combining DC and RF signals onto a common port RF+DC.
Frequency Range: 1240 – 1320 MHz
Max Power at SWR 1:1 600W
Insertion Loss: 0.045dB
Input Return Loss: -35dB
Isolation RF – DC port: 80dB
DC resistance from DC port to RF: 0.15Ω
Max Supply Voltage: 30V
Max Supply Current 1A
Connectors: “N”
Permanent damage may occur if any of these limits are exceeded.
23cm 600 W Ultimate High Power Bias-Tee 1240 – 1320 MHz Measured extreme high DC-RF isolation 80 dB that minimizes RF signal leakage and interference with other devices.
23 cm Bias Tee 1296MHz 600 W Measured Super Low Loss Insertion Loss and excellent Return Loss
The recommended position of 23 cm outdoor Bias-Tee is at the end of the coaxial cable to pass DC power to the remote device.
Inject DC into Coaxial cable.
Extracts DC from Coaxial cable.
1296 MHz 23 cm 600 W Ultimate Bias Tee appearance:
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent
Write your review
Review sent
Your review cannot be sent
Brand: Antennas-Amplifiers
Brand: Antennas-Amplifiers
Brand: Antennas-Amplifiers
Brand: SSB-Electronic
Brand: Antennas-Amplifiers
A “Bias-Tee” also known as a “DC Inserter” is a simple way to feed DC power through coaxial cable to the remote device such as a pre-amplifier and – or transmit/receive relays via the coaxial cable.
The main task is to inject DC into or extract DC current from the coaxial cable, leaving the RF signal undisturbed.
A bias tee is a passive RF circuit consisting of capacitors and inductors. Act as a diplexer by combining DC and RF signals onto a common port RF+DC.
check_circle
check_circle
