Signal Channel SMA RF High Frequency Rotary Joint For Analog Transmitting

Signal Channel 50GHz Rf Rotary Joint Slip Ring For Transmitting Of Analog And Digital Signals Description of HF0150-12 High Frequency Rotary Joint Senring HF0150-12 series rf rotary joint is a singal

Brand
YUMO
Place of Origin
China

Signal Channel 50GHz Rf Rotary Joint Slip Ring For Transmitting Of Analog And Digital Signals

Description of HF0150-12 High Frequency Rotary Joint

YUMO HF0150-12 series rf rotary joint is a singal channel (RF)high frequency slip ring,frequency DC~50GHz,2.4(K)-F connector,work speed 100RPM. HF0150-12 is used transmitting of analog and digital signals,RF Channel,can be customized to combine power/signals.

Features of HF0150-12 High Frequency Rotary Joint

1. It can transmit high-speed and high-frequency (coaxial RF) signals without errors;

2. supports 1 channel of DC to 50GHz high-frequency (coaxial RF) transmission;

3. has excellent insertion loss and voltage standing wave ratio;

4. suitable for satellite antennas, vehicle-mounted devices, radar, microwave antenna test benches and other fields.

Technical Specification of HF0150-12 High Frequency Rotary Joint

Connector type 2.4mm Female–2.4mm Female(50Ω)
Frequency DC to 50 Ghz
VSWR(max) 1.3@DC to 10 Ghz
1.4@10 to 26.5GHz
1.7@26.5 to 50GHz
VSWR fluctuation(max) 0.05@ DC to 26.5 GHz
0.2 @ 26.5 to 50 GHz
Peak power(max) 3000W
Rotating speed(max) 150RPM
Starting torque(max) 0.5N.cm
Connector axial load(max) ±0.1N
Temperature -55 to +85℃ (work temperature)
-55 to +85℃ (storage temperature)
Humidity 95% (work humidity)
85% (storage temperature)
Style I type
Phase WOW ( Max degree) 1°@DC to 26.5 GHz
2°@26.5 to 50 GHz
Insertion loss 0.30 dB @ DC to 10 GHz
0.50 dB @10 to 26.5GHz
0.90 dB @26.5 to 50GHz
Insertion loss fluctuation 0.1 dB
Average power(max) 50 W @1 GHz
15 W @10GHz
5 W @26.5GHz
3W @50GHz
working life > 10 millions for ref
(depends on working conditions)
Rotating torque(max) 0.5 N.cm
Connector radial load(max) ±0.1N
IP grade IP 40 acc. EN 60529
Insulating material PTFE