
RF Rotary Slip Ring Description
RF rotary joint is used in devices that rotate continuously, and
transmit high frequency and high speed rate signal from stationary
part to rotating part. This kind of slip ring is compact in
structure and easy to integrate into other devices. It is reliable
in performance and excellent in shielded effect.
Meanwhile, RF coaxial connector also enjoys a good function of
processing signal besides the performance that mentioned above. For
example, Filtering, phase-modulation, frequency mixing,
attenuation, detection and so forth. Furthermore, the low VSWR and
wastage could better satisfy the needs of weapon system and precise
measurement instrument.
Specification
Channel | 1 |
Frequency Range | DC to 18GHz |
SVWR, max | 1.20@ 0 to 6GHz; 1.25@ 6 to 12GHz; 1.35@ 12 to 18 GHz |
SVWR Variation | 0.03 |
Insertion Loss | 0.25 dB@ 0 to 6GHz; 0.35dB@6 to 12GHz; 0.50dB @12 to 18GHz |
Insertion Loss Variation | 0.04dB |
Phase, max | 1° |
Peak power, max | 1500W |
Average power, max | 200W@1 GHz; 30W@18GHz |
Working Speed, max | 100 RPM |
Connector Type | SMA Female (50Ω) |
Contact Material | Beryllium copper |
Connector Material | Stainless steel |
Axial Load of End Surface, max | ±2N |
Radial Load of End Surface, max | ±2N |
Starting Torque | 0.5Ncm, max |
Working Torque | 1Ncm, max |
Weight | 10g |
Working Temperature | -40~+70℃ |
Humidity | 85% |
Protection Grade | IP40 |
Life | 0.5 million revolutions |
Outline Drawing
RF Rotary Slip Ring Product Display
JINPAT Electronics Co., Ltd
JINPAT Electronics, founded in 1996, is a national high-tech enterprise specializing in R&D, manufacturing and sales of high-precision slip rings. Typical products like Capsule Slip Ring, Through-bore Slip Ring, Large-current Slip Ring, Coax Rotary joint, Fiber Optic Slip Ring, Separate Slip Ring, Pin Slip Ring.
Besides, customization is supported to cater to the different application in that slip ring can be designed exclusively integrated with Ethernet, USB, HDMI, Sensor, CAN Bus, Thermocouple, RS232, RS422 and so forth.