RF rotary joint LPHF-03

JINPAT’s high-frequency rotary joints ensure seamless RF signal transmission with reduced interference and insertion loss. Ideal for demanding applications such as radar, satellite communication, and broadcasting, with customizable configurations.

  • Model Code:LPHF-03
  • Frequency range:DC-2GHz
  • Interface type:SMA-F(50Ω)
  • Maximum peak power:1000W
RF rotary joint LPHF-03

JINPAT high-frequency rotary joints are designed to ensure seamless and stable transmission of RF signals across rotating interfaces. Engineered for precision and durability, these rotary joints minimize signal loss and interference, making them ideal for radar systems, satellite communication, broadcasting equipment, and high-speed data transmission applications. With low insertion loss, excellent VSWR performance, and a compact design, JINPAT high-frequency rotary joints provide reliable operation in demanding environments. Customizable configurations are available to meet specific technical requirements, ensuring optimal performance for diverse industrial and military applications.


Specifications
Channel CH1 CH2 CH3 Starting Torque 0.6Nm@room
temperature
Interface Tpe SMA-K(50Ω) SMA-K(50Ω) SMA-K(50Ω) Continuous Rotational Torque 0.6Nm@room
temperature
Type I I I Rotating Speed,Max. 30rpm
Frequenc Range DC-2GHz DC-2GHz DC-2GHz Life Time,Min 5 million Revolutions
Average Power,Max. 30W@1GHz 10W@1GHz 10W@1GHz Body Material Alumillion Revolutions
VSWR,Max 1.5 1.5 1.5 Case surface finish Chromate conversion coat
Weight,approx 0.5KG
VSWR WOW 0.2 0.2 0.2 IP Protection Level IP40
Insertion Loss,Max. 1.0dB 1.0dB 1.0dB Operation Temperature -55~+80°C

Insertion Loss

WOW

0.15dB 0.15dB 0.15dB Storage Temperature -55~+85°C
Isolation,min 50dB

Humidity

(Operation)

95%
Humidity(Storage) 95%


LPHF-03A Product Outline Diagram

    

    


Model List
Model Code Frequency range Insertion loss Interface type Maximum peak power
LPHF-04A DC-4GHz 1.0dB SMA-f(50Ω) 1000W
LPHF-03A DC-2GHz 1.0dB SMA-K(50Ω) 1000w
LPHF-01A DC-18GHz 0.25dB@0-6GHz 0.3dB@6-12GHz 0.5dB@12-18GHz SMA-f(50Ω) 1500W
0.199138s