High Frequency Slip Rings LPHF-02

The High Frequency Rotary Joint is designed for use in continuously rotating devices, facilitating the transfer of high-frequency and high-speed signals from a stationary section to a rotating section. This joint efficiently handles analog and high-speed digital signals with frequencies ranging from 500 MHz to 50 GHz. Its compact design ensures stable performance, effective shielding, and minimal interference. Additionally, the high-frequency slip ring can be easily integrated into various applications. This product line includes both high-frequency slip rings and high-frequency electric hybrid slip rings.

Product Details

The LPHF high-frequency rotary joint encompasses various types, including coaxial rotary joints, waveguide rotary joints, and a combination of both, commonly referred to as high-frequency slip rings or RF slip rings. These rotary joints are engineered to address the requirements for transmitting high-definition, RF, microwave, and other rapid serial digital or analog signals. This product line allows for the independent transmission of one or multiple high-frequency signals and can integrate these with control signals, communication signals, power supply, and fluid media slip rings.

Specifications
Channel	CH1	CH2	Starting Torque	0.05Nm@room temperature
Interface Tpe	SMA-F(50Ω)	SMA-F(50Ω)	Continuous Rotational Torque	0.05Nm@room temperature
Type	I	I	Rotating Speed,Max.	60rpm
Frequenc Range	DC-4.5GHz	DC-4.5GHz	Life Time,Min	10 million Revolutions
Peak Power,Max.	1000W	1000W	Body Material	Aluminum alloy
Average Power,Max.	60W@4.5GHz	10W	Case surface finish	Chromate conversion coat
VSWR,Max	1.2	1.5	Weight,approx	0.13kg
VSWR WOW	0.05	0.2	IP Protection Level	IP60
Insertion Loss,WOW	0.05dB	0.15dB	Operation Temperature	-45~+80°C
Insertion Loss,Max.	0.25dB	0.3dB	Storage Temperature	-55~+85°C
DC capability,max. （one channel only）	0.5A,48VDC@full RF avg.power	0.5A，24VDC @ full RF avg.power	Humidity （Operation）	95％
Phase WOW	0.5deg	4.0deg	Humidity（Storage）	95％
Isolation,min	50dB