The Application of JINPAT High Frequency Slip Ring
High frequency slip ring is a product specially developed to meet high-speed serial digital signal or analog signal transmission. The highest transmission rate can reach 40GHz. This series of products support single-channel or multi-channel high-frequency signal transmission alone, and can also support mixed transmission of high-frequency signal and 24V control signal, communication signal, power supply, fluid medium. The high-frequency signal adopts 50Ω characteristic impedance RF coaxial structure head.
JINPAT has developed various high-frequency slip rings to adapt to various environments. Mainly apply:
Military radar antennas
Multi-axis three-dimensional space simulators
Satcom on the move
Antenna turntables with RF signals
HD-SDI HD turntables, etc.
Feature:
Gold-gold contact on the contact material, which can meet the service life of 100 million revolutions
90-degree V-groove design can rotate 360° smoothly and unlimitedly, with low torque, low wear, and low electronic noise
Anti-aging and high temperature resistance
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JINPAT Super Miniature Slip Ring for Pipeline Inspection Robot MORE -
Miniature Slip Ring with High performance and Reasonable Price for Security Monitoring MORE -
Capsule Slip Ring transmitting USB and HDMI signal for Aerial Surveillance Camera MORE -
4 circuits Super Miniature Slip Ring Transmitting Power and Signal for Take-up Device MORE -
Slip Ring for Mobile phone Camera Security Stretching Device MORE -
Large Current Carbon Bursh Slip Ring Uesd for Ship Crane MORE -
8 Circuits Miniature Capsule Slip Ring Used for Smart Robots MORE -
Through-Hole Slip Ring Multi-Axis Simulator Slip Ring for Motion Table MORE
CUSTOM SOLUTIONS
If Our Standard Rotary Unions And Slip Rings Aren't Quite What You're Looking For, We've Got You Covered. We Provide Custom Designed Components For Specialized Applications. Our Engineers Have Over 80 Years Of Combined Experience In Rotary Unions And Slip Rings And Will Come Up With The Perfect Solution For Your Needs.
