Autopilot Systems LPKS062-0405-CH Features
1.High stability and reliability
￭ Adopt precious metal contact or gold-gold contact technology to reduce signal loss and ensure stable operation for a long time.
￭ Strong anti-interference ability can ensure the accuracy of sensor data of automatic driving system.
2.Low electrical noise and low contact impedance
￭ Low electrical noise during signal transmission, suitable for precision signals (e.g. camera, radar, LIDAR signals).
￭ Low contact impedance ensures low-power operation and prolongs system life.
3. Support multi-channel power and signal transmission
￭ Simultaneous transmission of power, data, and control signals (CAN, Ethernet, optical fiber, etc.) is available to meet the needs of different devices in the automatic driving system.
￭ Mixed transmission capability, can support analog signals, digital signals, high-definition video signals and so on.
4.Compact structure, suitable for restricted space
￭ Disk slip ring, hollow shaft slip ring and other designs, to adapt to the demand for compact installation of the automatic driving system.
￭ Lightweight design reduces the impact on the rotational inertia of the system.
5.High-speed rotation capability
￭ Designed to support high-speed rotation (up to several thousand revolutions per minute), suitable for radar, LIDAR and other high-speed rotating equipment.
6. Long life and low maintenance cost
￭ Adoption of advanced materials (e.g., precious metals, gold-plated contact points) reduces wear and tear and improves service life.
￭ Low maintenance cost, suitable for long-term application of autopilot system.
Functions of Slip Rings in Autonomous Driving Systems
1. Transmitting radar and sensor signals
￭ The automatic driving system relies on sensors such as millimeter-wave radar, LiDAR, and cameras, and the slip ring ensures that the data is transmitted stably without packet loss or distortion during the rotation process.
2. Power supply for rotating parts
￭ Guarantee stable power supply for 360° rotating components (e.g. LIDAR, motor drive system) without cable entanglement.
3. Data and communication signal transmission
￭ Transmit CAN bus, Ethernet, USB, HDMI, fiber optic and other signals to support the control communication of the automatic driving system.
4. For intelligent cockpit systems
￭ Used for steering wheel rotation, seat adjustment, in-vehicle display system, etc. to ensure stable data transmission.
