This product is a 3-channel capsule-type slip ring designed specifically for miniaturized precision equipment. It features a high-performance PBT engineering plastic housing with an outer diameter of only 22mm, ... Lesen Sie weiter
SMA-F Interface, Dual-Channel High-Frequency Signal Slip Ring, Aluminum Alloy Housing, IP60 Protection Product Attributes Attribute Value Interface Type SMA-F(50Ω) Operating frequency DC-5GHz and DC-18GHz ... Lesen Sie weiter
High Frequency Signal Hybrid Electric Slip Ring Aluminum Alloy Housing with RG-179 Coaxial Cable This high-frequency hybrid slip ring is designed for rotating equipment that requires simultaneous transmission ... Lesen Sie weiter
One-way Air-Operated and Six-Way Electric Combined Slip Ring Black aluminum alloy housing, 200 RPM speed. A highly integrated pneumatic-electric hybrid slip ring featuring one pneumatic channel and six signal ... Lesen Sie weiter
42-Way Through-Hole Electrical Slip Ring The 42-channel through-hole electrical slip ring is an industrial-grade component with high channel count, designed for complex rotating equipment requiring centralized ... Lesen Sie weiter
This product is a multi-channel density through-hole type slip ring, designed for compact rotating equipment requiring centralized transmission of multiple signals or medium-power electricity. It features an ... Lesen Sie weiter
This product is a multi-functional, highly integrated slip ring designed for cutting-edge industrial and information technology equipment requiring high-speed data communication and high-power synchronous power ... Lesen Sie weiter
Signal Combination Slip Ring to Prevent Signal Interference This high-performance hybrid signal slip ring is designed for equipment requiring simultaneous high-power and multi-signal transmission. It integrates ... Lesen Sie weiter
31-Channel Signal Combination Slip Ring RVSP Shielded Twisted Pair Signal Rotary Connector This 31-channel signal combination slip ring integrates 13 channels of 20A power circuitry, 13 channels of 10A power ... Lesen Sie weiter