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多通道高频/高清滑环

多通道射频/高清滑环专为连续360°旋转时同时传输多种高频和高清信号而设计。它们提供稳定的阻抗、低信号损耗和优异的信号完整性,确保在严苛环境中可靠运行。这些滑环广泛应用于雷达系统、高清视频传输、广播设备、通信系统及其他需要多通道高质量信号传输的先进应用中。

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Model_list
型号 内径 外径 频率范围 RF通道数 插入损耗(dB) PDF MORE
HST03-S02-G01 / 21 DC–18 GHz 2 / / MORE
HRJ-200 / 31.9 DC-18GHz / DC-5GHz 2 0.6/0.5 dB / MORE

查看相关解决方案

浏览华盛电气相关产品及解决方案,为您的应用场景提供完整的旋转传输解决方案。

View related supporting accessories

浏览华盛电气相关滑环产品及集成解决方案,其专为各类旋转系统中可靠的电力、信号及数据传输而设计。我们的滑环技术广泛应用于工业自动化、机器人、机械设备、能源装备及其他高要求应用场景。欢迎了解配套产品,助力优化您旋转设备的运行性能与可靠性。

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Hiscience slip rings

Looking for top-notch slip rings? You’ve come to the right place! Hiscience in Shenzhen, China, is your go-to source for high-quality, reliable slip rings. We’ve got you covered, whether you’re in industrial automation, medical equipment, aerospace, or anything in between.

Fiber optic slip ring and photoelectric slip ring notes

Pre-Use Tip for fiber optic slip rings and photoelectric slip rings This video shows a fiber optic end face magnified 400x, revealing dust particles that can affect performance. Always clean the end face before use to ensure optimal signal transmission and avoid insertion loss.

Hiscience Through Bore slip ring 1 circuit 20A

The Hiscience Through Bore Slip Ring 1 Circuit 20A delivers stable 20A power transmission for rotating systems. Its compact through-bore design enables easy integration with shafts and automation equipment, ensuring reliable performance and long service life.

Slip Ring Inspection and Packing Before Shipment

This video shows our pre-shipment inspection and packing process for slip rings. Before shipping, each slip ring is checked for appearance and basic electrical performance, then packed with protective materials to reduce the risk of damage during transportation. This process helps ensure that the slip rings arrive in good condition and are ready for use.

RF Slip Rings & Their Applications High-Frequency Signal Transmission

RF slip rings are critical components for systems that require continuous rotation and stable RF signal transmission. They ensure low signal loss, low VSWR, and reliable performance in demanding environments.

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