Ingiant 55mm high frequency slip ring with 1 channel high frequency rotary joint and electric signal

Short Description:

DHS055-49-1S high frequency slip ring is a single channel high frequency rotary joint + electrical hybrid slip ring. High frequency slip ring is a product specially developed to meet the transmission of high-speed serial digital signals or analog signals. The maximum transmission rate can reach 40GHz. This series of products supports the transmission of a single-channel high-frequency signal alone, and can also support the mixed transmission of high-frequency signals with 24V control signals, communication signals, power supplies, and fluid media. The high-frequency signal uses a 50Ω characteristic impedance RF coaxial structure head. (Other specified connectors can be transferred, and the wire specifications RG178, RG316, RG174, etc. are optional)


Product Detail

Product Tags

DHS055-49-1S

The main parameters

Number of circuits

49

Working temperature

“-40℃~+65℃”

Rated current

can be customized

Working humidity

<70%

Rated voltage

0~240 VAC/VDC

Protection level

IP54

Insulation resistance

≥1000MΩ @500VDC

Housing material

Aluminum Alloy

Insulation strength

1500 VAC@50Hz,60s,2mA

Electrical contact material

Precious metal

Dynamic resistance variation

<10MΩ

Lead wire specification

Colored Teflon insulated & tinned stranded flexible wire

Rotating speed

0~600rpm

Lead wire length

500mm + 20mm

 High frequency rotary joint parameters: 

Frequency Range : DC-4GHz;
Peak power, maximum value: 1KW;
Average power, maximum value: 10W;
Voltage standing wave ratio, maximum value: 1.25@DC-4GHz;
Maximum floating value of voltage standing wave ratio: 0.05;
Insertion loss, maximum: 0.35dB@ DC-4GHz
Insertion loss maximum floating value: 0.05dB;
Insertion loss fluctuation value: 0.05dB;
Coaxial cable length: Rotor end:800mm~820mm;

Stator end:500mm~520mm;

Interface Type: Rotor:SMA-f(50Ω);Stator:SMA-f(50Ω)。

Standard product outline drawing:

DHS100-18-4F

DHS055-49-1S high frequency slip ring is a single channel high frequency rotary joint + electrical hybrid slip ring. High frequency slip ring is a product specially developed to meet the transmission of high-speed serial digital signals or analog signals. The maximum transmission rate can reach 40GHz. This series of products supports the transmission of a single-channel high-frequency signal alone, and can also support the mixed transmission of high-frequency signals with 24V control signals, communication signals, power supplies, and fluid media. The high-frequency signal uses a 50Ω characteristic impedance RF coaxial structure head. (Other specified connectors can be transferred, and the wire specifications RG178, RG316, RG174, etc. are optional)

Features:

  • Supports 1, 2, 3, 5 high frequency channels
  • Can mix 1~72 power/signals.
  • Perfect VSWR
  • Suitable for large-capacity data transmission without delay
  • High-speed transmission of ultra-high-definition video data
  • Widely used in satellites, radars, mobile antennas, mobile communications and other equipment

QQ图片20230322163852

 

Our advantage:

  1. Product advantage: Low unit price,Large constructive design possibilities,High reliability,Low weight,Low installation space,Easy installation, the hybrid design is space-saving.
  2. Company advantage: More than 10 years experienced senior engineers in the industry and 12 people R&D team, provide more professional and reliable solutions for your rotating conduction problems. More than 60 workers with several years experience in workshop production, skilled in operation and production, can better guarantee product quality.
  3. Customised advantage: If you are not sure which products are ideal for your challenges, please contact us. These components are extremely flexible and versatile, so use our technical advice to project the optimum slip ring body for your application. Our service team will deal with your request immediately and get back to you as soon as possible.

QQ截图20230322163935

 


  • Previous:
  • Next:

  • Write your message here and send it to us