JINPAT Electronics Co., Ltd
                                                                                                           
Verified Supplier
30 Years
Since 1996
Menu

RF Coaxial Rotary Joint Single and Dual Channel Slip Rings IP60 in Compact Signal Slip Rings

Price Negotiable
Price: Negotiable
MOQ: 10pcs
Delivery Time: 2 weeks ARO
Brand: JINPAT
Product Description

4.5GHz RF Coaxial Rotary Joint Single and Dual Channel Slip Rings IP60 in Compact Signal Slip Rings

 

Description

 

RF Coaxial Connector refers to a device installed on the cable or instrument as transmitting or breaking the line of electrical connections. Also, it belongs to Mechanical & Electrical Integration product.

 

Coaxial connector refers to connecting two used by the end of shaft parts, to ensure the centerline of two axes on the same axis.It has many different advantages compared to traditional slip ring such as Low torque minimizes system torque budget, compact design to fit in the most demanding space, high bandwidth transfer capability and low electrical noise.It also provides quick shipment per your urgent requirement, still operating smoothly and reliably.

Commonly used to connect to the driving shaft and driven shaft, transfer the rotary motion of the drive shaft to the driven shaft.

 
Specifications:
Insertion Loss, Max.
0.4dB@DC-4GHz
0.9dB@4-18GHz
Rotating Speed, Max.
60rpm
Insertion Loss WOW
0.05dB
Life Time, Min
5 million Revolutions
Peak Power, Max.
1000W
Operation Temperature
-45~+80℃
Weight,approx
0.13Kg
Storage Temperature
-55~+85℃
Starting Torque
0.05Nm@ room  temperature
Humidity  (Operation )
95%
Isolation,min.
50dB
Body Material
Aluminum alloy

 

 

 

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company JINPAT Electronics Co., Ltd
Location Rm 1503, A Bldg, Southen International Plaza,Yitian Rd,Futian Dist,Shenzhen,518017,China.
Contact Person John

Request A Quote

Please check your email address.
Your message must be at least 20 characters.