• JINPAT Electronics Co., Ltd
    William
    JINPAT Slip ring appearance is good, packing carefully, service enthusiasm, need to come again
  • JINPAT Electronics Co., Ltd
    Martin
    Fast delivery, good performance and good quality, looking forward to the next cooperation.
Contact Person : John
Phone Number : +1 346 401 9643

Single-channel HF Rotary Joint with 18GHz Frequency and 100rpm Working Speed for Radar Antenna

Place of Origin China
Brand Name JINPAT
Certification ISO9001.ISO14000.CE.UL.FCC.RoHS
Model Number LPHF-01A
Minimum Order Quantity 1
Price Negotiable
Packaging Details Standard/On Request
Delivery Time 2 weeks ARO
Payment Terms TT/CC/Paypal
Supply Ability 500 pieces /Week
Product Details
Frequency Range DC To 18 GHz Peak Power, Max 1500 W @ 1 GHz
Phase WOW (degrees Max) Insertion Loss ,WOW 0.04 DB
IP Protection Level IP 60 Per EN 60529 Case Material Stainless Steel
Material Contact Beryllium Copper Application Radar Antennas
High Light

rotary swivel joint

,

slip ring rotary joint

Product Description

Single-channel HF Rotary Joint with 18GHz Frequency and 100rpm Working Speed for Radar Antenna

 

 

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.

 

It has higher performance and longer working life, higher speed rotating speed, low noise

 

Slip rings can be used in any electromechanical system that requires unrestrained, continuous rotation while transferring power or data from a stationary to a rotating structure.

 

Color-coded lead wires are used on both the stator and rotor for simplified electrical connections.

 

Features

 

  • Coaxial line with SMA connectors, to match your system.
  • Small Size and lightweight, to fulfill your compact design.
  • Up to 18GHz working frequency.

 

Advantage

 

  • Low torque minimizes system torque budget
  • Compact design to fit in the most demanding space.
  • High bandwidth transfer capability
  •   Low electrical noise
  • Quick shipment per your urgent requirement
  • Operating smoothly and reliability
  • Low resistance
  • Smooth running

 

Main Applications 

 

  •  Vehicle Turrets
  •  Radar Antennas
  •  Remotely Operated Vehicles
  •  Video Surveillance Systems
  •  Traffic Systems

 

 

Radio Frequency Specifications
Interface Type SMA Female (50 ohms)
Style I type
Frequency Range DC to 18 GHz
Peak Power, Max 1500 W @ 1 GHz
Average Power ,Max

200 W @ 1 GHz

70 W @ 12 GHz

50 W @ 18 GHz

VSWR , Max.

1.20 @ 0 to 6 GHz

1.25 @ 6 to 12 GHz

1.30 @ 12 to 18 GHz

VSWR WOW 0.03
Insertion Loss , Max

0.25 dB @ 0 to 6 GHz

0.30 dB @ 6 to 12 GHz

0.40 dB @ 12 to 18 GHz

Insertion Loss ,WOW 0.04 dB
Phase WOW (degrees max)
General Mechanical and Environment data
Rotating Speed , Max 100 rpm Life , min. 5 x 106 revolutions
Starting Torque 1 Ncm max Continuous Rotational Torque 1 Ncm max
Axial load on interface, max ±5 N Radial load on interface ,max ±5 N
Case material Stainless steel Material contact Beryllium Copper
Weight , approx 11.5 g Marking Adhesive Label
Temperature (Ambient Range) -40 to +70℃ (Operation)

Humidity

(Non-condensing) ,max.

85% (Operation)
-50 to +70℃ (Storage) 95% (Storage)
IP Protection level IP 60 per EN 60529

Outline Drawing
Single-channel HF Rotary Joint with 18GHz Frequency and 100rpm Working Speed for Radar Antenna 0
Application Picture

 

Single-channel HF Rotary Joint with 18GHz Frequency and 100rpm Working Speed for Radar Antenna 1

 


Company introduction
 

JINPAT has 20 years experience in SLIP RING manufacturing. Our factory covers an area of 7000 square meters with professional R&D team, advanced production equipment, and 300 skillful employees. JINPAT slip ring is one of the best-known brands in Europe and North America.
 

It has advanced technical equipment and high precision test instruments. Our manpower is so competent that we meet the needs of different customers with various specifications in durability and a reliable quality.

 

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