Sign In | Join Free | My himfr.com |
|
Ask Lasest Price | |
Brand Name : | ELT |
Model Number : | 1.85-JFKG |
Certification : | ROHS ISO-9001-2015 |
Price : | Negotiable |
Payment Terms : | L/C, T/T, Western Union |
Supply Ability : | 35000pcs/year |
Delivery Time : | Within 5-7 workdays(for stocks) |
1.85mm Male to Female Stainless Steel RF Adapter with Flange Mount RF Connector
Specification:
Note:The specific data of the model are based on the data in the product specification sheet.
Electronic and Material Characterials | ||
Impedance | 50Ohm | |
Frequency Range | DC~67GHz | |
Rated Voltage | 170 VRMS (Maximum sea-level) | |
Dielectrics Voltage-resistance | 500 VRMS (Maximum sea-level) | |
VSWR | ≤1.05+0.005f | |
Insulation Resistance | ≥5000MΩ | |
Center conductor | Male | Beryllium bronze gold plated |
Female | Beryllium bronze gold plated | |
Shell and other metal parts | Brass /stainless Stain gold plated /passivated | |
Insulator | PEI/PLF | |
Seal ring | Silicon rubber | |
Mating torque | 0.79 -1.13 N.m |
More Pictures of 1.85mm Male to Female Stainless Steel RF Adapter with Flange Mount RF Connector:
Features:
1.85 RF coaxial adapter is a kind of coaxial connector used for transmitting RF signals, with precise electrical performance index and stable physical characteristics.
The 1.85 RF coaxial adapter plays a vital role in RF communications, radar systems, satellite communications and microwave measurements. The design methodology and test results show that the adapter can operate efficiently in the millimetre-wave band.
Application:
1. 1.85mm Satellite Communication Systems
Efficient Signal Transmission: In satellite communication systems,
the 1.85mm is used for signal transmission between antennas and
receiving/transmitting equipment. Its low voltage standing wave
ratio (VSWR) and insertion loss ensure efficient and reliable
signal transmission.
Equipment Connection: Given its reasonable design and high
reliability, the 1.85mm is widely used in the connection of
equipment at satellite communication ground stations, ensuring
stable system operation.
2. Radar Systems
High-Precision Measurement: Radar systems require high precision in
radio frequency measurement. The 1.85mm's insertion loss of less
than 0.4dB meets the demand for precise signal control in radar
systems.
Durability: With an actual inner conductor retention force of 40N,
it ensures firm and durable connections even in harsh external
environments.
![]() |