Description
The Telegärtner 4.3-10 straight jack, known for its robust design and reliable performance, is a high-quality coaxial RF connector used in telecommunications and data communications. This connector is ideal for applications requiring low passive intermodulation (PIM) levels, making it suitable for high-frequency signal transmission in mobile network infrastructure. It supports a frequency range from 0 to 6 GHz, ensuring optimal signal integrity across various communication systems.
Designed for use with 1/2" corrugated cable types, this connector employs a cable-clamp attachment mechanism that ensures a secure and stable connection. Its brass construction with CuSnZn3 plating and inner copper alloy contacts with copper-silver alloy plating contribute to efficient electrical conductivity and durability. The connector is engineered to withstand over 100 mating cycles, ensuring long-term performance stability.
With an insulation resistance of ≥ 5000 mΩ and a RF operating voltage of up to 2500 Vrms, it offers excellent electrical characteristics. The Telegärtner 4.3-10 connector meets RoHS compliance standards, making it environmentally friendly. Its ability to maintain a low PIM rating of ≤ -155 dBc further enhances its suitability for demanding RF applications, ensuring minimal interference and high-quality signal transmission.
RF Connector Interface
RF Interface | Body Shape | Mounting |
---|---|---|
RF Specification
VSWR Measurement
Frequency | Return Loss | Insertion Loss |
---|---|---|
2000 MHz
|
≤ 36 dB
|
0.1 dB
|
4000 MHz
|
≤ 32 dB
|
0.1 dB
|
8000 MHz
|
≤ 28 dB
|
0.1 dB
|
Physical Specification
Drawing
Downloadable Resources
As family-owned company the Telegärtner Group has developed to an international network of affiliated companies specialising in intermediate and end products for telecommunications and data communications for customers with the most exacting demands for high-tech applications over the last 70 years.
Since the company was set up in 1945 Telegärtner has seen steady growth and has continually expanded ...