Description
The Telegärtner N Straight Plug Crimp G1 (RG-58C/U) is a high-quality coaxial RF connector, ideal for telecommunications and data communications applications. Designed for RG-58 cable types, this N Male connector features a straight body and free-hanging mounting style, ensuring easy integration into various systems. It uses a reliable cable crimp attachment mechanism for secure connections.
Constructed with durable materials, the connector's body is plated for enhanced durability, while the inner contacts are crafted from copper alloy with a copper-silver alloy plating, ensuring excellent conductivity. The low-density PTFE insulator provides stability and reliability across a wide temperature range.
Withstanding over 500 mating cycles, this connector operates within a frequency range of 0 to 11 GHz, delivering a consistent input impedance of 50 Ω. It offers a low inner contact resistance of ≤ 2 mΩ, outer contact resistance of ≤ 1 mΩ, and an impressive insulation resistance of ≥ 5000 mΩ. Performance at various frequencies includes a return loss of ≤ 34 dB at 1000 MHz and ≤ 24 dB at 11000 MHz.
Compliant with RoHS standards, the Telegärtner N Straight Plug Crimp G1 ensures high performance and durability, making it suitable for demanding high-tech applications. Telegärtner, a renowned German brand, continues to lead the industry in innovative connectivity solutions.
RF Connector Interface
RF Interface | Body Shape | Mounting |
---|---|---|
RF Specification
VSWR Measurement
Frequency | Return Loss |
---|---|
1000 MHz
|
≤ 34 dB
|
2000 MHz
|
≤ 29 dB
|
4000 MHz
|
≤ 25 dB
|
11000 MHz
|
≤ 24 dB
|
Physical Specification
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 ...