Coaxial Connector BNC Telegärtner J01000A0040

The Telegärtner BNC coaxial connector is a precision-engineered male connector designed for 50 Ω impedance systems. This single-piece connector ensures stable mechanical coupling and consistent electrical contact for professional and laboratory environments. It is intended for use where reliable RF signal transfer and low-reflection connections are required.

Advantages

This BNC coaxial connector provides solid mechanical retention with a bayonet locking mechanism that allows quick connect/disconnect operations while maintaining consistent impedance. The connector is built to deliver low signal loss and stable contact resistance, supporting repeatable performance across multiple mating cycles. Its compact form factor and standardized interface simplify integration into test equipment, measurement setups, and instrumentation panels.

Suitable for

• RF and video signal transmission in 50 Ω systems
• Laboratory test equipment and oscilloscopes
• Communication and measurement instrument connections
• Bench-top prototyping and repairs of coaxial cabling

Key specifications

• Impedance: 50 Ω
• Connector type: male BNC (bayonet coupling)
• Application: RF and coaxial signal transmission
• Typical usage: panel or cable connection depending on assembly
• Mechanical durability: designed for multiple mating cycles

How to use

Align the male BNC connector with the corresponding female socket and push in until the bayonet pins engage; then twist to lock. For cable-mounted installations, ensure proper cable preparation and secure termination according to the cable type and assembly instructions. Avoid excessive force when connecting or disconnecting to preserve the bayonet mechanism and contact surfaces. Inspect contacts periodically for contamination or wear and clean with appropriate solvent if necessary.

Usage recommendations

Use this 50 Ω BNC connector in applications that require low-reflection RF connections. Match cable impedance and connector type to the system, and follow standard grounding and shielding practices to preserve signal integrity.