Cliff Electronic Components Dual Entry BNC Socket Panel Mount Connector, 50 Ohm
High-quality Cliff dual entry BNC socket panel mount connector for RF and coaxial applications with 50 Ohm impedance and metal frame.
The Cliff Electronic Components Dual Entry BNC Socket Panel Mount Connector is designed for reliable and versatile connectivity solutions. With its compact and slim feedthrough design, this connector provides seamless signal transmission while being easy to install and use.
Featuring a robust metal frame and black finish, this connector is built for durability and performance in various applications. It supports front or rear panel mounting, offering flexibility for your setup without the need for soldering or punch termination.
Key Features
- Universal Compatibility: Utilizes standard BNC cables for straightforward connectivity.
- Compact Design: Measures only 35.5 x 33 x 19mm, making it ideal for space-constrained installations.
- Dual Entry Capability: Allows for direct feedthrough connections to streamline your setup.
- 50 Ohm Impedance: Ensures optimal signal integrity for RF applications.
Whether you're working on RF systems, test equipment, or other electronics projects, this adapter offers a dependable and efficient connection solution.
- RF and coaxial signal applications
- Test and measurement equipment
- Telecommunication systems
- Audio/video equipment
- Connector Type: BNC Coaxial
- Impedance: 50 Ohm
- Adapter Body Style: Straight Adapter
- Convert From Coax Type: BNC
- Convert To Coax Type: BNC
- Convert From Gender: Receptacle
- Convert To Gender: Receptacle
- Material: Metal Frame
- Colour: Black
- Dimensions: 35.5 x 33 x 19mm
- Weight: 10g
- Mounting Options: Front or rear panel mounting
- Termination Type: No soldering or punch termination required
Free standard delivery on UK mainland orders. Express delivery options and international shipping available at checkout.
We offer a 30-day money-back guarantee on most products. For faulty items, contact us within 14 days for a replacement or refund.
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