50 Ohm BNC Cable Straight Male To TNC Female Blukhead For RG316 Cable

50 Ohm BNC Cable Straight Male To TNC Female Blukhead For RG316 Cable Specification

Product Type
BNC Cable Straight Male To TNC Female Bulkhead

Number of Conductor
1

Conductor Diameter
Approx 0.5 mm (dependent on RG316 cable spec)

Conductor Number
Single core

Armored Material
No

Jelly Filled
No

Rip Cord
No

Insulation
PTFE

Installation Guideline
Suitable for RF signal transmission, secure connectors properly

Jacket
FEP

Pairs
0

Color
Typically brown or tan (RG316 standard)

No Of Pairs
0

No Of Core
1

Heat Proof
Yes, heat resistant up to 200°C (based on RG316 cable)

Shielding
Braid and foil

Impedance
50 Ohm

RoHS Compliance
Yes

Cable Length
Customizable as per requirement

Connector A
BNC Straight Male

Connector B
TNC Female Bulkhead

Operating Temperature Range
-55°C to +200°C

Cable Type
RG316

Frequency Range
Up to 3 GHz

Application
RF Communications, Test Equipment, Antenna Connections

Voltage Rating
300V

50 Ohm BNC Cable Straight Male To TNC Female Blukhead For RG316 Cable Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

50 Ohm BNC Cable Straight Male To TNC Female Blukhead For RG316 Cable About

Description:RF Coaxial Cable, BNC,Male,Straight,TNC,Female,Straight, RG316 Cable

RF Coaxial Cable, BNC,Male,Straight, TNC,Female,Straight, RG316 Cable
Used for Wireless communication and Wireless LAN;
Application include Mobile Phone, PC, GPS, Network Storage Equipment, Medical, Lighting, Remote Control, etc;
Pre-assemblied with different RF connectors for choice. Size and cable length can be customized;
From the OEM Original Factory, same quality with much better price.

Reliable RF Connections

Engineered for RF communications, this 50 Ohm BNC to TNC bulkhead cable offers low signal loss and stable transmission up to 3 GHz. Its single-core, PTFE-insulated RG316 construction and braided shielding make it ideal for high-frequency applications, ensuring clear, interference-free signals in a range of professional environments.

Heat and Chemical Resilience

Featuring a robust FEP jacket and PTFE insulation, this cable performs reliably in extreme environments, handling temperatures from -55C to +200C. Its durability makes it suitable for both indoor and outdoor setups, providing a long lifespan in test equipment setups, antenna installations, and more.

FAQs of 50 Ohm BNC Cable Straight Male To TNC Female Blukhead For RG316 Cable:

Q: How should I install the BNC Straight Male to TNC Female Bulkhead RG316 cable for optimal RF performance?

A: Ensure the connectors are securely fastened and free from debris to minimize signal loss. Avoid sharp bends in the RG316 cable and maintain appropriate routing to reduce interference and preserve signal integrity.

Q: What environments are suitable for using this cable?

A: The cable operates reliably in temperatures from -55C to +200C and is heat resistant, making it suitable for indoor labs, outdoor antenna installations, or industrial environments with elevated temperatures.

Q: When is it best to use a BNC male to TNC female bulkhead configuration?

A: This configuration is ideal when you need to interface different types of RF equipment, such as connecting test instruments to antennas or devices requiring secure bulkhead panel mounts, particularly when compact size and vibration resistance are needed.

Q: Where can I source custom lengths of this RG316 cable?

A: Customizable lengths are available directly through exporters, manufacturers, and wholesalers in India specializing in RF communication solutions. Specify your required length when ordering.

Q: What are the benefits of using RG316 cable with braid and foil shielding?

A: The dual shielding (braid and foil) provides superior resistance to electromagnetic interference (EMI), ensuring reliable signal transmission in environments with substantial electrical noise.

Q: How does the cables single-core, PTFE-insulated design impact its usage?

A: The single-core design and PTFE insulation deliver consistent impedance and heat resistance, making it suitable for precise RF applications, including antennas and sensitive test equipment.