Murata Manufacturing TNC Connectors 0
| Part | RoHS | Manufacturer | Connector Type | Option | Reliability | Contact Gender | Dielectric Withstanding Voltage (V) | No. of Connectors | Panel Mount | Body Length | Body Diameter | Insulation Resistance | Mixed Contacts | Insertion Loss | EMI Shielded | Filter Feature | Body Width | Termination Contact Finish | Body Depth | MIL Conformity | Coupling Type | Insulator Material | Maximum Operating Temperature (Cel) | DIN Conformance | IEC Conformity | Minimum Operating Temperature | Empty Shell | Shell Finish | No. of Ports | Contact Material | Mating Contact Finish | Polarization Key | Additional Features | Voltage Standing Wave Ratio | Reference Standard | Insulator Color | Total No. of Contacts | Durability | Mounting Type | Characteristic Impedance | Sub-Category | Shell Material | Cable Types | Mating Info. | Mains Connector Rating | Termination Type | Minimum Withdrawal Force (N) | Manufacturer Series | Contact Resistance | Body or Shell Style | Mounting Style | Contact Style | JESD-609 Code | Maximum Insertion Force (N) | Terminal Length | Mounting Option-1 | Maximum Operating Frequency |
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TNC connectors are a type of threaded RF (radio frequency) connector used for terminating coaxial cables. They are similar in design to the BNC connector but feature a threaded coupling mechanism for a more secure and stable connection.
TNC connectors consist of a male and female connector, with the male connector featuring a center pin that plugs into the female connector, which has a socket to receive the pin. They are typically available in 50 ohm and 75 ohm versions, and can be used for both DC and high-frequency signals.
One advantage of TNC connectors is their threaded coupling mechanism, which ensures a stable and secure connection that can withstand vibration and other stresses. They are also designed to provide a low-loss signal transmission, making them a popular choice for many high-performance applications.
TNC connectors are commonly used in a variety of industrial and commercial applications, including telecommunications, data centers, and military and aerospace applications. They may be subject to rigorous testing and qualification requirements to ensure their reliability and performance.