TNC F BH DURLIN SOLDER

• Prepare the Cable:
  – Strip the Outer Jacket: Use a cable stripping tool to remove approximately 1/4 to 1/2 inch (or as specified by the connector manufacturer) of the outer jacket from the coaxial cable. Be careful not to damage the underlying braided shield.
  – Expose the Shielding: Pull back the braided shield to reveal the dielectric insulation. Trim any excess shielding so that it fits neatly inside the connector.
  – Strip the Dielectric: Strip the dielectric insulation to expose the center conductor. The length of the exposed center conductor should be about 1/4 inch, but refer to the connector’s specifications for exact requirements.
• Prepare the Connector:
  – Insert the Cable: Insert the prepared end of the coaxial cable through the bulkhead of the TNC female connector. Ensure that the center conductor aligns with the center pin, and that the shield is properly positioned to make contact with the connector’s body.
• Solder the Connector:
  – Heat the Soldering Iron: Preheat your soldering iron to around 350°C (662°F). Clean the tip of the soldering iron to ensure good thermal conductivity.
  – Apply Soldering Flux: Apply a small amount of soldering flux to the PCB pads and connector pins. This helps the solder flow more smoothly and ensures a good bond.
  – Solder the Center Pin: Heat the center pin with the soldering iron tip. Feed solder into the joint while keeping the iron in contact with the pin and pad. Remove the soldering iron once the solder has flowed evenly around the joint.
  – Solder the Shield: For bulkhead connectors, the shield typically makes contact with the connector body, so ensure that the solder flows well around the shield connection.
• Secure and Assemble:
  – Mount the Connector: If the TNC female bulkhead connector is intended to be mounted on a panel, secure it using the provided mounting hardware. Make sure it is tightened properly to avoid movement or strain on the soldered connections.
•  Inspect and Clean:
  – Check Solder Joints: Inspect each solder joint to ensure there are no cold or weak joints. A good solder joint should be smooth and shiny.
  – Look for Solder Bridges: Ensure there are no solder bridges between adjacent pins or traces. Use a solder wick or desoldering pump to remove any excess solder if needed.

– Clean the PCB: Use a PCB cleaning solution or isopropyl alcohol to clean off any residual soldering flux from the PCB.

• Test the Connection:
  – Verify Connections: Ensure the connector is firmly attached and there are no loose parts.
  – Test Signal: Use appropriate testing equipment to confirm that the connection is functioning correctly and that there are no signal issues.