SMA M RP LMR 100 CRIMP

• Preparation:
• Strip the Cable: Carefully strip the LMR-100 cable to expose the inner conductor and the shield. This usually involves removing a specific length of the outer jacket and shielding, and then preparing the dielectric and central conductor.
  Prepare the Connector: Ensure the SMA right-angle connector is ready for crimping. The connector typically includes a body with a central pin and a crimp ring or ferrule.
  Crimping Steps:

Insert the Central Conductor:
Slide the stripped end of the LMR-100 cable’s inner conductor into the central pin of the SMA connector.
Ensure the conductor fits securely and is properly aligned.
Crimp the Central Pin:
Use a crimping tool to compress the crimp ring around the central pin, securing the inner conductor in place. This creates a strong electrical connection.
Prepare the Shield:
Fold back the shield of the LMR-100 cable to make contact with the connector’s grounding element or body.
Crimp the Shield:
Slide the crimp ferrule (or ring) over the folded-back shield and use the crimping tool to compress it. This secures the shield to the connector’s grounding element, ensuring proper grounding and minimizing signal loss.
Final Steps:

Inspect the Connection: Check the crimped connections to ensure they are secure and that there are no loose parts or visible damage.
Test the Connection: If possible, test the assembly with RF equipment to ensure that it maintains signal integrity and performs as expected.
Applications:
SMA Right-Angle to LMR-100 Crimped Assemblies are used in RF and microwave applications where space constraints require the use of right-angle connectors and where low-loss, high-frequency cable like LMR-100 is necessary.
Crimping is preferred in many scenarios for its reliability and the ease of assembly compared to soldering.