Eteily Factory Customised UFL To UFL IPEX1.13mm RF Jumper Cable Coaxial Cable Assemblies

If you’re looking to order or customize a UFL to UFL (also known as UMCC) IPEX 1.13mm RF jumper cable, here are some key aspects and options you might want to consider:

1. Connector Type:

   • UFL/UMCC (Ultra Miniature Flexible): A very small coaxial connector used in RF applications.
   • IPEX (also known as IPEX 1.13mm): Another small coaxial connector that’s often used in similar applications.

2. Cable Type:

   • 1.13mm Cable: This refers to the diameter of the coaxial cable, which is 1.13mm. It’s designed for small, compact connections and offers low-loss performance at high frequencies.

3. Cable Length:

   • Custom lengths can be ordered based on your specific requirements. Typical lengths range from a few centimeters to over a meter.

4. Impedance:

   • Usually 50 ohms for RF applications.

5. Cable Construction:

   • Shielding: Look for cables with good shielding to prevent signal loss and interference.
   • Dielectric Material: The material used affects performance, so ensure it’s suitable for your application.

6. Frequency Range:

   • Ensure the cable and connectors are suitable for the frequency range of your application.

• Cable Length: Specify the exact length you need.
• Connector Type: Confirm the exact UFL and IPEX connector specifications (e.g., straight or right-angle).
• Shielding and Insulation: Choose based on environmental and performance requirements.
• Quantity: Custom orders can be made for small or large quantities.

1. Find a Supplier: Look for RF cable assembly manufacturers or suppliers who offer customization services. Examples include companies like Amphenol, Molex, or other specialized RF component suppliers.

2. Request a Quote: Provide detailed specifications (length, type of connectors, quantity) to get an accurate quote.

3. Lead Time: Custom assemblies may have varying lead times based on complexity and quantity.

4. Testing: Ensure the supplier tests the cables for performance and reliability, especially if you’re using them in critical applications.

If you have any specific requirements or need help with the ordering process, feel free to ask!