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TNC F RA LMR 240 CRIMP

Original price was: ₹152.00.Current price is: ₹128.00.

The TNC Female Right Angle LMR 240 Crimp connector is designed for use with LMR 240 coaxial cables, offering a right-angle configuration that is ideal for tight spaces. This connector uses a crimp attachment method, ensuring a secure and reliable connection for RF applications up to 11 GHz. The right-angle design allows for flexible cable routing, making it suitable for telecommunications, wireless communication systems, and other high-frequency applications.

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### Tools and Materials Needed:
1. **TNC Female Right-Angle (RA) Connector (Crimp Style)**
2. **LMR 240 Coaxial Cable**
3. **Cable Stripping Tool** (suitable for LMR 240 cable)
4. **Crimping Tool** (compatible with TNC connectors)
5. **Center Pin** (usually included with the connector)
6. **Heat Shrink Tubing** (optional, for additional insulation and strain relief)

### Steps to Attach a TNC Female Right-Angle Connector to LMR 240 Cable:

1. **Prepare the Cable**:
– **Strip the Outer Jacket**: Use a cable stripping tool to remove approximately 1 inch (or as specified by the connector manufacturer) of the outer jacket from the LMR 240 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 approximately 1/4 inch, but refer to the connector’s specifications for exact requirements.

2. **Prepare the Connector**:
– **Slide on the Ferrule or Sleeve**: If the TNC female RA connector includes a ferrule or metal sleeve, slide it onto the cable before inserting the cable into the connector. This ferrule will clamp down on the cable’s shield.
– **Insert the Cable**: Insert the prepared end of the LMR 240 cable into the TNC female right-angle connector. Ensure that the center conductor aligns with the center pin of the connector and that the shield fits properly against the ferrule or sleeve.

3. **Crimp the Connector**:
– **Crimp the Ferrule**: Use the crimping tool to crimp the ferrule or sleeve around the braided shield of the cable. This creates a solid mechanical connection between the shield and the connector. Make sure the crimp is even and secure.
– **Crimp the Center Pin**: Insert the center conductor into the center pin of the connector. Use the crimping tool to crimp the center pin onto the center conductor. Ensure the conductor is fully inserted into the pin before crimping.

4. **Assemble and Insulate** (Optional):
– **Apply Heat Shrink Tubing**: For additional insulation and strain relief, slide heat shrink tubing over the joint and apply heat to shrink it tightly around the connector and cable.
– **Inspect the Assembly**: Check that the connector is securely attached, the ferrule and center pin are properly crimped, and there are no loose parts. Ensure that the center conductor and shield are properly connected.

5. **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.

Brand

RF CONNECTOR HOUSE

Material

Brass

finish

Polished

Frequency Range

DC- 3 GHz

VSWR

≤ 1.15@(0~3GHz)

Dielectric strength

≥2500V RMS, at sea level

Dielectric Resistance

≥ 5000 M Ω

Characteristic Impedance

50Ω

Contact Resistance

Center Contact ≤ 1.0 m Ω, Outer Contact ≤ 0.25 m Ω

Temperature Range

– 40°C – +85 °C

Insertion Loss

≤ 0.08dB (@2200MHz)

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