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SMA M RA LMR 200 CRIMP

Original price was: ₹72.00.Current price is: ₹56.00.

This SMA male right-angle connector is designed for crimping onto LMR 200 cables. It provides a secure and stable connection for high-frequency signals, suitable for RF applications with space constraints.

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The term **”SMA M RA LMR 200 CRIMP”** refers to a specific assembly involving an SMA connector, LMR-200 coaxial cable, and a crimping technique. Here’s a comprehensive breakdown of each component and the crimping process:

### **Components:**

1. **SMA Connector (Male, Right-Angle):**
– **SMA (SubMiniature version A)**: A coaxial RF connector designed for high-frequency applications, typically up to 18 GHz. It is known for its small size and precision.
– **Male (M)**: The male SMA connector has a central pin that makes contact with the central conductor of a female SMA connector.
– **Right-Angle (RA)**: The right-angle design means the connector is oriented at a 90-degree angle relative to the cable. This is useful for managing cable routing in tight spaces or specific directions.

2. **LMR-200 Cable:**
– **LMR-200**: A type of coaxial cable known for its low attenuation and high performance. It has a characteristic impedance of 50 ohms and is designed for high-frequency applications.
– **Construction**: LMR-200 features a central conductor, dielectric insulation, a braided shield, and an outer jacket. It is thinner and more flexible compared to LMR-400, making it suitable for a variety of RF applications.

3. **Crimping:**
– **Crimping**: A method used to attach connectors to cables by mechanically compressing a metal sleeve (crimp) around the cable and connector parts. Crimping is often used for its reliability and ease of assembly compared to soldering.

### **Crimping Process for SMA Right-Angle Connector and LMR-200 Cable:**

1. **Preparation:**
– **Strip the Cable**: Carefully strip the LMR-200 cable to expose the central conductor and the shield. This involves:
– Removing the outer jacket.
– Removing the braided shield or foil.
– Stripping the dielectric insulation to expose the central conductor.
– **Prepare the Connector**: Ensure the SMA right-angle connector is clean and ready for assembly. The connector typically has a central pin and a crimp ring or ferrule for the shield.

2. **Crimping Steps:**
– **Insert the Central Conductor**:
– Insert the stripped end of the LMR-200 cable’s central conductor into the central pin of the SMA connector. Ensure it is fully inserted and properly aligned.
– **Crimp the Central Pin**:
– Use a crimping tool to compress the crimp ring around the central pin. This creates a solid electrical and mechanical connection between the central conductor and the pin.
– **Prepare the Shield**:
– Fold back the braided shield of the LMR-200 cable to ensure it makes 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.

3. **Final Steps:**
– **Inspect the Connection**: Verify that the crimped connections are secure and that there are no loose parts or visible damage. Ensure that the crimping is done uniformly and properly.
– **Test the Connection**: If possible, test the connection with RF equipment to ensure that it performs well and meets the required specifications for signal integrity and performance.

### **Applications:**

– **SMA Right-Angle to LMR-200 Crimped Assemblies** are used in high-frequency RF applications where performance and reliability are crucial. The right-angle connector helps with cable management in tight spaces, while LMR-200 provides good performance with low attenuation.
– **Crimping** is chosen for its ease of use and the robust, reliable connections it provides, especially in environments where quick assembly is needed.

This assembly is suitable for various RF applications, including telecommunications, broadcasting, and other high-frequency systems where space is limited and signal integrity is essential.

Brand

RF CONNECTOR HOUSE

Material

Metal

Finish

Polished

Impedance

50Ω

Frequency

4Ghz

VSWR

1.15:1 (Max)

Dielectric Resistance

≥5000MΩ

Contact Resistance

Center Contact ≤3mΩ Outer Contact ≤2.5mΩ

Operating Temperature

-40℃~+85℃

Usage

Industrial

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