SMA Female PCB Mount Soldering Right Angle Connector, Pad hole spacing 5.2mm, Center pin φ1.3mm,DC-6GHz
| SMA-KWHD | Pad hole spacing 5.2mm,Center pin φ1.3mm |
Specifications:
| Frequency | DC-6GHz |
| Insertion Loss (dB) | ≤0.05 xSqt.(f_Ghz) |
| VSWR | 1.25 |
| Body Material | Brass Gold Plated |
| Operation Temp. | -40~+165deg. |
Enhance Your PCB Designs with SMA PCB Connectors from Gwave Technology Inc.
Gwave Technology Inc. provides industry-leading connectivity solutions for high-performance applications. The solutions are tailored to our consumers. Our SMA PCB connectors are suited for use in many sectors due to their signal integrity and reliability. Electronics, aircraft, and telecommunications are among these businesses.
SMA PCB connectors are ideal for RF component integration on printed circuit boards. This connector minimises signal loss and maximises performance. This connector is suited for high-frequency applications that require accurate and stable connections. They are perfect for such applications due to their compact size and durability.
Our SMA PCB connectors offer gold-plated contacts for better conductivity and corrosion resistance. Thus, the connections will be reliable and long-lasting. When building complicated electrical devices or communication systems, our connectors can provide the performance and durability you need.
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FAQs
What Are the Advantages of Using an SMA PCB Connector?
An SMA PCB connector offers wonderful rugged performance, thereby allowing its effortless integration into circuit boards to provide strong connections with high-frequency applications. It does not allow for signal loss, and it is perfect for use in telecommunications, RF, and microwave systems. To learn more, check the product page here.
How to Choose the Right SMA PCB Connector?
The SMA PCB connector selection would be based on frequency ranges, power handling, and also based on mounting styles. Hence, ensure your selected SMA PCB connector is compatible with your circuit board layout for maximal performance in your application.
What Factors Should Be Considered When Selecting an SMA PCB Connector?
Selection of the SMA PCB connectors would be based on operating frequency, impedance matching, and physical dimension while choosing the right SMA PCB connector. These factors ensure compatibility and reliable performance in your circuit design.
How Can I Troubleshoot Issues with an SMA PCB Connector?
A should be checked for loss of contacts, cosmetic damage inspection, and examination by a network analyzer for signal integrity. If any part of that does not work well, then replace it with a new connector.
What Applications Commonly Use SMA PCB Connectors?
SMA PCB connectors are used in any field, which includes networking, satellite telecommunication, or RF testing. Their reliability and high-frequency functionality make them an essential unit of modern electronic systems.