SMA Female Right Angle PCB Connector, 50 Ohm, Solder Pin

The SMA Female R/A PCB Connector is a high-performance RF connector designed for precision signal transmission in high-frequency applications. With a 50-ohm impedance and a maximum frequency of 6 GHz, this right-angle PCB-mounted jack ensures minimal signal loss and excellent durability. Featuring a solder pin termination and through-hole mounting style, it provides a secure and reliable connection for RF circuits. Ideal for wireless communication, antennas, and high-frequency PCB designs, this SMA female connector delivers superior performance in compact layouts.

Key Features

1. RF Circuit Board Integration – Provides a compact, secure PCB mount for high-frequency RF modules, ensuring low signal loss and stable impedance in communication circuits.

2. Wireless Communication Devices—These devices are used in Wi-Fi routers, IoT modules, and Bluetooth transmitters, offering a right-angle SMA connection for efficient signal routing on PCBs.

3. Antenna Connections for RF Systems – Enables stable RF signal transmission in embedded systems, ensuring seamless antenna connectivity in telecom and GPS applications.

4. Test & Measurement Equipment—Ideal for RF test boards, analyzers, and lab instrumentation, this device provides a reliable 50Ω interface for precise signal monitoring and data transmission.

5. Satellite & Microwave Communication – Supports high-frequency operations up to 6GHz, making it suitable for microwave links, satellite receivers, and radar systems requiring PCB-mounted SMA connectivity.

FAQS

1. How does the right-angle design benefit RF PCB applications?
   A: The right-angle configuration minimizes PCB footprint, optimizes signal routing, and reduces mechanical strain, making it ideal for compact RF circuit designs.

2. Q: What is the significance of the 50Ω impedance in this connector?
   A: A 50-ohm impedance ensures minimal signal reflection, maintaining proper RF matching and low VSWR for optimal high-frequency signal integrity up to 6 GHz.

3. Q: How does solder pin termination enhance connection stability?
   A: The through-hole solder pin provides a robust electrical and mechanical connection, reducing RF leakage and ensuring long-term stability in PCB-mounted applications.

4. Q: What precautions should be taken during PCB soldering?
   A: Use controlled soldering temperatures to prevent thermal damage, ensure proper grounding, and align the connector precisely for optimal RF performance.

5. Q: Is this connector suitable for high-power RF applications?
   A: While primarily designed for low-to-moderate power RF signals, it supports high-frequency applications up to 6 GHz, making it ideal for telecom, IoT, and wireless communication systems.