Product Description
SMA female PCB mount connector
Electrical Specification
Characteristic Impedance 50 ohm
Frequency Range DC 3 GHz
Dielectric strength 2500V RMS at sea level
Dielectric Resistance 5000 M
Insertion Loss
Center Contact Resistance 1
Center Contact Resistance
RoHS Compliance
High-Frequency PerformanceThis SMA female PCB mount connector accommodates frequencies up to 18GHz, making it suitable for applications like wireless communication and laboratory testing. Its precision engineering ensures stable, low-loss signal transmission, even in demanding environments.
Durable Construction for Diverse EnvironmentsFeaturing a silver-plated body and PVC insulation, the connector is well-suited for both indoor and outdoor installations. The rugged build helps withstand environmental stressors and provides long-lasting electrical integrity.
FAQs of SMA female PCB mount connector 18Ghz:
Q: How is the SMA female PCB mount connector commonly used?
A: This connector is typically used in RF and microwave circuits, test equipment, and communication devices for reliable board-to-external device connections. Its 18GHz rating supports advanced wireless applications.
Q: What distinguishes this connectors construction and materials?
A: The connector features a silver finish for excellent corrosion resistance, a PVC jacket for added insulation, and a single 0.94 mm/m conductor, all of which combine to ensure durability and signal integrity.
Q: When should I choose this connector for my project?
A: Select this SMA connector when you require secure, high-frequency transmission up to 18GHz, especially in projects or systems exposed to both indoor and outdoor environments.
Q: Where can I purchase this connector in India?
A: This connector is available through various distributors, manufacturers, suppliers, traders, and wholesalers specializing in RF components across India.
Q: What is the process for mounting the SMA female connector onto a PCB?
A: Mounting involves soldering the connectors leads to the PCB pads or through-holes, following the recommended mounting footprint to ensure optimal electrical contact and mechanical stability.
Q: What are the benefits of using a 0.94 mm/m conductor diameter in this connector?
A: A 0.94 mm/m conductor provides a good balance between current carrying capacity and sizing for RF applications, reducing signal losses and enhancing connector performance.