Built for performance, this SMB Female Right Angle PCB Mount Connector ensures reliable signal transmission in RF applications. This RF coaxial connector SMB female PCB mount is perfect for GPS, Wi-Fi, GSM, and RF modules.
With 50 Ohm impedance and DC–4 GHz range, it ensures stable, high-frequency performance.
Crafted from gold-plated brass, this SMB RF Connector for PCB applications offers durability and conductivity.
USES
1. RF Communication Systems
Ideal for integrating into compact RF modules and wireless devices, this SMB Female Right Angle PCB Mount Connector ensures low-loss signal transmission up to 4 GHz.
2. PCB-Based Antenna Circuits
Perfect for board-mounted antenna connections in GPS, GSM, and Wi-Fi systems, this RF coaxial connector SMB female PCB mount offers reliable 50 Ohm impedance and gold-plated performance.
3. Test & Measurement Equipment
Used in signal testing instruments and RF analyzers where the SMB RF Connector for PCB applications provides stable, shielded connections in space-limited designs.
4. IoT & Embedded Devices
Widely applied in IoT hardware and embedded RF systems requiring durable PCB-mounted connectors with compact, right-angle form for tight enclosures.
5. Wireless Infrastructure Equipment
Trusted in telecom and wireless infrastructure devices for high-frequency PCB RF links where robust, gold-plated SMB connectors for PCB mount are essential.
FEATURES:
1. SMB Female Right Angle PCB Mount Connector design for compact PCB layouts and tight spaces.
2. Supports DC to 4 GHz frequency range for stable RF signal transmission.
3. 50 Ohm impedance ensures low-loss performance in high-frequency applications.
4. Made from brass with gold plating for enhanced conductivity and corrosion resistance.
5. Ideal RF coaxial connector SMB female PCB mount for GPS, Wi-Fi, GSM, and RF modules.
FAQS
1. Is this SMB female right-angle connector compatible with standard 50 Ohm RF PCB layouts?
Yes. This connector is designed with a 50 Ohm impedance and a through-hole PCB mounting style, making it fully compatible with standard RF circuit designs that require a compact, right-angle interface.
2. How well does this connector perform across the 0–4 GHz frequency range?
It offers consistent VSWR performance and signal stability from DC to 4 GHz, making it suitable for high-frequency RF signal routing in wireless modules, GPS devices, and compact communication systems.
3. What’s the advantage of using a gold-plated brass body in this SMB connector?
Gold plating over brass provides low contact resistance, superior conductivity, and long-term corrosion resistance — all essential for maintaining signal integrity in RF environments.
4. Is this connector suitable for automated PCB assembly or only manual soldering?
This is a through-hole (THT) connector, best suited for manual soldering or wave soldering. It is not ideal for SMT reflow, but its mechanical strength on the board is superior for rugged use cases.
5. Can this SMB female PCB connector be used in dense, space-constrained designs like IoT modules?
Absolutely. The right-angle orientation and compact form factor are ideal for high-density PCBs, IoT hardware, embedded RF designs, and antenna breakout boards where vertical clearance is limited.
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