UHF Male PL259 to Female SO239 Tee Connectors

UHF Male PL259 to Female SO239 Tee Connector – High-Performance RF Signal Distribution Solution

Engineered for precision and reliability, this UHF male PL259 to female SO239 tee connector is an essential component in modern radio frequency systems. Designed as a three-way coaxial adapter, it allows seamless signal splitting or combining across amateur radio setups, wireless communication networks, and antenna installations. With minimal signal degradation and robust construction, it delivers consistent performance across a wide bandwidth—from VHF through UHF bands up to 6 GHz.

Key Features:

• Ultra-low insertion loss of just 0.1 dB at frequencies up to 6000 MHz, ensuring efficient power transfer without signal distortion
• Excellent VSWR rating of 1.15, indicating high impedance matching and reduced reflection losses
• Precision-machined brass body with nickel plating for corrosion resistance and enhanced conductivity
• Internal copper conductors minimize attenuation—ideal for long cable runs and sensitive RF environments
• Compact tee design simplifies integration into crowded RF panels, equipment racks, or field deployments

This UHF splitter adapter bridges legacy PL-259 connectors with modern SO239 interfaces, making it ideal for upgrading older antennas, repeaters, or base stations. Whether you're configuring a multi-antenna system for improved coverage or distributing a single signal to multiple receivers, this device ensures stable connectivity with negligible interference. The durable metal housing resists environmental stressors such as moisture, vibration, and temperature fluctuations—perfect for both indoor lab use and outdoor deployment in rugged conditions.

Common Applications:

Amateur radio operators frequently rely on this connector to feed signals to dual receivers or combine outputs from different transmitters. It’s also widely used in commercial wireless LAN infrastructure, where Wi-Fi access points require external antenna connections via UHF ports. In addition, telecom engineers utilize it during site surveys and temporary installations involving portable radios, mobile base stations, and satellite communication gear. For professionals working with RF test equipment, the low return loss and tight tolerance make it suitable for calibration setups and signal monitoring applications.

User Feedback Highlights:

Users consistently praise its plug-and-play functionality, noting how it eliminates the need for custom adapters or soldering. Many mention improved signal clarity when using it with high-gain antennas or directional Yagi arrays. Field technicians appreciate its compact footprint and ease of installation—even in confined spaces like vehicle-mounted systems or rooftop enclosures. One reviewer noted, “This connector works flawlessly with my ham radio setup and has made antenna switching much easier.” Another added, “I’ve tested several brands—I’m impressed by how well this one holds up under daily use.”

Frequently Asked Questions:

Is this connector compatible with all types of coaxial cables? Yes, it fits standard RG-58, RG-8X, and other UHF-rated cables commonly used in radio and data transmission systems.

Can I connect two antennas to one transmitter using this? Absolutely—it serves as a reliable 1-to-2 distribution point for balanced signal routing in multi-antenna configurations.

What makes this better than cheaper alternatives? Unlike plastic-bodied or poorly plated connectors, this unit uses nickel-plated brass with precision internal contacts, resulting in superior durability, lower signal loss, and longer service life.

Whether you’re building a new RF network, maintaining existing equipment, or optimizing your hobbyist rig, the UHF Male PL259 to Female SO239 Tee Connector offers unmatched versatility, quality, and value. Its optimized electrical characteristics, rugged build, and universal compatibility make it a trusted choice among engineers, installers, and enthusiasts worldwide.

Product Categories : RF Coaxial Connector > Uhf Connector