UHF Socket to N Socket Adapter – PL-259 to N Female | UHF Female to N-Type Connector

UHF socket to N socket adapter with UHF female (SO-239) to N female interface. Converts PL-259 to N female for RF, antenna, and telecom applications. Durable, low-loss, and secure fit.

USES

1. Connector Type: UHF female (SO-239) to N female adapter

2. Build Quality: Durable nickel-plated brass for long-term use

3. Signal Performance: Low-loss design ensures reliable RF transmission

4. Universal Fit: Compatible with standard PL-259 and N-type cables

5. Threaded Coupling: Secure connection prevents signal drop or interference

FEATURES

1. Ham Radio Setups – Connect PL-259 cables to N-type antennas

2. Antenna Systems – Adapt RF connectors in custom antenna installations

3. Telecommunication Equipment – Interface between UHF and N-type ports

4. Test Benches – Enable flexible connector configurations in labs

5. Surveillance & IoT – Used in RF-based security or smart systems

FAQS

1. What is the impedance compatibility of this UHF to N female adapter?
This adapter bridges a non-constant impedance UHF (SO-239) connector with a 50-ohm N-type female, making it suitable for general RF applications where precise impedance matching isn’t critical.

2. Can this PL-259 to N female adapter be used in VHF/UHF bandpass systems?
Yes, it’s commonly used in VHF/UHF systems (below 300 MHz), though for higher frequencies or precision RF chains, fully 50-ohm matched adapters are recommended.

3. Is this UHF female to N female adapter suitable for high-power RF transmission?
Yes, it supports moderate-to-high RF power levels, depending on cable and system configuration. The metal body and secure threading help dissipate heat and prevent arcing under load.

4. Are there any dielectric limitations in this UHF to N socket interface?
The dielectric is PTFE or equivalent, offering reliable insulation and thermal performance up to +165°C, suitable for most lab and field deployments.

5. Does the adapter maintain shielding integrity between UHF and N-type terminations?
Yes, the full-metal enclosure and threaded interface ensure RF-tight shielding, minimizing EMI and leakage even in dense RF environments.