Description
Shakespeare PL-259-G Gold Plated Antenna Connector | Boat Supply Store
Maintain optimal VHF and HF radio performance in saltwater environments with the Shakespeare PL-259-G connector. Its gold-plated brass construction provides superior corrosion resistance and minimizes signal loss, crucial for long-range communications from offshore fishing platforms. Engineered for RG-8/AU and RG-213 coaxial cable, this solder-type connector ensures a robust connection capable of withstanding extreme marine conditions.
Key Features
- Achieve superior corrosion resistance with gold-plated brass construction.
- Minimize signal loss for clearer communications.
- Secure solder-type termination for a reliable connection.
- Precisely engineered for RG-8/AU and RG-213 coaxial cable.
- Built for marine-grade durability in harsh environments.
- Ensure signal integrity for critical communication systems.
- Designed for long-term performance on any vessel.
- Reliable for VHF and HF radio installations.
Specifications
| Product Specifications | |
|---|---|
| Connector Type | PL-259 (UHF) |
| Material | Gold-plated brass |
| Termination Type | Solder |
| Compatible Cable Types | RG-8/AU, RG-213 |
| Signal Loss Minimization | Yes (due to gold plating) |
Who This Is For
This connector is ideal for marine radio installers and boat owners undertaking antenna system upgrades who require a durable, high-performance connection. Electronics technicians also benefit from its robust construction for reliable marine communication system installations.
How It Compares
| Feature | Shakespeare PL-259-G Gold Plated Antenna Connector | Competitor |
|---|---|---|
| Connector Type | PL-259 (UHF) | PL-259 (UHF), PL-259 |
| Material | Gold-plated brass | Nickel-plated brass, Nickel-plated brass |
| Termination Type | Solder | Crimp, Solder |
| Compatible Cable Types | RG-8/AU, RG-213 | LMR-240, RG-8, RG-213, RG-214 |
| Signal Loss Minimization | Yes (due to gold plating) | Yes (inherent to LMR-240 cable), Standard |
Common Concerns Answered
Is the gold plating on the Shakespeare PL-259-G connector essential for marine use?
Yes, the gold plating provides superior corrosion resistance compared to standard nickel plating, significantly enhancing durability and maintaining optimal signal conductivity in harsh marine environments. This directly addresses concerns about long-term reliability and signal quality.
I'm concerned about the soldering requirement. Is it difficult?
While the connector itself is straightforward, achieving a professional, weather-sealed solder joint for marine applications requires some soldering proficiency and the correct tools. Inexperienced users may find this aspect challenging, but the resulting secure connection is critical for preventing signal degradation and moisture ingress.
Will this connector work with any coaxial cable?
The Shakespeare PL-259-G is specifically designed for RG-8/AU and RG-213 coaxial cables. Ensuring your existing or purchased cable matches these specifications is crucial for optimal fit and performance, mitigating potential compatibility issues.
Frequently Asked Questions
What type of coaxial cable is the Shakespeare PL-259-G connector designed for?
The Shakespeare PL-259-G connector is specifically designed for RG-8/AU and RG-213 coaxial cable types.
What material is the Shakespeare PL-259-G connector made of?
The Shakespeare PL-259-G connector is constructed from gold-plated brass.
What is the benefit of gold-plated connectors for marine use?
Gold plating offers superior corrosion resistance, which is essential for combating the harsh marine environment, and it helps maintain optimal signal conductivity, reducing signal loss.
Is the Shakespeare PL-259-G a solder-type connector?
Yes, the Shakespeare PL-259-G is a solder-type PL-259 connector.
What is the primary function of the Shakespeare PL-259-G connector?
The primary function of the Shakespeare PL-259-G connector is to provide a robust and reliable connection point for marine radio coaxial cables, ensuring signal integrity and durability in marine applications.
