Mazi UHF(PL259) Male RF connector for RG58 ,LMR195, LMR200 solder cable
Original price was: ₹110.00.₹100.00Current price is: ₹100.00.
(-9%)The **UHF (PL259) Male RF Connector** for RG58, LMR195, and LMR200 cables is a reliable connector designed for secure, low-loss signal transmission. Featuring a solder-type attachment for the center conductor and outer shield, it ensures stable electrical and mechanical connections. Ideal for use in telecommunications, amateur radio, and wireless systems, it supports frequencies up to 1 GHz and provides durability with a nickel-plated brass body and gold-plated center pin.
Product details
The UHF (PL259) Male RF Connector for RG58, LMR195, and LMR200 solder cables is a high-performance connector designed for reliable RF signal transmission in various communication and wireless applications. Known for its robust construction and wide compatibility, this connector ensures secure connections with minimal signal loss.
Key Features:
Connector Type:
UHF (PL259): A threaded connector that offers a secure, reliable connection, often used in amateur radio and communication systems. Despite its name, it is used for frequencies below 1 GHz, typically in low to medium power applications.
Attachment Method:
Solder Type: The center conductor is soldered to the center pin, providing a strong and stable electrical connection. The outer shield is soldered or crimped to the connector body for a secure mechanical connection.
Cable Compatibility: Specifically designed for use with RG58, LMR195, and LMR200 cables, which are widely used in RF communication, networking, and wireless systems.
Material and Finish:
Body: Typically made from high-quality brass with a nickel-plated finish, providing excellent durability, corrosion resistance, and long-lasting performance.
Center Pin: Gold-plated for superior conductivity and minimal signal loss.
Impedance: 50 Ohms, ensuring optimal signal integrity and minimal reflection in most RF applications.
Frequency Range: Suitable for use in applications with frequencies up to 1 GHz, making it ideal for low to medium power RF communication systems.
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