Telegärtner Conector N de crimpagem para RG-213/U, 50 Ohm, reto, latão niquelado, contacto dourado, 1 unidade (J01020A0107)

For reliable RF connections up to 11 GHz, this Telegärtner N connector stands out with its precision-machined brass body and gold-plated center contact. Unlike generic alternatives, it is engineered specifically for RG-213/U and comparable low-loss cables, ensuring consistent impedance and minimal signal loss in demanding installations.

Highlights

• N-Type male (plug) connector with 50 Ohm impedance
• Crimp termination for both center and outer conductor – secure and vibration-resistant
• Compatible with RG-213/U, RG-8, H 1000, and LMR-400 cables (cable group G37)
• Frequency range DC to 11 GHz, typical VSWR < 1.2 at 6 GHz
• Nickel-plated brass body, gold-plated brass contact, PTFE insulator
• Straight body style for cable mount, RoHS compliant
• Supplied as 1 piece

In daily use

Whether you are assembling antenna feeders, test leads, or base station cabling, this connector delivers repeatable performance. The crimp design requires standard crimp tools and provides a gas-tight bond that resists pull-out and environmental degradation. Its wide operating temperature range from -40°C to +85°C makes it suitable for both indoor and outdoor applications.

Full specifications

• Connector series: N-Type
• Gender: Male (plug)
• Impedance: 50 Ohm
• Termination method: Crimp (center and outer conductor)
• Compatible cables: RG-213/U, RG-8, H 1000, LMR-400
• Cable group: G37
• Frequency range: DC to 11 GHz
• Body material: Brass
• Body plating: Nickel
• Contact material: Brass
• Contact plating: Gold
• Insulator material: PTFE
• Mounting type: Cable mount
• Body style: Straight
• Operating temperature: -40°C to +85°C
• VSWR (typical): < 1.2 @ 6 GHz
• RoHS compliant: Yes
• Packaging quantity: 1 piece

Final note

Telegärtner's precision manufacturing ensures this connector meets the exacting standards required for professional RF installations, offering low loss and high durability in a compact form factor.