N type connector
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N Type Male Straight RF Coaxial Connector, Crimp Type for Rg58/Rg142 Cable, Nickel Plated Brass
Industrial Low Pim N Type RF Coaxial Connector 50 Ohm 10GHz for Communication Systems
Antenna Wire Electrical Waterproof Type N Male Plug Clamp Connector for LMR600 Cable
Antenna Wire Electrical Waterproof Male Plug 25.4mm Sq Flange RF Coaxial N Type Connector 0.25-3mm Tab Pin
1/2" Leaky Cable IP68 RF Coaxial Male Plug Clamp N Type Electrical Waterproof Connector
Rg316 Cable N Type Jack Crimp Bulkhead RF Coaxial Connector
N Type RF Coaxial Jack Female Back Bulkhead Connector for Rg402.141" Coaxial Cable, 50 Ohm, Mic Certified
17.5mm Sq Flange N Type Female RF Coaxial Connector with Extended 9mm Insulator and 2mm Pin
N Straight Male RF Connector for 1/2" Super Flexible RF Cable Soldering Type
N Type Panel Mount Connector Female with 4 Hole Flange Solder Rg316 Rg178 Rg174
N-K7/8 N Type Female Jack Connector Clamp Type for 7/8" Feeder Cable
N Type Female Jack Bulkhead Connector Crimp Type for Rg195
Solder for 1/2" Corrugated Cable Terminals Molex N Type Pin Connector
N Male RF Coaxial Connector Crimp Type for LMR400 Coaxial Cable
RF N Type Panel Mount Connector for Power Divider Coupler Combiner
RF Coaxial N Type Female Jack 25.4mm Square Flange Connector For Rg402 (. 141") Cable
RF Coaxial N Type Male Soldering Connector for 1/2" Superflexible Cable
RF Coaxial N Type Female to N Female Adaptor Connector
RF Coaxial N Type Female Back Bulkhead Connector with Receptacle
RF Coaxial N Type Male Right Angle Clamp Connector for LMR300 Cable
RF Coaxial N Type Male Clamp Connector for 10d-Fb Cable
RF Coaxial N Male to N Female Right Angle Adaptor Connector B
RF Coaxial N Type Female 17.5mm Square Flange Connector With Extended 14mm Insulator And 3mm Pin
N Type RF Connector Sq 25.4mm 4 Hole Flange Mount with Teflon 4.7mm and Pin 8.1mm
N Female Connector N Type Straight Crimp Connector for LMR240 Cable
N Type Male Connector Crimp Solder Attachment for Rg58 Rg400 Coaxial Cable
Sourcing guidance for N Type Connector
What are the key technical specifications to consider when selecting N Type Connectors?
When sourcing N Type Connectors, you must prioritize Frequency Range and Impedance. Standard N connectors typically operate up to 11 GHz, but high-precision versions can reach 18 GHz. Ensure the impedance matches your system—50 Ohm is standard for RF/microwave applications, while 75 Ohm is used in some video/broadcast systems. Additionally, check the Voltage Standing Wave Ratio (VSWR); for high-quality performance, look for a VSWR of ≤1.15 at the operating frequency.
How do I ensure the durability and environmental resistance of the connectors?
N Type connectors are often used outdoors, so IP67 or IP68 waterproof ratings are essential to prevent moisture ingress. The material of the body should be Brass with Tri-metal (White Bronze) or Nickel plating to ensure corrosion resistance. For the inner contact, Beryllium Copper with Gold plating (at least 3u" to 30u") is recommended to maintain excellent conductivity and withstand at least 500 mating cycles.
What compliance standards are mandatory for international trade of RF connectors?
To ensure global market access and safety, the products must comply with RoHS (Restriction of Hazardous Substances) and REACH regulations. For technical interoperability, verify that the connectors are manufactured according to the MIL-STD-348 or IEC 61169-16 interface dimensions. This ensures that the N Type connector will be mechanically compatible with other standardized RF components regardless of the manufacturer.
What are the typical usage scenarios for N Type Connectors in a B2B context?
These connectors are the backbone of Telecommunications Infrastructure, specifically in Base Stations, Antennas, and Signal Boosters. They are also widely used in Test and Measurement equipment, Radar systems, and WLAN/GPS installations. Because of their threaded coupling mechanism, they provide a vibration-proof connection suitable for heavy-duty industrial environments.
Cross-Border Procurement Strategy for N Type Connectors
How can I mitigate the risk of receiving poor-quality RF components?
Request a VNA (Vector Network Analyzer) test report for each batch to verify return loss and insertion loss. For large orders, use Made-in-China.com's inspection services or third-party auditors like SGS to perform an on-site factory audit. This ensures the supplier has the precision CNC machinery and testing equipment necessary for high-frequency components.
What are the best practices for negotiating with RF connector suppliers?
Focus on Total Cost of Ownership (TCO) rather than just the unit price. Negotiate for tiered pricing based on annual volume commitments. If you require customization (e.g., specific cable assemblies), ask for free golden samples for lab testing before releasing the full deposit. Ensure the contract specifies that recycled copper is prohibited to maintain signal integrity.
What should I consider regarding shipping and transaction security?
RF connectors are small but heavy; for bulk orders, Sea Freight or Rail Freight is more economical, but for urgent samples, Express (DHL/FedEx) is preferred. Use Secure Payment terms such as Letter of Credit (L/C) or trade escrow services provided by Made-in-China.com to protect your funds until the goods pass quality inspection. Always clarify the Incoterms (e.g., FOB or DAP) to avoid hidden logistics costs at the destination port.





























