N-type connectors are threaded, coaxial coupling devices known for their robust anti-vibration performance and excellent electrical properties, with a standard frequency range up to 11GHz. However, they can support frequencies reaching up to 18GHz. These connectors are versatile, compatible with various RF cables, and are widely used in sectors such as aviation, radar systems, microwave and digital communications, as well as test and measurement instrumentation.
We offer customization services for N-type connectors and adapters to meet diverse customer requirements. Whether you need a straight or right-angle configuration, flange mount or bulkhead mount, we can tailor our products to your specifications.
Specification
Note:The specific data of the model are based on the data in the product specification sheet.
Electrical Characteristics | ||
Impedance | 50Ω | |
Frequency Range | DC~11GHz(Max.18GHz) | |
Rated Voltage | 1000VRMS*(Max.Sea Level) | |
Dielectrics Voltage-resistance | 1500VRMS*(Max.Sea Level) | |
Insulation Resistance | ≥5000MΩ | |
Center Resistance | Outer conductor | ≤0.5mΩ |
Center conductor | ≤1.5mΩ | |
VSWR | ≤1.3 | |
Material & Mechanical Characteristics | ||
Center Conductor | Male | Brass, Gold plated |
Female | Phosphor Bronze, Gold plated | |
Resilient Contact | Phosphor Bronze | Nickel Plated Passivated |
Shell / Housing | Brass Stainless steel | Gold plated Passivation |
Cable Clamp | Brass | Nickel Plated |
Insulator | PTFE | |
Gasket | Silicone Rubber | |
Durability | 500 Cycles |
Detailed Drawing
Features
Components: It mainly consists of outer conductor, inner conductor, insulator and locking mechanism. The outer conductor is usually made of metal materials, with good electrical conductivity and mechanical strength, as a signal transmission loop, while playing a role in fixing and protecting the internal p
arts; the inner conductor is also a metal material, and the outer conductor together constitute a signal transmission channel, the design needs to ensure that the signal transmission of low-loss and high-efficiency; insulator is located in the inner and outer conductor between, used to isolate the two, to prevent short-circuit signals, the material usually The insulator is located between the inner and outer conductors, used to isolate the two and prevent signal short-circuit, the material is usually selected dielectric constant stability, good temperature resistance; locking mechanism that is, the threaded structure, can ensure that the connector in the vibration or shock environment to maintain a stable connection.
Applications
Wireless communication system: In mobile communication base stations, radio broadcasting towers and other equipment, it is used to connect transmitters and receivers with antennas to transmit RF signals. Its wide bandwidth characteristics can cover the signal range from DC to 11GHz or even higher frequencies, which meets the demand of modern wireless communication for high frequency band and large bandwidth. For example, RF signal transmission in 4G/5G base stations requires N-type connectors to ensure stable signal transmission.
Microwave communication: In microwave transmission systems, such as satellite communication ground stations, microwave relay stations, etc., N connectors are used to connect various microwave equipment, including mixers, power amplifiers, filters, etc., to realize efficient transmission of microwave signals. Due to its low loss and high shielding, it can effectively reduce the attenuation and interference of the signal in the transmission process and improve the communication quality.
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* Standard Export Carton
* According to customers' requirements
NOTE:
We have over 10,000 types of N Type Connector, if the connector you are using is not found, please contact us with your details.