wireless adapter cable BAT WIRELESS BWNJ-FAKRAC-RG58L1000 for 4G 5G Wi Fi GPS and IoT applications
Product Overview
The BAT WIRELESS BWNJ-FAKRAC-RG58L1000 is a high-performance RF coaxial adapter cable designed for wireless communication devices. It operates in the 0-6000 MHz frequency range and connects N-type male to Fakra-C type interfaces, ensuring stable, low-loss signal transmission. This cable is suitable for applications such as Wi-Fi modules, 4G/5G devices, GPS antennas, drones, and IoT terminals, effectively resolving compatibility issues between different interfaces. Its high-purity coaxial cable and optimized structure minimize signal attenuation and insertion loss. Classic application scenarios include wireless communication modules, test and measurement equipment, and IoT terminals for signal enhancement.
Product Attributes
- Brand: BAT WIRELESS
- Model Number: BWNJ-FAKRAC-RG58L1000
- Certifications: RoHS & REACH Complaint
- Connector 1 Type: N-type male
- Connector 2 Type: Fakra-C type
- Cable Type: RG58
- Cable Length: 1000 mm
Technical Specifications
| Parameter | Value | Unit | Notes |
|---|---|---|---|
| Product Type | Adapter Cable | ||
| Frequency Range | 0-6000 | MHz | |
| Input Impedance | 50 | ||
| Contact Resistance | < 1.0 | OC | |
| Insulation Resistance | > 5000 | M | |
| DC Voltage | 1500 | V | |
| Durability | 500 | Times | |
| Connector Type (Input) | N-type Male | ||
| Connector Type (Output) | Fakra-C Type | ||
| Cable Type | RG58 | ||
| Cable Length | 1000 | m | |
| Operating Temperature | -45~ +85 | ||
| Storage Temperature | -45~ +85 | ||
| Inner Conductor Material | Copper | ||
| Insulation Material | Low-density Polyethylene | ||
| Outer Conductor Material | Copper | ||
| Jacket Material | Polyvinyl Chloride | ||
| Impedance | 505 | ||
| Capacitance | 10010 | Pf/m | |
| Max Attenuation @ 400 MHz | 0.187 | dB/m | |
| Max Attenuation @ 800 MHz | 0.378 | dB/m | |
| Max Attenuation @ 1000 MHz | 0.58 | dB/m | |
| Max Attenuation @ 1800 MHz | 0.617 | dB/m | |
| Max Attenuation @ 2000 MHz | 1.76 | dB/m | |
| Max Attenuation @ 6000 MHz | 2.69 | dB/m |
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