Fakra Jack(Female) Straight for RG58, RF195, 50ohm, 4GHz, I code (Beige)
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RF Connector Fakra Jack(Female) Straight for RG58, RF195, 50ohm, 4GHz, I code (Beige)
Applications:
GPS Navigation Systems
Vehicle Antennas (AM/FM, DAB, Satellite Radio)
Rear View Cameras and ADAS Systems
Automotive Radar and V2X Communication
In-vehicle Wi-Fi, LTE/5G Connectivity
In-car Entertainment and Digital TV Systems
eCall Emergency Call Systems
Industrial Automation and Logistics Tracking
▶ View Full Application List
Fakra Connector Features and Benefits:
Color-Coded & Keyed Design:
- Avoids mismating with intuitive color and mechanical coding – ideal for complex automotive and RF systems.
- Secure connection with audible “click” for high vibration environments like vehicles or industrial machinery.
- Up to 4 GHz performance at 50 ohm impedance – perfect for GPS, cameras, antennas, and infotainment.
- Meets USCAR and ISO standards – resistant to shock, heat, moisture, and vibration.
- Available in straight, right-angle, PCB, bulkhead, and cable-mount types for design flexibility.
- Standardized interface ensures cross-platform interchangeability.
FAQ:
Is this Fakra connector available in other color codes, and is there a minimum order quantity (MOQ)?
This connector is an I-code (beige) Fakra female/jack, designed to match the standardized color-coded system for automotive applications. It is not interchangeable with other codes (e.g., C, D, K). However, Z code Fakra male/plug can mate with it because Z code is designed for all codes. The typical MOQ is 500 pieces, but we offer flexible order quantities depending on the project needs.
Step1. Get all parts of Fakra RF connector ready as connector drawing showes.
Step2. Strip the RF coaxial cable into center conductor, insulator, shielding three parts per recommended stripping dimension shown in Fakra RF connector spec.
Step3. Slide the heat shrinking tube, then ferrule onto the cable jacket.
Step4. Insert the center conductor of the cable into the contact pin of Fakra female/jack and then solder through the side hole.
Step5. Spread out the shielding and put the contact pin into main body until it stops, and then cover shielding onto the knurled barrel.
Step6. Slide the ferrule over the shielding, and proceed the first open-short test to make sure signal can transmit well.
Step7. Crimp the ferrule.
Step8. Heat shrink the shirking tube.
Step9. Do the open-short test for the fully assembled Fakra female cable.
Yes, it is designed with a 50Ω impedance and provides a maximum VSWR of 1.5 from DC to 4GHz. It is suitable for automotive RF applications such as GPS, LTE, and other high-frequency signal transmissions.
| Parts Status | Active |
| Series | Fakra |
| Gender | Female Body/Female Pin |
| Coupling Mechanism | Fakra Locking |
| Orientation | Straight |
| Termination Style | Cable-Crimp |
| Contact Termination | Crimp |
| Ground Termination | Crimp |
| Mounting Type | Not Applicable |
| Mounting Feature | Not Applicable |
| IP Rating | Not Rated |
| Terminates to Cable | RG58, RF195 |
| Isolated | No |
| Extended Dielectric | No |
| Impedence | 50ohm |
| Frequency (Max.) | 4GHz |
| VSWR (Max.) | 1.5 |
| Body Material | Brass |
| Body Finish | Nickel |
| Center Contact Material | Phosphor Bronze |
| Center Contact Finish | Gold |
| Dielectrica Material | Teflon(PTFE) |
| Temp. (Max.) | 100℃ |
| Temp. (Min.) | -40℃ |