Quick Details
- Color:Black
- Product Type:Internal Antenna
- Frequency:600~6000MHz
- Gain:6dBi
- Technology:5G
- Impedance:50Ω
- Dimension:127x18mm
- Processing Time:10 Days
- Port:-
- Supply Ability: -
- Brand Name:ETEILY
A PCB antenna for 5G with specific requirements, including using a 1.13mm cable and a UFL connector. Here's a basic outline of how you might approach this:
Antenna Design: Choose a suitable antenna design for 5G. Microstrip patch antennas are commonly used for this purpose due to their low profile and ease of integration with
PCBs. You can design a microstrip patch antenna tuned to the frequency bands used in 5G.
PCB Layout: Design the PCB layout for your antenna. This involves creating the necessary traces and ground plane on the PCB. Ensure that the dimensions and shape of the PCB
antenna match your chosen antenna design.
1.13mm Cable Connection: Place a UFL connector on the PCB to connect the antenna to the 1.13mm cable. Make sure to follow the manufacturer's specifications for the UFL
connector and ensure proper grounding and impedance matching.
Cable Length: You mentioned a cable length of 10cm (L=10cm). Ensure that the length of the cable does not introduce significant signal loss or impedance mismatch. You may
need to adjust the length based on your specific requirements and the characteristics of the cable.
Testing and Optimization: Once the PCB antenna is fabricated, test it to ensure that it meets your performance requirements. This may involve measuring parameters such as
return loss, impedance matching, and radiation patterns. Based on the test results, you may need to optimize the design further.
Integration: Integrate the PCB antenna into your overall system design, ensuring proper placement and orientation for optimal performance.
Remember to consider factors such as antenna efficiency, bandwidth, and radiation pattern when designing your PCB antenna for 5G applications. Additionally, consult with RF engineers or antenna
design experts for more specialized guidance if needed.
