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PCB Antenna Manufacturer
Get top-of-the-line PCB antennas when you partner with NHAIT. Our commitment to quality and innovation ensures our PCB antennas adhere to the highest industry standards.
We offer a wide variety of PCB antenna types, from PCB antenna WiFi to Bluetooth, for use in both commercial and industrial projects.
About PCB Antenna Technology
PCB or the Printed Circuit Board antenna is a type of radio frequency antenna that is designed to be mounted on a printed circuit board.
This type of antenna has become increasingly popular due to its compact size and its ability to be incorporated into electronic designs very easily.
Different PCB antenna types are created to cater to different radio frequency bands and applications.
PCB Antennas for your choice
WHAT WE DO
Wireless Communication Devices
Application
Internet of Things (IoT) Devices
Application
RFID and NFC Devices
Application
Automotive Applications
Application
Medical Applications
Application
Industrial Applications
Application
24/7 Towing Service
24/7 Assistance
Custom OEM PCB Antenna Solutions
WHO WE ARE
If you are looking for a manufacturer that can help your ideas take flight, look no further than NHAIT. We can help you create a custom PCB antenna that will exactly match your specifications. Contact us today and learn more about how our custom solutions can help you take your project to the next level.
Process in Design and Production for PCB Antenna
When it comes to printed circuit board antennas, there is no “one-size-fits-all” solution. At NHAIT, we believe that each customer should have a custom-designed PCB antenna that meets their exact needs. With us, you get the best of both worlds – quality and cost-efficiency.
01
Design Specifications
During this phase, our team will be working closely with the client to identify the exact specifications for their PCB antenna.
Produce Circuit Boards
NHAIT will then produce the PCBs needed for the perfect antenna. We take into consideration all design constraints such as layer count, board size, cutout shapes, and antenna position.
02
Solder Coaxial Cables
After the PCB boards are produced, our team will solder the coaxial cables to the board. We will make sure all connections are properly soldered and meet the client's exact specifications.
03
Testing
Once the PCB boards and coaxial cables are soldered, we will conduct a series of tests to ensure the antenna meets our quality standards and the client's specifications.
04
Our certification
process
Why Choose Us
At NHAIT, we understand that PCB antenna design is a complex and intricate process. That’s why our experienced engineers are here to help you every step of the way. We use advanced techniques and technologies to make sure your antenna functions as intended.
Best Prices
Our prices are the most competitive in the industry. We make sure to work with you in achieving the most cost-effective solution possible.
Reliable Partners
We have a wide network of reliable partners in the industry. This ensures that we can provide you with the best possible solution for your needs.
Quality Components
We use the highest quality components available to ensure maximum durability and performance from your PCB antenna.
Expertise
Our engineers have decades of experience in PCB antenna design and development, so you can rest assured that your product is in good hands.
successful projects
satisfied customers
R&D personnel
production equipment
monthly capacity
Most Popular Questions
COMMON QUESTIONS
A printed circuit board (PCB) antenna is a device used to transmit and receive electromagnetic waves. It consists of an etched or printed metallic structure placed on a substrate material, such as FR4 or polyimide. The substrate material provides the necessary support for the antenna, while the metal structure increases its performance by providing increased antenna gain and radiation efficiency.
Printed circuit board antennas are highly reliable, cost-effective solutions for a wide range of applications. They offer excellent performance in terms of gain, radiation efficiency, and bandwidth.
T=1/f Where T = Time F = frequency. That means that we can calculate the printed circuit board antenna size based on the frequency used for transmitting or receiving. The higher the frequency, the smaller the printed circuit board antenna will be.
Printed circuit board antennas are used in a wide range of applications, including wireless communication devices like smartphones and tablets, IoT devices, RFID and NFC applications, automotive and aerospace applications, medical devices, and industrial control systems. They are also used for tracking and identification purposes.
The range of printed circuit board antennas depends on the type and size of the antenna. Generally, printed circuit board antennas can have up to 250 MHz bandwidth. The range of printed circuit board antennas can also be adjusted by changing the antenna structure and substrate material.
A printed circuit board antenna is a printed or etched metallic structure on the substrate material. A chip antenna, on the other hand, is an integrated circuit that contains all of the necessary components for handling radio frequency signals. Chip antennas tend to be more efficient than printed circuit board antennas and are often used in high-frequency applications. If you are interested in getting one, feel free to contact us!
Our experts will answer any questions for you, click the button to contact us!
Why They Trust Us
TESTIMONIAL
Our clients
Feel free to reach out if you have any further questions or inquiries. Our team of PCB antenna designers and engineers is here to help you out with printed circuit board antennas and we guarantee that your satisfaction is our top priority. Contact us now!
Sales Support
Our team of sales professionals provide reliable technical support and advice on PCB antenna design.
Sample Test
We offer sample test requests to ensure the performance of our antennas.
Custom Solution
Get exacting and reliable custom solutions from NHAIT tailored to your unique requirements.