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Custom high frequency pcb from professional pcb manufacturer china shenzhen with factory price in low cost.

The high frequency of electronic equipment is a development trend, especially in the development of wireless networks and satellite communications, the high-speed and high-frequency information products, and the standardization of voice, video and data for wireless transmissions with large capacity and fast communication products. A new generation of products that require high-frequency substrates. High Frequency PCB, HF PCB Types as below:

ROGERS PCB

PTFE TEFLON PCB

FR4+HIGH FREQUENCY PCB

High Frequency PCB Features

1, the impedance control requirements are more stringent, the relative line width control is very strict, the general tolerance is about 2%.

2. Due to the special plate, the adhesion of PTH to copper is not high. It is usually necessary to roughen the via and surface by means of plasma processing equipment to increase the adhesion of PTH hole copper and solder resist ink.

3, can not be used before the resistance welding, otherwise the adhesion will be very poor, can only be roughened with micro-etching water.

4. Most of the plates are made of PTFE. There are many burrs formed by ordinary milling cutters, and special milling cutters are required.

5. The high-frequency PCB is a special circuit board with a high electromagnetic frequency. Generally, the high frequency can be defined as a frequency above 1 GHz.

Its physical properties, precision, and technical parameters are very high, and it is often used in automotive anti-collision systems, satellite systems, radio systems and other fields.

In general terms, the PCB industry considers an RF circuit board to be any high frequency PCB that operates above 100MHz. Within the radio frequency class, anything above 2GHz is a Microwave PCB.

A High Frequency PCB Requires the Use of Specialized Materials

Special materials are required to achieve the high frequency provided by this type of printed circuit board - any changes in the Er value of these materials can affect the impedance of the board. Many PCB designers turn to Rogers dielectric material for its lower dielectric loss, reduced signal loss, lower cost of circuit fabrication and better suitability for fast-turnaround prototyping applications.

Apart from choosing the appropriate PCB material and determining the correct the value of the Er, designers should take parameter such as conductor width and spacing, substrate constant into consideration. These parameters must be exactly specified and implemented with the highest level of process control.

High Frequency PCB by PCBSky

We're a High Frequency PCB Manufacturer That Takes the Time to Assess Your Needs

PCBSky is an experienced high frequency PCB company who provides a reliable, superior-performing high-frequency PCB fabrication services.

We manufacture high-frequency PCBs with frequency typically in the range from 500MHz to 2GHz. The following table shows some of our common-use materials for High-Frequency PCBs manufacturing.

Check our capabilities by viewing the table found below:

Discuss your High Frequency PCB Project Today

For High Frequency PCB manufacturing price, please send your PCB file (Gerber format preferred | Preorder Checklist) & requirements using this contact form, we'll quote at quickest speed.

Wanna know our customizable high-frequency PCB solutions? Can't determine which PCB material is the best choice for your project? Require advanced specs which are not listed in the above table? Reach our engineers using the same contact form for practical solutions.

Choosing and Combining Your Materials

Many RF applications are multi-layer affairs and the properties of the board can be fine-tuned by mixing and matching different materials to strengthen the balance of electrical performance, thermal properties and cost.

Composite boards, often referred to as hybrid multi-layer PCBs, can be difficult to build because many layer-to-layer interactions must be taken into account for multiple steps along the PCB manufacturing process. Additional challenges also arise, such as a mixed-signal PCB design that combines analogue and digital components, generating a list of variables that becomes quite large. With so many current applications and emerging markets for RF, the future is bright indeed.

However, RF boards are clearly complex and have many variables that must be addressed and exhibit unusual behavior that is not shared with their lower-frequency cousins. While it may be challenging, it’s not “black magic.”

If you are seeking to manufacture RF PCBs and have questions relating to manufacturing or need a quote, PCBSky is here to help with their extensive engineering expertise.