A printed circuit board is an electronic circuit that consists of thin strips of copper. It is a vital element that has become common in most modern electronic devices. However, there are various types of PCBs.
There are single-layer PCBs, double-layer PCBs, multilayer PCBs, and others. Even though they are essential, some are used in more complex devices. One common PCB used in the complex device is a 10 layer PCB.
When you think of devices that need higher thermal dissipation, you need to be thick with 10 layer PCB. To help you understand this printed circuit board, here is all about 10 layer PCB.
What is 10 layer PCB?
10 layer PCBs are multilayer printed circuit boards used when six routing layers are needed. You use 10-layer printed circuit boards in applications that need proper electromagnetic conductivity.
10 layer PCB stackups come with numerous advantages. Apart from the good performance, you will have a good time working with 10-layer printed circuit board stackups.
One main benefit of 10 layer PCBs is their small size. Hence, you can be able to develop smaller and compact electronic gadgets that are now on the market. Another benefit is being lightweight. Since there are not several connectors, the PCB is light in weight.
10 layer PCBs are strong and can survive the impact of external pressure without getting damaged. Since it has multiple layers, the board can withstand external heat and other pressures.
Although 10 layer PCBs are not flexible, it is possible to get a chance to use flexible printed circuit boards. You can use flexible 10-layer PCBs in applications that need a bit of bending and fast applications.
An increase in the number of layers is also an increase in the surface area. Hence, more space for extra components. This means there are additional elements on the 10-layer printed circuit board stackup. Thus, more power to boost the performance.
Application of 10-layer PCB
10 layer is used in several applications across industries. The main aim of using the circuits is to reduce signal loss. Here are some of the applications of 10-layer PCBs.
*Consumer electronics –
one common application where you can find 10-layer applications is in consumer electronic industry. Here, they are used in devices that require high-frequency transmissions.
Also, you will find them in electronic gadgets that allow better thermal dissipation and good frequency transmissions when creating servers.
*Telecommunication industry –
this is the main industry where you will find the use of 10-layer printed circuit boards. However, PCBs are used in gadgets that require high transmissions.
Also, the circuit boards are beneficial due to their great heat dissipation. Hence, they are perfect for telecommunication devices.
*Industry processing sector –
another application for 10 layer PCBs is in the industrial processing sector. The circuit boards are primarily used due to their thermal dissipation.
With the 10-layer PCBs, you can reduce signal loss and better thermal dissipation. This will be very beneficial to the industrial processing sector.
*Medical industry –
since most medical pieces of equipment need the transmission of high-frequency signals, then 10-layer PCBs are of great importance in the medical sector.
Hence, the 10-layer printed circuit boards are ideal since they ensure better readings and reduced signal loss.
*Military and defense sector –
the defense and military sector is one area where 10-layer printed circuit boards are mainly used. This is because of the high transmission of signals, thermal dissipation, reduced signal loss, and other benefits.
With reliable PCBs that offer accurate readings and reduced signal loss, you can benefit from 10-layer PCBs.
you also find 10-layer printed circuit boards in the automotive sector. The sector uses the 10-layer PCBs because they provide the best thermal dissipation. They ensure great thermal dissipation without any signal loss.
*Aviation and aerospace –
you will also find 10-layer PCBs in the aviation and aerospace sector. PCBs are mostly used in the industry because of their excellent thermal dissipation and remarkable signal transfer.
What you should consider when selecting 10-layer PCB stackup
You pay close attention to some features when choosing 10-layer PCB stackups. This will ensure you get maximum performance from the boards. Moreover, you will be assured of a better signal.
*Arrangement of layers –
the first thing you need to consider is the arrangement of layers. It would help if you made sure the signal layers on the 10-layer PCB stackup are next to a plane. This will limit the number of signals that will be fixed between the planes.
*Signal return path –
it is important to check whether the 10-layer PCB stackup has a return path. This is very important because it boosts performance.
*Cost of PCB stackups –
it is also essential to have a budget. You need to determine how much money you want to spend on stackup. You need to understand that the higher the quality of the 10-layer PCB, the higher the cost.
What is the 10-layer PCB Manufacturing process?
Unlike other PCBs, 10-layer printed circuit boards have a different manufacturing process. This is because they must be of high quality and perform their tasks as required. The first step of manufacturing is 10-layer PCB fabrication.
In addition, many things need to be considered during the manufacturing process. For instance, you must view drilling material, stripping, etching, laminate, CNC milling and prepreg preparation.
When etching is done, it is inspected, and the board undergoes gold immersion. After this step, the final inspection is carried out.
Choosing 10-layer PCBs means you are looking for a great service. Happily, the circuit board is the best one for applications that require excellent thermal dissipation. 10-layer PCBs can be used in the medical industry, automotive, aerospace, aviation, and consumer electronics.
It is also important to think about the 10-layer PCB stackup budget. This is because the cost can be high. Nevertheless, the benefits of 10-layer printed circuit boards outshine the price. You can be assured of having a PCB that suits your needs.