Your Premier Embedded PCB Manufacturer in China

Your Professional Embedded PCB Supplier

PCBMay is one of the leading manufacturers and suppliers of embedded printed circuit boards in China. We are experts in developing PCB components for commercial and industrial sectors. As a professional manufacturer, PCBMay introduces you to our embedded PCB that will surely meet your needs.

Our PCB offers high integrity and miniaturization. It will help minimize the surface mount area and shorten the wire distance. We also make sure that it can resist high-temperature and allows stable connections between copper plating and component terminals.

It has a wide application. This product can be used for medical devices, smartphones, military equipment, and more. It is capable of increasing the routing area of interconnecting vias and traces. Our embedded PCB reduces electromagnetic interference and parasitic effects that will surely give profits to your business.

The PCBMay is suitable for any of your PCB industries. Smaller devices have complex that requires higher installation, but that is not a problem. Our company has an advanced manufacturing system that develops embedded circuit board technology for three-dimensional implementation. We assure you that our company can provide all the solutions you need.

We are producing embedded PCB with excellent performance and innovations. PCBMay assures you that this component passed through strict testing in quality before shipment. Our company is composed of professional engineers that make sure to meet all your demands.

PCBMay is your one-stop solution in the PCB industry. We are developing and producing high-quality PCB components for over ten years. Before shipment, we carefully checked each embedded PCB to avoid any damages and factory defects. We truly give value to your investments.

If you ever need more information about our embedded PCB, don’t hesitate to contact us anytime. We are glad to help you find your ideal products.

Embedded PCB: The Ultimate FAQ Guide

The embedded printed circuit board is the type of circuit board containing the embedded component. These components increase the functionality and performance of the printed circuit board.

To learn more about the embedded circuit board, continue reading the article. All your queries, questions, and doubt would be clear after reading this. This article includes authentic and verified information without any errors.

What is an Embedded PCB?

An embedded PCB is the most modern type of the printed circuit board industry.

They have embedded components present in them, and they reduce the risk of loss of signal integrity in their transmission.

Most of the printed circuit board industries are making use of this type of circuit board.

There is an exponential increase in the use of embedded PCBs in the printed circuit board industry.

Most modern systems use it. Space systems, military systems, automotive systems, satellite systems, and modern radar systems are using the embedded PCB.

Apart from this, different industries use it. The electrical industry, medical industry, aviation industry are making the best use of the embedded PCB.

The advanced devices have a gradual increase in their sizes due to the use of the embedded PCB components.

They do not occupy a lot of the space and keep the size of the device smaller.

Due to the usage of the embedded PCB, there is an increase in the IP protection of the devices.

Moreover, there is an increase in the reliability of modern electronic devices.

By using embedded circuit board, the loss in the signal transmission is minimal.

A high technology embedded PCB

What are the Applications of Embedded PCB?

The embedded has a wide range of applications due to its advanced configuration.

The printed circuit board industry is using it on a wide scale. The industry is using it for the production of high technology printed circuit boards.

Many industries like the engineering industry, medical industry, and aviation industry are using it.

In the medical industry, different devices use embedded PCB. The device that monitors blood glucose level, heart rate, and blood pressure rate uses it.

They make the use of modern devices more easy and comfortable.

Apart from this, the aviation industry is using the embedded PCB more often.

They use them in aircraft carriers, satellites, and space aircraft.

You must ensure the correct and precise usage of the embedded printed circuit boards in the aviation field because their missions are very critical.

Any flaw in the configuration of the embedded PCB can cause damage to the system.

Apart from that, many systems make use of it. Like automotive systems, radar systems, the military, and naval systems make us of the embedded printed circuit board.

The different applications of the Embedded PCB designs

What is the Design of Embedded PCB?

The design of the embedded PCB is a crucial matter because it would affect the working of many important machines and devices.

For the designing of the embedded PCB, many hardware designers and firmware designers come forward. They make it happen successfully.

You have to make a good design plan before you start it.

At the initial stage of the embedded PCB designing, you have to start by analyzing the products. It means the products or components you are going to need for the designing of the PCB.

You have to select different components according to the requirements of your clients.

You have to make different specifications according to different environmental conditions.

The indoor embedded PCB is different from the outdoor embedded PCB.

After the components selection, the designer has to make a schematic for the embedded printed circuit board.

The next most important step is the designing of the PCB. Once you get your schematic, start putting up the components.

It requires a lot of effort and precision.

The layout you make for the embedded PCB must go through the DRC test for inspection.

It detects any type of defect in the layout.

Make a prototype.

After this, develop a firmware of the embedded PCB.

After you have completed all the designing of the embedded circuit board, perform a different quality test for its acceptance.

A high technology embedded PCB Design

What are the Benefits of Embedded PCB?

There are many benefits of the embedded PCB due to its great efficiency and functionality.

The embedded circuit boards have revolutionized the printed circuit board industry.

By using an embedded PCB, you can decrease the signal transmission loss to another level.

You can maintain signal integrity by using it

They have made changes in the sizes of the PCBs.

The circuit boards have become smaller and more efficient due to the embedded components.

Due to the smaller size, they do not take a lot of space in any device.

There is an increase in the IP protection of different devices due to the use of embedded PCB in them.

Moreover, there is a sudden increase in the durability and reliability of the devices because of embedded circuit boards.

The embedded PCBs have high-performance efficiency.

It is the reason most modern-day industries are making use of the embedded circuit board.

What are the Different Components of the Embedded PCB?

There are different types of embedded PCB components that you can use for its manufacturing.

The type of the embedded PCBs depends on whether it is placed or formed. Present inside the layers of the circuit board.

The components that you can embed in the embedded PCB include resistors, bumped bare dies, capacitors, transistors, inductors, SMD components, and bare dies.

There are two most important types of embedded PCB.

They are:

Discrete/ placed embedded components

Formed embedded components

Discrete/ placed embedded components:

These components are discrete components that are placed in the inner layers of the embedded circuit board during its assembly.

The discrete components consist of already manufactured active or passive devices.

These components play an important in the functionality of the printed circuit board.

Formed embedded components:

On the contrary, the formed components are those that have been formed in the inner layers of the circuit board.

You can manufacture them during their assembly.

They are embedded passive components such as R, L, and C.

The embedded components are of a wide range and have a great number of applications.

The different components of the high-tech embedded PCB

What is the Assembly Process for the Embedded PCB?

The assembly process of the embedded PCB is one of the critical processes.

The printed circuit board industry takes maximum precautionary measures during this stage.

The assembly process of the embedded PCB involves a mounting procedure. You can use thru-hole mounting or solder pad mounting.

For the assembly, you have to decide on different procedures of design.

A successful process is present that is involved in the assembly of the embedded PCB.

If the embedded PCB is a double layer, the assembly process starts with the fabrication of the double-layered before the coating of solder.

The assembly process includes the placement of different components.

You can embed them in the cavities of the circuit board, due to which the size of the circuit board is minimal.

You can do the printing of solder, mounting, and wave soldering procedure before the insulation of the embedded circuit board.

Later you can do the hot pressing of the layers of the circuit board.

At the end of the process, perform the final coating and cleaning of the board.

The assembly process of high technology embedded PCB

What are the different Mounting Methods used in Embedded PCB?

The mounting method means the method through which you can place the different components on the circuit board.

Two types of mounting methods are present that you can use for the embedded PCB.

These methods are:

Solder pad/ pad mounting method

Through-hole mounting method

Solder pad/ pad mounting method:

The solder mounting or pad mounting is the type in which you can mount components directly on the solder pad.

It involves chip and bare-wire mounting procedures.

This type of mounting of components is much more effective and cost-friendly.

By using this type of component mounting, you can increase the density of the component.

Moreover, it also increases the power of processing.

Through-hole mounting method:

In this type of mounting of the components, you can connect the components with lead.

Then insert the lead in the holes present in the circuit board. You can attach the components to the pad with the help of manual soldering or automatic soldering.

This type of mounting is lesser efficient than pad mounting.

In this type of mounting, there is no need for soldering of the embedded components.

The different mounting methods of high technology embedded PCB

What are the Features of Embedded PCB Devices?

The embedded printed circuit boards have many good features that make them much more efficient than other PCBs.

The best and most important feature of the embedded PCB is the embedment of the chip components.

It results in the reduction of the area for mounting.

It increases the IP protection of the devices.

You can maintain the integrity of the signals with the help of the embedded circuit board.

In the embedded circuit boards, you can install short wires between surface-installed ICP’s and embedded components.

It results in the improvement of the electrical properties of the embedded PCB.

In addition, there is lesser resistance between the components because they are short-pitched.

They are part of the most modern devices.

How can Embedded PCB improve the Performance of the Device?

One of the major purposes of the embedded PCB is the miniaturization of the circuit board.

It very effectively reduces the size of the circuit board. Due to the size reduction, it is easy to put in small places.

Most of the circuit board industry uses it because of its small size.

However, due to the components that are short-pitched, they show the least resistance.

You can use the embedded circuit board in different kinds of devices. It gives maximum IP protection to the device.

Moreover, the embedded PCB increases the durability, working efficiency, and reliability of the embedded printed circuit board.

You can also increase the mechanical and electric strength of modern devices by using an embedded circuit board.

You can also reduce the parasitic effects in the circuits of the devices by reducing the electrical path lengths.

What are the Types of Embedded Components used in Embedded PCB?

Three types of the embedded components are there that you can use in the embedded PCB.

These two types are the most important for the good configuration of the embedded circuit board.

These types are active embedded components, passive embedded components, and electromechanical embedded components.

These two types are very different from each other.

Moreover, their functions vary greatly from one another.

The passive components make up most of the components of the embedded PCB.

The passive components cannot introduce the net energy in the embedded circuit board.

The types of passive embedded components are capacitors, resistors, inductors, and transformers.

On the contrary, the active type of the embedded PCB components requires the source of electrical energy to start its operation.

They are the opposite of the passive embedded components.

Examples of active embedded components are transistors, vacuum tubes, and diodes.

The third type of the embedded component is electromechanical components.

The electromechanical components carry out functions either with the help of electrical energy or by moving parts.

The types of electromechanical embedded components are relays and switches.

The different types of the Embedded PCB components

How can You do an Inspection of Embedded PCB?

There are certain types of tests that you can perform for the inspection of the embedded PCB.

The first test that you can use for embedded PCB is the DRC test.

It stands for the design rule-checking test.

You can perform this test before the finalization of the circuit board.

Apart from this, you can perform an environment stability test for the embedded circuit boards.

You can perform this test for the circuit boards that are present in a harsh environment like high temperature, humidity, or winds.

Moreover, an electrical strength test is there to check the electrical connection.

It ensures that the connections are working properly.

In addition, a mechanical intensity test is also present.

This test checks the soldering intensity of different components of the embedded PCB.

Moreover, you can also perform a test to check the solder quality of the components.

You can apply AXI material on components to check the quality of their solder.

The automated inspection of the high technology embedded PCB

What is the Difference between Normal PCB and Embedded PCB?

There is a wide range of differences between embedded and non-embedded PCBs.

You can design the embedded PCB just to control the hardware.

Typically, you can write them in assembly language. Because they are able to do one task only.

Examples of the embedded systems are ATM machines, washing machines, etc.

On the other hand, the high-purpose machines use non-embedded PCB in them.

The program written for it is in a high-level language.

They can do a wide range of tasks, unlike embedded PCB.

Examples of non-embedded PCB systems are phones, tables, PC, etc.

They get better, and efficiency increases with time.

The flexibility of the non-embedded system is greater than an embedded system.

What kind of Devices use Embedded PCB?

Many types of devices are there that use embedded components in them.

Many small phone devices have passive embedded components present in them.

Different types of the telephone use embedded circuit board in them.

Moreover, daily routine machines like washing machines use them as well.

Some of the digital cameras also have the embedded circuit board present in them.

Laptops and daily-routine PCs or desktops also have this circuit in them.

You can also see that the machines, which are not very complex uses, embedded printed circuit boards.

They have applications in a wide range of devices.

The different types of devices that use embedded PCB

What Software Can You Use for the Making of Embedded PCB?

There is a wide range of software that you can use for the designing of the embedded PCB.

Among them, the major tool for the design and layout of the embedded PCB is the Altium designer.

It is one of the most authentic types of software.

Moreover, you can use Eagle Cad, OrCAD, KiCad, and PCad.

In addition to this, you can use Cadence Allegro.

You can also use EasyEDA.

All this software allows the designer to make the successful designing of the embedded printed circuit board.

The names of different software for the Embedded PCB designing

How can Resistors Improve the Performance of Embedded PCB?

The embedded resistors are the passive device in the circuit board, which enhances the working of the embedded PCB.

There are many benefits of using such passive devices.

They reduce the resistance and cross-talk between different components of the board.

Moreover, they also help the reduction in the parasitic capacitance and electromagnetic interference of the circuit board.

They also increase the area for routing for other components because they occupy little space on the board.

They also increase the integrity of the transmitting signals.

They perform a remarkable reduction in the noise produced by other components of the circuit board.

There is no requirement of vias for the resistor of the circuit board.

What is The Role of Embedded Capacitors in Embedded PCB?

There are many benefits of using the capacitor in the embedded Printed circuit boards.

By using the embedded capacitor in your circuit, you can reduce the equivalent series resistance.

They also reduce the electromagnetic interference present in the circuit.

These embedded capacitors of the printed circuit board have a minimum impedance in the circuit.

Moreover, they have high capacitance at higher frequency circuit boards.

The role of impedance in the circuit is much critical, comparing to the capacitance at high frequency.

They provide the option of built-in decoupling.

With the help of the embedded capacitors, you can reduce the noise production between different components of the board.

Comparing to the other types of capacitors, they have a reduction in the emission of radiation. An example is surface mount capacitors.

How Many Layers Are Present in Embedded PCB?

The most common type of the embedded system has four layers present in them.

The number of layers varies in different types of the printed circuit boards.

They can be double layers, single-sided layer, and four layers or have multiple numbers of layers present in them.

These layers provide insulation to the components of the board.

Some types of the embedded PCBs have 3 number of layers in them.

The number of layers of the embedded PCB depends on the type and complexity of the circuit board.

The highly complex circuit boards have a greater number of layers compared to the other types.

However, you can also customize the number of layers according to the requirements of your clients.

The number of layers always depends on the type of project.

From Where Can You Obtain Embedded PCB?

You can obtain the embedded PCBs from a highly reliable source i-e PCBMay.

They are the most trustworthy providers of the embedded PCB.

Their location is in China.

They have the most satisfied customers around the globe. They provide exceptional services to their clients.

PCBMay is providing to more than 60 countries in the world.

They have extensive numbers of stores around the world.

In addition, they also have warehouses in different parts of the world.

The printed circuit board they would provide you with has gone through different types of quality assurance tests.

Moreover, they have accreditation of many quality tests.

If you want to make an order, do visit their website.