Wie lerne ich die Herstellungstypen von Leiterplatten in 3 Minuten?2020-06-24
Fünf Dinge, die Sie wahrscheinlich nicht über die Herstellung von Leiterplatten wussten.
Man kann sagen, dass elektronische Geräte um uns herum heute auf Hersteller sind. Sie verwenden elektronische Komponenten. Sowie:
- Und Transistoren fast ausnahmslos.
Die „Leiterplatte“ ist eine unverzichtbare Komponente, um sie alle in einem elektronischen Gerät zusammenzufügen. Man kann sagen, dass dies einen großen Einfluss auf die hohe Leistung heutiger elektronischer Geräte hatte.
PCB Board manufacturing definition
This printed circuit board is a green plate-shaped. I’m sure some of you may have touched it during the time of school technology.
However, since there are very few opportunities to know the function of pcb. And work, many people may not know what purpose the printed circuit board is used for.
This time, being professional PCB Board manufacturing company, we will introduce the roles and types of such printed circuit boards. The merits obtained by using them, and the structure.
Moreover, those who do not know the detailed characteristics of printed circuit boards. They will be amazed at the high performance.
The role of the printed circuit board
In the first place, the “printed circuit board” that is an insulator. Similarly, it is the “printed wiring board” in which the electronic parts.
It cannot be used as a component of electronic equipment in a printed wiring board.
The role of the printed circuit board changes depending on the type of electronic components.
But basically the main role is to transmit signals and send power. A special example is forming a high frequency circuit on a printed circuit board. Furthermore, it is a component that can give various roles depending on the processing method.
From Herstellercompany point of view, one of the functions of a printed circuit board is to combine electronic components. For instance: ICs and resistors in one place to make the structure of electronic devices easier to understand.
As a result, many electronic components can be built into a small electronic device. The printed circuit board is very effective in manufacturing high-performance electronic devices that are small in size.
Herstellung von Leiterplatten type
Printed circuit boards can be classified into many types based on the parts and structure used. Generally, the main types are as follows.
“Rigid board” is sometimes called the rigid pcb. This type of board often has hard copper or epoxy resin components. So Herstellung von Leiterplatten has high strength. Moreover, it is easy to mount electronic components.
A rigid and high-strength printed circuit board is called a rigid board. While a pcb that uses flexible plastic film is called a “flexible board.” This type of printed circuit board can be bent. Subsequently, it is often used for moving parts of electronic devices.
Rigid flexible board
A printed circuit board that combines a rigid board and a flexible board is called a “rigid flexible board”. This type of board has the advantages of both high flexibility and strength. In addition, it makes it easy to mount electronic components. But it also has the disadvantage of being slightly larger in size.
A printed circuit board with multiple layers is called a “build-up board”. This type of printed circuit board was mainly used as a component of high performance computers in the 1980s. Build-up Herstellerwas quite famous at that time.
Single-sided board PCB Board manufacturing
Of the rigid boards, those with printed or electronic components mounted on only one side are called “single-sided boards”. This type of printed circuit board is not suitable for forming complex electronic circuits. It has significant advantages in terms of cost reduction.
A “rigid board” is one that has both sides printed and electronic components mounted on it. This type of board is more suitable for forming a complicated electronic circuit than a single-sided board. Simultaneously, it has the disadvantage that it costs more.
Advantages of printed circuit boards
The reasons why Herstelleris so famous are as follows.
In the case of high-performance electronic equipment, various electronic components must be mounted inside the equipment. On the printed circuit board, such electronic components can be put together in one place.
Moreover, the space inside the equipment can be effectively used. So that the product itself can be made smaller.
Increased productivity of PCB Board manufacturing
When soldering electronic components without a printed circuit board, the work can only be done manually.
On the other hand, when mounting electronic components, it is only necessary to mount the components at a predetermined position. As a result, using printed circuit boards will greatly improve productivity.
If you can leave the Herstellung von Leiterplatten process of the product to the machine, you can reduce the labor cost. In addition, if the specified quantity can be produced in a short time, the electricity bill can be reduced accordingly.
It can be said that improving productivity has a great advantage in terms of cost reduction.
Among the printed circuit boards, especially flexible boards have excellent flexibility. And may be built in the moving parts of the product.
Therefore, in designing the product, it is not necessary to consider the space for incorporating the pcb.
Why design is important in PCB Board manufacturing?
The PCB design is the most important activity for Herstellung von Leiterplatten. Moreover, it is also crucial for design and production of electronic products.
In this article, we have summarized the most important phases of PCB design. For all types of printed circuit and for all types of product.
The PCB is used both to support the different components and to interconnect them via conductive tracks. The tracks allow the passage of electrical signals between the components of the circuit.
The simplest type of printed circuit consists of a non-conductive support. On which the copper tracks run.
When the two faces have conductive tracks, it is a two-layer PCB. Moreover, the tracks on both sides are connected by conductive holes.
The “multilayer” Herstellung von Leiterplatten allows maximum density of the components. It typically contains between 4 and 8 layers. Knowing that it is possible to reach 20 layers and more.
Designing a PCB requires specific software tools. It allows the various phases to be carried out quickly and efficiently.
This is the phase where the essential characteristics of the project are defined.
It consists of designing the electronic diagram.
- indicating the components
- their connections and
- The properties of the signals.
Components must be installed on the card. Taking into account the available space, connections and other factors
The geometric design of the tracks is based on the netlist. Produced by the diagram and defines the physical aspect of PCB Board manufacturing.
Thanks to the analysis and simulation tools. It is possible to test the characteristics of the Leiterplatten before putting it into production.
Proper preparation of documentation for production helps avoid errors when assembling the card.
The typical input for PCB production is a series of files in Gerber format. It defines the geometry of each layer of the PCB.
Today we have ODB ++, a much more practical alternative to the Gerber format. Because it contains all the data necessary for good PCB Board manufacturing.
Für die Montage der Platine sind weitere Unterlagen erforderlich. Sowie:
- die Stückliste
- Zeichnungen für die Montage
- die Dateien für das Pick-and-Place
- Andere spezifische Anweisungen für das Produkt.
Ersetzen der Platine auf Ihrer Festplatte: eine falsch gute Idee?
Elektronische Fehler verursachen Schäden an der Herstellung von Leiterplatten. Dies führt zum Verlust des Zugriffs auf Ihre Daten. Das Ändern der elektronischen Karte scheint daher das erste zu sein, was zu tun ist. Data Back macht Sie auf die Risiken aufmerksam, die dieser Eingriff für Ihre Festplatte und Ihre Daten darstellt.