Prototype PCB manufacturing, PCB prototype concerns, China PCB manufacturer_

Prototype PCB

PCB prototyping refers to the trial production of printed circuit boards before PCB mass production. The main application is the process of small batch trial production to the factory after electronic engineers design the circuit and complete the PCB layout. The production quantity of PCB prototyping generally does not have a specific boundary. Generally, engineers call it PCB prototyping before the product design is confirmed and tested.

Generally, there are two groups involved, one is the electronic engineer group, and the other is the PCB prototype manufacturer.

The prototyping stage is the most critical period for engineers. For manufacturing PCB, China SYS Tech has the experience of manufacturing PCB for more than 15 years (since 2006). Choosing SYS Tech not only shorten the manufacturing time of the PCB but also reduces the cost and get the high-quality boards.

You may go through many design iterations when developing a new PCB based design. You need to be able to test new designs quickly so that production can be completed in time, as a lengthy design process can lead to loss of revenue. The rapid speed of our prototyping services, combined with testing designs before production runs, can minimize wasted project expenditures and investment.

Standard production operations will also increase rapidly in terms of costs. The earlier you discover design defects or inefficiencies in a PCB design, the lower the cost of solving the problem. If you don’t use prototype PCB boards to test your design, you may have problems later in the production run - that is, after you’ve invested a lot of money into producing standard PCBs. Our PCB prototyping services are also suitable for small volume production.

Engineers also often use prototype PCBs to test a single function of more complex products containing multiple PCBs. Before adding the next level of functionality, they will order prototypes that perform the most basic functions. If you don’t test the features separately, you may encounter performance problems in subsequent processes, and not sure which board caused the problem. Through the prototype design of each function step by step, a lot of time and resources can be saved.

PCB prototype board testing

PCB prototype concerns

1. PCB manufacturing Speed
Products in the PCB market change all the time. In this industry, time is a very important factor. Delivery time and quality are the competitive strength of factories, and China PCB prototype manufacturers are also the most favored by engineers and factories. Now circuit board factories generally provide expedited services, and the normal delivery time of fast factories also is 2 days.

2. PCB prototype Quality
It is a trial production by engineers before the product design is confirmed and tested, and the quality cannot be ignored. From raw materials, schematic drawing, to production, testing, quality control, etc., every link needs to be strictly checked. For example, for ordinary double-sided boards, the raw materials generally include FR-4, aluminum substrate, CEM-1, etc., the thickness of the board is from 0.4mm to 3.0m, etc., and the thickness of copper is 0.5oz to 3.0oz. The difference of these materials causes the difference between quotations very large. At present, the better materials used by manufacturers are Shengyi, Isola CCL.

3. PCB prototype Price

With the development of the industry, the price of PCB prototype, small and medium batch PCB production is constantly falling. Use challenging prices to complete challenging tasks, which will be the price trend of the future circuit board prototype.

Preparations for PCB Prototype

1. Physical border production
The physical frame is a basic platform for future component layout and PCB prototype. Be sure to pay attention to accuracy. Furthermore, it is best to use arcs in the corners, which can not only avoid PCB being scratched by sharp corners, but also reduce stress. .

2. Introduce components and networks, and lay out components
When introducing components and networks into the drawn frame during PCB prototype, you must carefully follow the prompts, including the packaging form of components and component network problems. Because of the comparison tips, it is not easy to have problems. The layout of components and traces during PCB prototype has a great impact on the product's life, stability, and electromagnetic compatibility, and should be paid special attention to. Generally speaking, there should be the following principles: placement order, pay attention to heat dissipation.

3. PCB design and wiring and adjust and improve
It is best to pay attention to the requirements of processing parameters during PCB design and wiring, or discuss with a reliable PCB prototype manufacturer, the defective rate will be greatly reduced. After completing the PCB design and wiring, all you need to do is to make some adjustments to the text, individual components, and traces and apply copper plane (this work should not be done too early, otherwise it will affect the speed and bring trouble to the PCB design and wiring), also it is convenient for production, debugging and maintenance.

4. Check the network
Sometimes the network relationship of the drawn PCB board is different from the schematic diagram due to misoperation or negligence. At this time, it is necessary to check. Therefore, after drawing, you should check it first, and then carry out follow-up work.

The above is the introduction of what preparations need to be done before PCB prototype, we hope it can help you, and if you want to know more about PCB prototype information, you can contact us anytime.

Graphics card PCB -----------Handphone PCB

Graphics card PCB                                                                  Handphone PCB

Layer Count: 12                                                                        Layer count: 10

Board thickness: 1.8mm                                                           Board thickness: 1.0mm

Surface finish: ENIG                                                                 Surface finish: ENIG

Min. line: 3.9mil                                                                        Min. line: 4mil

Min. Hole: 6mil                                                                          Min. Hole: 0.2mm