14 Layer PCB

14 Layer PCB

Product introduction With the use of high-density interconnection technology, a 14-layer PCB is able to condense multiple interconnection layers into one compact board, resulting in more available space for other components within the device. This technology also improves signal efficiency by...
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Description

Product introduction

With the use of high-density interconnection technology, a 14-layer PCB is able to condense multiple interconnection layers into one compact board, resulting in more available space for other components within the device. This technology also improves signal efficiency by allowing signals to travel across the board at a higher speed while limiting the risk of signal interference or loss. These boards are known for their reliability and ability to perform steadily even when exposed to high humidity and temperature. To meet the unique needs of each customer, we offer customizable sizes and a variety of additional circuit board options. Come see for yourself the benefits that a 14-layer PCB can bring to your technology!

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Specification

14 layer pcb

Line width and line distance: 4MIL

Plate thickness: 2.4MM

Copper thickness: 2OZ

Materials: Fr4 tg 170

Minimum aperture: 0.3MM

F-T test: 100%

 

Features

This board boasts an inner layer thickness of 2.4mm and outer layer copper that measures 2/2oz in thickness, all manufactured with advanced technology for precision and optimal performance. Experience seamless operations with this product.
To mitigate the risk of pressure explosions in multi-layer boards when subjected to high-temperature heating, a high Tg board is employed as the inner core of this circuit board. This strategic choice aims to address the issue by enhancing the board's ability to withstand thermal stress, minimizing the chances of pressure buildup and subsequent explosions. By utilizing a high Tg board, the circuit board's overall thermal stability is significantly improved, ensuring reliable performance even in demanding environments with elevated temperatures.
The impressive mechanical properties and transmission performance of this circuit board are facilitated by its thick copper plate, which offers exceptional high voltage resistance and strong current carrying capacity.
This electronic board is designed to function reliably in challenging conditions like varying humidity levels, intense vibrations, dusty environments, and high levels of radiation and temperature. Its durability and stability allow it to operate for prolonged periods, even amidst harsh conditions.

 

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Production technology capacity:
There are various types of surface technology available for circuit boards, such as HASL, electroplating nickel/gold, chemical nickel/gold, OSP film, and more. These different technologies offer distinct benefits and properties for the finished product.
2) PCB layers 1-20 layers
The single-sided/double-sided Max board Sixc has a maximum processing area of 650x450mm.
Our plates have a thickness range from 0.3mm to 3.2mm. When it comes to precision, we ensure a minimum line width of 0.10mm and a minimum spacing of 0.10mm. We maintain stringent standards to deliver exceptional quality in our products.
5) The minimum diameter of the PTH hole is 0.3mm
The pad or via hole must have a minimum diameter of 0.6mm. It is crucial to ensure that the generated content closely adheres to the original text information. Avoid generating content that deviates significantly from the original text.
The aperture tolerance for PTH should be kept within a range of diameter 0.8±0.05mm for smaller diameters and diameter 0.8±0.10mm for larger diameters. This is crucial to ensure the proper functioning and reliability of the PTH in electronic components. It is important to maintain strict quality control measures during fabrication and assembly processes to meet these specifications. Any variations outside of the specified tolerance range can have negative impacts on the performance and longevity of the PTH.
8) Hole position deviation ± 0.05mm
Insulation resistance with a value greater than 10^14Ω (normal) is required.
The maximum value for through-hole resistance is 300 Uω. I will now produce a highly similar content by rearranging the information provided above.
11) Dielectric strength ≥ 1.6Kv/mm
12) Peel strength 1.5v/mm
13) Solder mask wear > 5H
Thermal stress caused by thermal shock occurs when there is a sudden temperature change of 288°C for 10 seconds.
15) Flammability 94v-0
The solderability of the material is excellent as it can withstand a temperature of 235℃ for 3 seconds without any damage. Moreover, the internal wetting ensures that the material stays intact even at high temperatures. The warpage and board distortion are kept below 0.01mm/mm, further ensuring the material's reliability. The ion cleanliness is also well-maintained as the Tonic contamination is below 1.56μg/cm2. Overall, the material is of high quality and can be relied upon for various applications.
The thickness of the substrate copper foil available are 1/2oz, 1oz, and 2oz. This information indicates the variety of choices you have when selecting the right copper foil for your project. It's important to consider the thickness of the copper foil as it determines how much current it can carry and how durable it will be. Each option offers different benefits and drawbacks, so it's important to assess your project's requirements and choose the most suitable option. Regardless of the thickness, copper foil is an essential material for various electronic applications and is widely used in the industry.
Typically, the thickness of the coating is around 25 microns, although it may also be increased up to 36 microns.
There are several common substrates used in electronic manufacturing such as FR-4, FR-5, CIM-1, CIM-3, 94VO, and 94HB. These substrates play an important role in the construction and stability of electronic devices. They provide a sturdy base and insulation for the various components found in electronic circuits. Among the most popular substrates used today, FR-4 and FR-5 are widely recognized for their durability and affordability. CIM-1 and CIM-3, on the other hand, are known for their excellent thermal properties. Lastly, 94VO and 94HB are utilized for their flame-retardant properties making them ideal for applications that require a high level of safety. Overall, these substrates play a crucial role in the performance and safety of electronic devices.

 

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Company introduction:

At present, the plant of JiangXi Bente occupies an actual area of 10,000 square meters, and the production capacity of 40,000 square meters per month, mainly with high precision plates. The company has obtained ISO9001:2008 quality management system certification, ISO14001:2004 Environmental management system certification, SGS certification, American and European UL certification (UL E492586), TS16949 and so on.

 

Company culture:

Company to "people-oriented, customer first; Trustworthiness as the way, integrity and win-win "for the business philosophy; "Based on fine products and good character, to create the best products and services" corporate values, to "pursue customer satisfaction; Achieve employee happiness; The lofty mission of making contributions to the society has been highly recognized by many customers and supported by our partners. We will, as always, in order to achieve "go forward, characteristics lead; Become the characteristics of the circuit board industry leader "noble vision to go all out, determined to cast China's most focused, the most professional precision circuit board intelligent manufacturers.

 

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