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| Quantity: | |
|---|---|
Parameter | Value |
Board Thickness | 0.5-1.6mm |
Type | Single-sided PCB |
Material | 94V0 |
Minimum Spacing | 0.35μm |
Application | Home Appliances |
Manufacturer | Dongguan Xinrongxing Technology |
0.5-1.6mm 94V0 Circuit Board for Home Appliances
Company: Dongguan Xinrongxing Technology
This is a single-sided PCB.
The board thickness ranges from 0.5 to 1.6mm.
It is made from 94V0 rated material.
Minimum spacing is 0.35um.It is used in home appliances.
The board ensures steady performance.
It supports basic electrical functions.
This PCB is fit for compact layouts.Each board is made with care.
It follows standard industry size.
The material resists heat and flame.
It works well in daily use devices.Suitable for mass production.
Simple to integrate into designs.
Offers stable and long-term use.
●Space Optimization:Multilayer routing boosts component density 3 - 5 times over single - boards. For example, dozens of chips can be integrated in a 10cm² area on a mobile phone motherboard.
●Weight Reduction:Multilayer boards are 30% - 50% lighter than combined single - layer boards, suitable for aerospace applications.
●High - frequency Support:18 - layer boards with high - frequency materials (e.g., Rogers RO4350B) can handle 7GHz millimeter - wave radar, with a low dielectric loss (Df = 0.003).
Suitable for a wide range of electronic devices, including smart homes and Wi - Fi enabled electronic automated devices, catering to various user needs. Also applicable to multiple household appliances like fans, refrigerators, air conditioners, etc.
Offer a range of customization, including 1 - 12 layers and board thickness from 0.2 - 4mm, along with various solder mask colors (green, red, blue, white, black, yellow).As an OEM/ODM supplier, collaborate with customers to create custom designs and specifications, such as modifying size, shape, and board features.
Our PCBA components include AOI X - ray functional testing to ensure the highest quality and reliability of the electronic boards.
As an OEM PCBA factory, provide customized services to meet specific user needs. Model PZXPCBA - 03 is made in Shenzhen, China, applicable to electronic board and motherboard applications.
Available at competitive prices, with a minimum order quantity (MOQ) of 10, appealing to businesses looking to reduce costs without sacrificing quality.
Products are in stock and can be delivered quickly, minimizing lead times and ensuring customers receive their orders promptly, especially beneficial for those with urgent requirements.
Drill necessary through holes on the substrate based on design documents to connect component pins with copper foil.
Apply a layer of copper foil on the substrate surface and inside vias as a conductive layer via chemical copper plating.
Transfer designed circuit graphics onto the copper foil surface using photolithography.
Remove unwanted copper foil parts with chemical etching to form the desired wire pattern.
Coat solder mask material on the copper foil surface to avoid short - circuits during welding.
Print character ink on the circuit board to label component parameters, numbers, etc.
Inspect the completed circuit board rigorously to ensure it meets design performance requirements.
A:The main steps include cutting the large substrate material into small appropriate - sized boards. Then, drilling through holes as per design documents. After that, copper plating to create a conductive layer, followed by drawing to transfer circuit graphics, etching to form wire patterns, resistance welding to prevent short - circuits, character printing for labeling, and finally, testing to ensure the board meets performance requirements.
A:The copper plating process is crucial because it covers a layer of copper foil on the substrate surface and inside the vias. This copper layer serves as the conductive layer, which is essential for electrical current to flow and for components to be properly connected on the circuit board. Without it, the circuit board wouldn’t be able to function as an electrical pathway.
A:The resistance welding process involves coating solder mask material on the surface of the copper foil. Its main purpose is to prevent short - circuits during the welding process. By covering areas that shouldn’t be soldered, it ensures that only the intended component connections are made, maintaining the integrity and proper functioning of the circuit board.
A：An assembly drawing is helpful when there is not enough space for all reference designators on the board. A document containing the assembly information of your board is most commonly sent as a “PDF” file.
A：If you are still working to finalize your design, we can typically generate a preliminary quote based on early Gerber files, or a detailed description. When you have finalized your design, we will review any updated files and modify your quote accordingly. If you need any additional information regarding data requirements, please email all@poe-pcba.com and one of our specialists will get in touch with you.
Parameter | Value |
Board Thickness | 0.5-1.6mm |
Type | Single-sided PCB |
Material | 94V0 |
Minimum Spacing | 0.35μm |
Application | Home Appliances |
Manufacturer | Dongguan Xinrongxing Technology |
0.5-1.6mm 94V0 Circuit Board for Home Appliances
Company: Dongguan Xinrongxing Technology
This is a single-sided PCB.
The board thickness ranges from 0.5 to 1.6mm.
It is made from 94V0 rated material.
Minimum spacing is 0.35um.It is used in home appliances.
The board ensures steady performance.
It supports basic electrical functions.
This PCB is fit for compact layouts.Each board is made with care.
It follows standard industry size.
The material resists heat and flame.
It works well in daily use devices.Suitable for mass production.
Simple to integrate into designs.
Offers stable and long-term use.
●Space Optimization:Multilayer routing boosts component density 3 - 5 times over single - boards. For example, dozens of chips can be integrated in a 10cm² area on a mobile phone motherboard.
●Weight Reduction:Multilayer boards are 30% - 50% lighter than combined single - layer boards, suitable for aerospace applications.
●High - frequency Support:18 - layer boards with high - frequency materials (e.g., Rogers RO4350B) can handle 7GHz millimeter - wave radar, with a low dielectric loss (Df = 0.003).
Suitable for a wide range of electronic devices, including smart homes and Wi - Fi enabled electronic automated devices, catering to various user needs. Also applicable to multiple household appliances like fans, refrigerators, air conditioners, etc.
Offer a range of customization, including 1 - 12 layers and board thickness from 0.2 - 4mm, along with various solder mask colors (green, red, blue, white, black, yellow).As an OEM/ODM supplier, collaborate with customers to create custom designs and specifications, such as modifying size, shape, and board features.
Our PCBA components include AOI X - ray functional testing to ensure the highest quality and reliability of the electronic boards.
As an OEM PCBA factory, provide customized services to meet specific user needs. Model PZXPCBA - 03 is made in Shenzhen, China, applicable to electronic board and motherboard applications.
Available at competitive prices, with a minimum order quantity (MOQ) of 10, appealing to businesses looking to reduce costs without sacrificing quality.
Products are in stock and can be delivered quickly, minimizing lead times and ensuring customers receive their orders promptly, especially beneficial for those with urgent requirements.
Drill necessary through holes on the substrate based on design documents to connect component pins with copper foil.
Apply a layer of copper foil on the substrate surface and inside vias as a conductive layer via chemical copper plating.
Transfer designed circuit graphics onto the copper foil surface using photolithography.
Remove unwanted copper foil parts with chemical etching to form the desired wire pattern.
Coat solder mask material on the copper foil surface to avoid short - circuits during welding.
Print character ink on the circuit board to label component parameters, numbers, etc.
Inspect the completed circuit board rigorously to ensure it meets design performance requirements.
A:The main steps include cutting the large substrate material into small appropriate - sized boards. Then, drilling through holes as per design documents. After that, copper plating to create a conductive layer, followed by drawing to transfer circuit graphics, etching to form wire patterns, resistance welding to prevent short - circuits, character printing for labeling, and finally, testing to ensure the board meets performance requirements.
A:The copper plating process is crucial because it covers a layer of copper foil on the substrate surface and inside the vias. This copper layer serves as the conductive layer, which is essential for electrical current to flow and for components to be properly connected on the circuit board. Without it, the circuit board wouldn’t be able to function as an electrical pathway.
A:The resistance welding process involves coating solder mask material on the surface of the copper foil. Its main purpose is to prevent short - circuits during the welding process. By covering areas that shouldn’t be soldered, it ensures that only the intended component connections are made, maintaining the integrity and proper functioning of the circuit board.
A：An assembly drawing is helpful when there is not enough space for all reference designators on the board. A document containing the assembly information of your board is most commonly sent as a “PDF” file.
A：If you are still working to finalize your design, we can typically generate a preliminary quote based on early Gerber files, or a detailed description. When you have finalized your design, we will review any updated files and modify your quote accordingly. If you need any additional information regarding data requirements, please email all@poe-pcba.com and one of our specialists will get in touch with you.