Your Leading Nanya PCB Manufacturer

PCBMay- The Ultimate Supplier of Nanya PCB

PCBMay is your one-stop-shop for Nanya PCB manufacturing and supply. For over ten years, we have provided excellent and high-quality Nanya PCB. In addition, we supply and export products to countries all over the world.

Nanya PCBs are available in a variety of configurations. Control Panel PCB, Drone Electric PCB, Flight Controller PCB, Air Conditioner PCB, SMT Component Nanya PCB, 94v0 Nanya PCB, and other products are available from us.

Our engineers are qualified to layout, assemble, design, and develop Nanya PCBs. PCBMay is an expert in all aspects of Nanya PCB component supplier and manufacturing. In addition, when manufacturing products, we adhere to all strict regulations and policies.

Nanya PCB with a custom design is also available from PCBMay. We can fulfill your order information to your specific needs. Our expertise ensures that you receive complete solutions designed for particular applications and requirements. Send us your information so that our engineers can assist you.

We produce Nanya PCB that is suitable for a wide range of application fields. Nanya PCB is excellent in air conditioners, washing machines, and other home appliances. It is also appropriate for telecommunications, automotive, electronics, and other applications.

Choose PCBMay as your manufacturer for your company or project. We are committed to providing the highest Nanya PCB to our clients. Nanya PCB is available at a low MOQ and a reasonable price. In addition, PCBMay ensures on-time service.

To assure people of the quality of the product, our strict quality assurance team performs in-line inspections. All PCBMay products meet ISO14000, ISO9001, UL, REACH, RoHS, CE, and other professional standards.

Select PCBMay as your leading Nanya PCB supplier for your company. We guarantee high quality at a reasonable price.

Request a quote for your upcoming Nanya PCB orders!

Nanya PCB: The Ultimate FAQ Guide

Are you struggling with the high-layer count PCB problems?

Nanya PCB handles these difficulties of electric circuit boards with supreme efficiency. Its worthwhile characteristics with easy fabrication turn it into an ideal choice for the circuit designer.

PCBMay has been providing reliable manufacturing for this PCB for a long time. This FAQ guide will help you to be an expert on this Nanya laminate. We hope it will solve your PCB-based complications. Let’s begin.

What Is Nanya PCB?

Nanya PCB is an ecologically effective circuit board. It is made of Nanya laminates which are highly effective because of their impressive durability and multilayer compatibility.

Nanya PCB

Its tremendous thermal endurance along with a low production cost makes it a widely used laminate of recent times. This PCB laminate is a combination of extremely functional materials that ensure an elite performance of Nanya PCB-driven projects.

What Are The Materials Of Nanya PCB?

Nanya PCB is composed of some innovative and top-class materials. These are the key factors that ensure the premium standard of this PCB. Its base materials are composite epoxy, copper-clad, FR-4, paper cellulose, glass fabrics, etc.

Nanya PCB With Dielectric Materials

These materials provide impressive dielectric properties in versatile electronic applications. You can experience the prototype PCB and high-volume PCB by using these effective materials.

What Are The Types Of Nanya PCB?

There are versatile categories of Nanya PCB. All of its types are worthwhile for lifting the performance of electronic gadgets to a certain level. Its prominent types are –

• Drone Electric PCB
• Air Conditioner PCB
• Control Panel PCB
• Nanya Flight Controller PCB
• SMT Components PCB
• Nanya Electronic Multilayer PCB
• FR4 Base Nanya PCB

FR-4 Prototype Nanya PCB

What Are The Major Applications Of Nanya PCB?

Nanya PCB is compatible with a vast range of application fields. Its productive features are the major reason behind its constantly increasing uses. Its most noteworthy applications are-

• Washing machine
• Telecommunication
• Home appliances
• PC peripherals
• Consumer Electronic products
• Mobile phones
• HLC base stations, backplanes, servers, etc.
• Air conditioners
• Medical equipment
• Navigation systems
• Automobile appliances
• GPS devices
• Automotive devices
• LED lightings
• Motherboards
• High-end electronic portable devices
• Laptops

Widely Used Nanya Laminate

What Are The Benefits Of Nanya PCB?

Nanya PCB develops the functionality of electronic applications in many aspects. The major benefits of this PCB are explained here.

Nature Friendly

Superior nature-friendly characteristics are the most attractive advantage of this PCB laminate. It contains low-level halogens. Again, Nanya PCB is supportive of lead-free technology. That’s why you can ensure a better environment by using this PCB.

Eco-Friendly Nanya PCB

Cost-Effective

This PCB offers a cheaper rate compared to other PCB laminates. Its tremendous advantages make it a cost-effective product concerning its huge applications.

Durable

The dielectric materials used in this PCB promote the durability of applications. Its temperature control and moisture-resistive capability are also effective enough to make it durable. Nanya laminate absorbs moisture at less than a 0.15% rate.

It delivers sufficient robustness that improves its mechanical endurance. This laminate efficiently handles different pressures like rotational forces, current load, etc. Besides, Its high dielectric strength with low relative permittivity plays a big part in its impressive durability.

This laminate has the punch ability of 900 Kg for 1 cubic centimeter. This is also an indicator of its endurance.

High Functionality

Nanya PCB is supremely functional in high-layer count (HLC) PCB applications. Its useful dielectric constant which is sufficiently low improves the activities of this laminate.

Again, this is suitable for high-frequency PCB projects due to its low dissipation factor. Its diverse beneficial features like controlled impedance, high coefficient of thermal expansion, etc bring out a significant change in electronic gadgets.

Easy Processing

The PCB assembly and fabrication of this PCB are not very complicated. You don’t face any additional conditions during the etching and copper plating processes. This advantage increases its use to a great extent.

High Operating Temperature

You can utilize this PCB laminate in many applications where a high thermal state is a pre-requirement. Its thermal conductivity is extremely worthwhile. Moreover, this PCB can be functional at extreme temperatures due to its high Tg feature.

How Does Frequency Affect The Loss Tangent Of Nanya PCB?

Frequency has a close relationship with the loss tangent of Nanya PCB. At 1 MHz frequency, this is 0.03. Frequency is not directly proportional to the loss tangent or dissipation factor.

Nanya PCB Laminate Low Loss Tangent

That’s you you have to make sure of the low dissipation factor to be compatible with high-frequency signal transmission systems. High loss tangent is an indicator of efficiency lackings in the PCB world.

It increases the distortion in data communication. Besides, you need to be limited to single low-frequency applications.  Loss tangent promotes signal loss through electromagnetic power dissipation.

Since high-frequency PCB demands a lower magnitude of this feature, it promotes the integrity of signals. Here, the low dielectric constant is mandatory to reduce the signal loss of communication devices. That’s why Nanya PCB is a good selection due to its dielectric materials.

Why Do You Need To Consider CAF In Nanya PCB?

Conductive anodic filament (CAF) is highly responsible for the deficiency of the Nanya PCB performance. This filament is based on metal and causes due to the electrochemical migration in the dielectric materials.

CAF reduces the laminate resistance from anode to cathode. It causes the degradation of signal transmission quality in communication systems. Besides, it promotes dielectric breakdown,  electrical shorts in connections, current leakage, etc.

CAF-Free Nanya PCB Laminate

That’s why you need to consider this issue seriously. CAF forms when there is a presence of water and an electrical charge conductor in this PCB laminate. Again, voltage biasing produces a way to move the ions within this Nanya laminate.

You have to take care of the following factors to resist CAF formation in Nanya PCB.

• Apply a bias with high voltage. It lessens the probability of producing conductive anode filament.
• Use CAF resistive materials like FR-4, epoxy, etc during the PCB assembly.
• Ensure the zero presence of solder wicking, fracturing, contamination, etc. These promote the CAF performance in the PCB laminate.

What Is The Dielectric Constant Of Nanya PCB?

The dielectric constant is applied to measure the intensity of dielectric polarization. Its value is 4.40 at 1 MHz in the case of Nanya PCB. Its other name is relative permittivity.

It is the first and foremost factor considered by the PCB designers while thinking about the design layout of this PCB.

Nanya PCB With Low Relative Permittivity

Its smaller value is useful for optimizing the PCB performance. It influences the loss tangent and impedance matching capabilities of Nanya laminate. But, a higher relative permittivity is also necessary for the PCB structure having multiple layers.

Nanya PCB materials deliver varying dielectric constant values along with their versatile dielectric properties. That’s why this PCB has become an unconditional choice for high-layer count servers and base stations in the communication sectors.

Its materials ensure the highest dielectric strength that is required for the flawless carry of the electricity through the PCB layers. You have to use the Nanya laminates with proper dielectric constant to reduce the complications caused by the conductive anodic filament.

Which Copper Foils Are Used In Nanya PCB?

Copper foils are the basic substances of Nanya PCB laminate. There are two principal classifications found in its copper foils. These are-

• Rolled copper foils
• Electrodeposited copper foils

The selection of copper foils depends on the PCB production methods, thickness, surface finish, etc. Like rolled copper foil delivers a smooth PCB surface. It is also reputed for its low dissipation factor during signal propagation. The rolled copper foil also strengthens the laminate.

Nanya PCB Copper Foil

On the contrary, electrodeposited copper foils are effective for resisting oxidation and corrosion. These copper foils provide supreme adhesive characteristics in Nanya PCB layers. But, you don’t get similar smoothness here as rolled copper foils.

You can also find some thick and thin copper foils in the market. These are the types of electrodeposited copper foils. You can experience high compatibility and temperature control features in these copper foils.

How To Control The Temperature Change In Nanya PCB?

The temperature change causes the low longevity of Nanya PCB. This property hampers the dielectric properties of this PCB laminate. That’s why you can’t allow the temperature change for the electronic applications based on this PCB.

Usually, frequent rise and fall of temperatures are harmful to maintain the thermal properties properly. Like thermal conduction, volume resistivity, etc get significantly affected because of this issue.

Thermal Effective Nanya PCB

Besides, it has a great effect on impedance control during PCB manufacturing. That affects the data propagation rate between the PCB layers negatively. You must take care of this factor.

Inquire us now. We provide a thermally effective Nanya PCB assembly service. You can feel the difference between the temperature control PCB and a bare minimum PCB through our professional service.

Can A Nanya PCB Be Customized?

Nanya PCB can be customized to be applicable in multiple industries. Like you can use customized electronic Nanya PCB in medical equipment. Flawless customization increases its compatibility in different electronic devices because of its diversified features.

Customized Nanya PCB

It allows you to get a custom solution for this laminate in a specific application. You can customize this PCB laminate to incorporate GPS tracker technology. Besides, customized multilayer Nanya PCB is useful for tiny surface mount devices.

How Does Coefficient Of Thermal Expansion Affect  Nanya PCB?

The coefficient of thermal expansion affects Nanya PCB in the case of heat management. It describes the performance of the PCB materials due to temperature rise. Its lower value at the Z-axis direction is preferable for the design of top-quality electronic devices.

Nanya laminate with a high coefficient of thermal expansion can’t preserve the dielectric properties. That’s why it suffers from deficiency issues. Besides, thermal management of this PCB hampers due to mismatch of CTE in the PCB materials.

Its volume resistivity is 5×10^8 Mohm-cm. You need to choose materials having a high glass transition temperature and decomposition temperature to avoid a higher value of CTE.

What Is The UL94 Rating Of Nanya PCB?

Nanya  PCB achieves a V-0 rating in the flammability test of the UL 94 standard. This is the best rating in that standard. You can understand the superiority of the Nanya laminates through this rating.

V-0 rating indicates that the vertical burn of this specimen laminate will continue until 10 sec. Again, there are no drips allowed during the burning of the PCB laminates.

UL 94 Ratings

The UL 94 is a trustworthy standard for testing the flammability of the PCB materials. It classifies plastic substances into 6 categories based on their performance when the burning happens. Watch this video:

Nanya PCB uses are increasing with a positive slope due to its impressive performance against burning. Its laminate is undoubtedly the most reliable compared to other PCB laminates available in the market.

How Can You Test The Performance Of Nanya PCB?

You should test Nanya PCB to identify its defects. It improves the device’s integrity. Proper testing ensures the optimum performance of this PCB. Some automated and manual inspections verify Nanya laminate efficiently.

Flying Probe Test

It is supremely effective for high-density PCBs. Multiple probes are connected to the PCB at the X, Y, and Z-axis. You can get the desired result by applying a signal to the circuit board.

You can text soldering, short connections, diodes, resistance, etc through the flying probe test. It is free from additional fixtures while changing the PCB. You have to switch the test program to check other circuit boards.

Here, an effective CAD system is associated that reduces the inspection time. This less expensive test is optimal for small-scale PCB productions.

Nanya PCB Flying Probe Test

AOI

This is a visual testing method. Here, a camera scans Nanya PCB to find the quality defects and catastrophic limitations. It takes some photographs from different directions and compares these to the flawless design of this PCB.

If there are significant numbers of mismatches in the AOI test, you need to reconsider the PCB design. This time-saving inspection detects the absence of necessary components, capacitance, solder joints, and dimensions of PCB trace, etc.

What Is The Decomposition Temperature Of Nanya PCB?

PCB materials start decomposing at which temperature is called decomposition temperature (Td). This is 310⁰C for Nanya PCB. Its higher value allows the laminate to be tolerant against high thermal stress.

Nanya PCB High Decomposition Temperature

Besides, a high Td enables the PCB substances to achieve a low coefficient of thermal expansion. That’s why you should choose materials that don’t decompose at a high thermal state.

What Are The Limitations Of Nanya PCB?

Nanya PCB delivers some disadvantages despite its numerous positive features. Its considerable limitations are-

• It is vulnerable to extreme electric potential and power. So, there is a chance of dielectric breakdown in its applications.
• Sometimes, it suffers from impedance instability due to wrong material management between the PCB layers.

These disadvantages are not desired in any cases. That’s why you need to choose the right manufacturer of  Nanya PCB so that you can enjoy the perfection of this PCB. Contact us. We provide the best quality Nanya laminates with a one-stop custom solution in a well-designed factory.

How Does The Glass Transition Temperature Affect Nanya PCB?

The glass transition temperature refers to a critical value of temperature. It is required for deviating the solid phase of the PCB materials. In the case of Nanya PCB, this is around 170⁰C.

High Tg Nanya PCB

This higher value is effective for controlling frequent temperature changes. Besides, a high Tg PCB offers a low Z-axis thermal expansion coefficient that promotes the effectiveness of the entire gadget to a large extent.

How Can You Ensure Impedance Control In Nanya PCB?

Impedance control can be ensured in Nanya PCB through the regulation of the relative permittivity and dielectric thickness. You need to use materials having a low dielectric constant.

Nanya PCB Impedance Control

The dielectric breakdown voltage of this PCB is greater than 60 kV. Proper impedance control develops its dielectric features effectively. It promotes the data propagation rate in radio frequency compatible devices.

What Is The Fabrication Method Of Nanya PCB?

Fabrication is very important for ensuring the best output of Nanya PCB. This is a critical segment of PCB manufacturing. But you don’t need to apply any complex method to fabricate Nanya laminate.

This fabrication consists of an etching and copper plating process.

Etching

Etching is a subtractive process applied to the PCB. It refers to the withdrawal of excess copper from the PCB trace. You can etch a PCB by using chemical and laser technology. Concerning the cost and easy processing, chemical etching is more popular.

First, you need to wash the copper trace through water and dry it. Now, cover the circuitry to protect them from etching. Then, place it in a standard etching solution of ferric chloride or cupric chloride. These solutions are highly toxic to remove the copper from the trace.

After 15-20 minutes, all coppers will be removed. Then, wash and dry the trace again before applying a solder mask to it.

PCB Etching Process

Plating

Nanya PCB plating makes electroplating easier. This is an electroless technique. Here, a thin copper layer is placed on the PCB surface and drilled holes. This plating develops the electron conductivity in the Nanya laminate.  Usually, you can perform this process in the following ways.

• Through-hole plating
• Brush plating
• Selective plating
• Finger-plated plating

Plating ensures the integrity of the PCB surface. It also makes the bonding between the copper layer with internal copper foils strong. That’s why you need to conduct this process carefully. Watch this video:

Contact us. We provide an error-free fabrication service of Nanya PCB. We have skilled technicians to conduct this process efficiently.

Which Surface Finish Process Is Good  For Nanya PCB?

Surface finish is a useful technical process to optimize the PCB performance. It resists corrosion and helps to place the SMD components on the PCB surface. Since Nanya PCB is an eco-friendly circuit solution, it supports the surface finish having lead-free compatibility.

Among many options, ENIG and gold surface finishes are suitable for this PCB laminate.

ENIG

Electroless Nickel Immersion Gold (ENIG) surface finish is free from lead. It widens the PCB surface that is good for component placement. This process is supportive of solder connections.

Here, a nickel layering is placed between the copper trace and PCB layers where soldering is performed. This barrier of nickel helps to protect the components from the oxidation effect. Most noteworthy, ENIG is cost-effective compared to other surface finish technologies.

Nanya PCB Surface Finish

Gold Surface Finish

Hard gold and soft gold surface finishes are applied in Nanya laminate on many occasions. A hard gold finish makes the layer bonding stronger than in other ways. Again, it delivers impressive durability to the Nanya PCB.

On the contrary, a soft gold surface finish is good for effective wire bonding and endurance. It creates a strong bond between the PCB components and wires that improves the electrical conduction in this laminate. Besides, A soft gold finish renders better solderability at a low cost.

Except for these two, you can think about ENEPIG, immersion silver, and organic solderability preservatives for this PCB.

Conclusion

Now, it should be crystal clear to you that Nanya PCB is the ultimate solution for PCB applications having a high layer count. Its diversified electrical and mechanical properties increase its acceptability in basic and advanced level circuit designs.

PCBMay is a trustworthy supplier and manufacturer of this PCB all over the globe. We have tried to inform you of its assembly details. We hope you have gone through this guide and found a solution for your electronic devices.

Contact us if you have more to know. Stay tuned.