Your Premier Inverter Power Board Manufacturer

PCBMay is an inverter power board supplier worldwide. We customize according to your specification; we can assist you with all aspects of product development, from design to production.

  • 15 years in manufacturing inverter power board services
  • ISO, UL, RoHS certified
  • No minimum of order
  • Cost-effective inverter power board
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Why PCBMay is Expert in Inverter Power Board Manufacturing

PCBMay has extensive experience manufacturing inverter power distribution boards. We make a concerted effort to provide consumers worldwide with the highest quality services. Depending on your specific requirements, we can provide a variety of inverter power boards. We can provide you with the most widely used quality inverter power board. Depend on PCB at all times. Possibly, if you require an inverter power board. Contact us now!

Types of Inverter Power Board Meet Your Needs

2000W Sine Wave Inverter Power Board

This 2000W Sine Wave Inverter Power Board includes the “EG8010 + IR2110” pure sine wave inverter driver board. It’s a pure positive output wave as well.

1000W Circuit Diagram Inverter Power Board

Our 1000W Circuit Diagram Inverter Power Board has a variety of output types. It is a solar inverter with a rated power that can adjust depending on the input voltage range. 

3000W Wave Amplifier Inverter Power Board

The DC380V and AC16V input voltages on the PCBMay 3000W Wave Amplifier Inverter Power Board are both available. It can be modified wave inverter 3000W, and so on.

3000W Pure Sine Wave Inverter Power Board

3000W Pure Sine Wave Inverter Power Board is a sine wave inverter that is modified. It can convert a 3000W modified wave inverter into a pure sine wave inverter.

1200W Solar Power Car Inverter Board

This 1200W Solar Power Car Inverter Board features an AC220V output voltage and DC12V operating voltage. It has a range voltage up to DC10.5 to 15V.

5KP 230Vac Whole Inverter Power Board

5KP 230Vac Whole Inverter Power Board is a single output type and DC/AC inverters type. It has a 50HZ and 60HZ output frequency.

Why Choose PCBMay for Your Inverter Power Board

PCBMay is a manufacturer and exporter of inverter power boards. PCBMay inverted power boards produce over 60 countries worldwide. We have the expertise to design a reliable and long-lasting inverter power board that is perfect for your projects, as well as any board replacement or repair.

PCB May is a custom flex PCB assembly manufacturer. Our factory provides a variety of configurations and applications for this inverter power board. Send me your comments and inquiries, along with the type of flex inverter power board you require.

VPC Plating Line

Related Inverter Power Board

2000W Amplifier Inverter Power Board
2000W Amplifier Inverter Power Board
Our 2000W Amplifier Inverter Power Board is a drive IC voltage regulator type. It functions as a TV, MP3/MP4 player, VCD/DVD player, mobile phone, camera, and speaker.
3000W Post Wave Inverter Power Board
3000W Post Wave Inverter Power Board
PCBMay 3000W Post Wave Inverter Power Board is a pure sine wave output waveform. It has an 8/47N60 3000W power tube use and has an AC220V output voltage.
1000W Post Amplifier Inverter Power Board
1000W Post Amplifier Inverter Power Board
This 1000W Post Amplifier Inverter Power Board is with high quality and professional team. If you need a customized inverter power board, PCBMay is the best choice.
PCB Inverter Power Board
PCB Inverter Power Board
PCB Inverter Power Board is a peelable blue mask and carbon ink surface treatment. It is a first minimum hole size drilling precision.
Frequency High-Power Inverter Board
Frequency High-Power Inverter Board
Our Frequency High-Power Inverter Board features a small unit board jumper setting. It has an always bright liquid crystal background when JP9 short circuit.
6000W Circuit Inverter Power Board
6000W Circuit Inverter Power Board
PCBMay 6000W Circuit Inverter Power Board is a DC/AC inverters type and has a single output type. It has a 6KW output frequency that has a 300MA output current.
40W DC-AC Inverter Power Board
40W DC-AC Inverter Power Board
A 40W DC-AC Inverter Power Board features a 12V to 220V boost transformer to step up the power supply module board. Contact us immediately if you want an inverter power board.
2-Layer Inverter Power Board
2-Layer Inverter Power Board
This 2-Layer Inverter Power Board is a rigid circuit board type. It features a complex material and aluminum base material.

Inverter Power Board Production Details As Following Up

Lamination
Brown Oxide
Etching
PTH Line
VCP Plating   AOI  Exposure E-Test
Item Capability
Layer Count 1-40layers
Base Material KBShengyiShengyiSF305FR408FR408HRIS410FR406GETEK370HRIT180ARogers4350BRogers4000PTFE Laminates(Rogers seriesTaconic seriesArlon seriesNelco series)Rogers/Taconic/Arlon/Nelco laminate with FR-4 material(including partial Ro4350B hybrid laminating with FR-4)
Board Type Backplane、HDI、High multi-layer 、blind&buried PCB、Embedded Capacitance、Embedded resistance board 、Heavy copper power PCB、Backdrill.
Board Thickness 0.2-5.0mm
Copper Thickness Min. 1/2 OZ, Max. 10 OZ
PTH Wall 25um(1mil)
Maximum Board Size 1100*500mm(43”*19”)
Min laser drilling size 4mil
Min. Spacing/Tracing 2.7mil/2.7mil
Solder Mask Green, Black, Blue, Red, White, Yellow,Purple matte/glossy
Surface Treatment Flash gold(electroplated gold)ENIGHard goldFlash goldHASL Lead freeOSPENEPIGSoft goldImmersion silverImmersion TinENIG+OSP,ENIG+Gold finger,Flash gold(electroplated gold)+Gold finger,Immersion silver+Gold finger,Immersion Tin+Gold finger.
Min. Annular Ring 3mil
Aspect ratio 10:1(HASL Lead freeHASL LeadENIGImmersion TinImmersion silverENEPIG);8:1(OSP)
Impedance control ±5ohm(<50ohm), ±10%(≥50ohm)
Other Techniques Blind/Buried Via
Gold Fingers
Press Fit
Via in Pad
Electrical Test

Here there’re many laminate material datasheets, they’re useful and helpful for you, please see them:

SUPPLIER PCB LAMINATE TYPE MATERIAL DATASHEET TG TD DK(1MHZ) DK(1GHZ) DK(10GHZ)
KB KB-6160 FR4 DOWNLOAD 135 305 4.35
KB-6160A FR4 DOWNLOAD 135 305 4.35
KB-6160C FR4 DOWNLOAD 135 314 4.7
KB-6150
KB-6150C
FR4 DOWNLOAD 132 305 4.6
KB-6164 FR4 DOWNLOAD 142 330 4.8
KB-6164F FR4 DOWNLOAD 145 340 4.8
KB-6165F FR4 DOWNLOAD 150 346 4.8
KB-6167F FR4 DOWNLOAD 170 349 4.8
SHENGYI S1141 FR4 DOWNLOAD 135 310 4.6
S1141KF FR4 DOWNLOAD 140 350 4.7
S1000 FR4 DOWNLOAD 155 335 4.9
S1170 FR4 DOWNLOAD 170 335 4.6
S1000-2 FR4 DOWNLOAD 170 335 4.8
S1155 FR4 DOWNLOAD 135 370 4.7
ITEQ IT-158 FR4 DOWNLOAD 150 340 4.6-4.8
IT-180 FR4 DOWNLOAD 180 350 4.5-4.7
TUC TU-768 FR4 DOWNLOAD 180 350 4.3-4.4 4.3
TU-872 Modified Epoxy DOWNLOAD 200 340 3.8-4.0 3.8
ROGERS RO 3003 Cer/PTFE DOWNLOAD 500 3
RO 3010 Cer/PTFE DOWNLOAD 500 10.2
RO 4003 Hydrocarbon/Cer DOWNLOAD >280 425 3.38
RO 4350B Hydrocarbon/Cer DOWNLOAD >280 390 3.48
RT/duroid 5880 PTFE/Glass DOWNLOAD 500 2.2
ISOLA Polyclad 370HR FR4 DOWNLOAD 170 340 4.8-5.1
FR406-HR FR4 DOWNLOAD 190 325 3.91 3.86 3.81
FR408-HR FR4 DOWNLOAD 200 360 3.72 3.69 3.65
P96 Polyimide DOWNLOAD 260 416 3.78 3.73
Hitachi MCL-BE- 67G Modified Epoxy DOWNLOAD 140 340 4.9 4.4
MCL-E-679F FR4 DOWNLOAD 170 350 4.2-4.4 4.3-4.5
MCL-LX-67Y Special Laminate DOWNLOAD 185-195 325-345 3.4-3.6
Nelco N4000-13 Modified Epoxy DOWNLOAD 210-240 365 3.7 3.6
N4000-13EP Modified Epoxy DOWNLOAD 210-240 350 3.4 3.2
N4000-13SI Modified Epoxy DOWNLOAD 210-240 350 3.4 3.2
N4000-13EP SI Modified Epoxy DOWNLOAD 210-240 350 3.4 3.2
Taconic TLX-6 PTFE DOWNLOAD 2.65
TLX-7 PTFE DOWNLOAD 2.6
TLX-8 PTFE DOWNLOAD 2.55
TLX-9 PTFE DOWNLOAD 2.45
RF35 PTFE DOWNLOAD <315 3.5 3.5
TLC-27 PTFE DOWNLOAD 2.75
TLC-30 PTFE DOWNLOAD 3
TLC-32 PTFE DOWNLOAD 3.2
Arlon Arlon 25N Cer DOWNLOAD 260 3.38
Arlon 25FR Cer DOWNLOAD 260 3.58
Arlon 33N Polymide DOWNLOAD >250 353 4
Arlon 35N Polymide DOWNLOAD >250 363 4.2
Arlon 85N Polymide DOWNLOAD 250 387 4.2
Stablcor ST325 DOWNLOAD Thermal conductivity:75w/m.k(with 1oz copper)
ST10 DOWNLOAD Thermal conductivity:325w/m.k(with 1oz copper)
Panasonic R-1566W FR4 DOWNLOAD 140 330 4.95 4.7 4.65
Ventec VT-901 Polymide DOWNLOAD 250 390 4.2-4.5 4.0-4.3
VT-90H Polymide DOWNLOAD 250 390 4.2-4.5 4.0-4.3
Bergquist ht-04503 DOWNLOAD Thermal conductivity:2.2w/m.k(with 1oz copper)

Delivery

PCBMay offers flexible shipping methods for our customers, you may choose from one of the methods below.

1. DHL

DHL offers international express services in over 220 countries.
DHL partners with PCBMay and offers very competitive rates to customers of PCBMay.
It normally takes 3-7 business days for the package to be delivered around the world.

DHL Forwarder

2. UPS

UPS gets the facts and figures about the world’s largest package delivery company and one of the leading global providers of specialized transportation and logistics services.
It normally takes 3-7 business days to deliver a package to most of the addresses in the world.

UPS Forwarder

3. TNT

TNT has 56,000 employees in 61 countries.
It takes 4-9 business days to deliver the packages to the hands
of our customers.

TNT Forwarder

4. FedEx

FedEx offers delivery solutions for customers around the world.
It takes 4-7 business days to deliver the packages to the hands
of our customers.

Fedex Forwarder

5. Air, Sea/Air, and Sea

If your order is of large volume with PCBMay, you can also choose
to ship via air, sea/air combined, and sea when necessary.
Please contact your sales representative for shipping solutions.

Note: if you need others, please contact your sales representative for shipping solutions.

On our website you can use the following payment methods:

Telegraphic Transfer(TT): A telegraphic transfer (TT) is an electronic method of transferring funds utilized primarily for overseas wire transactions. It’s very convenient to transfer.

Bank/Wire transfer: To pay by wire transfer using your bank account, you need to visit your nearest bank branch with the wire transfer information. Your payment will be completed 3-5 business days after you have finished the money transfer.

Paypal: Pay easily, fast and secure with PayPal. many other credit and debit cards via PayPal.

Credit Card: You can pay with credit card: Visa, Visa Electron, MasterCard, Maestro.

    PCBMay- The Ultimate Supplier of Inverter Power Board

    Do you need a high-quality inverter power board? PCBMay is your best option. We are a company specializing in inverter power boards, research and development, manufacturing, and sales. We distribute in all of the world’s major markets, not just China.

    PCBMay power inverter, alternatively referred to as an inverter, is a piece of power electronic equipment or circuitry that converts direct current (DC) to alternating current (AC) (AC). The resulting alternating current frequency is device-dependent. PCBMay inverter power board is widely used in a variety of applications, depending on what you desire.

    Above is a list of PCBMay inverter power boards; you can contact us directly if you need your company or upcoming business. PCBMay may be able to assist you. We have the best engineer and technical team with a combined 20 years of experience, and they know the necessary to guide you toward the best inverter power board. PCBMay is a one-stop shop; you save time and money by not having to look for another supplier. You can get the best inverter power board at low cost, stable and long-lasting.

    We use the most efficient manufacturing power inverter board. PCBMay inverter power board is check and tested thoroughly. Since PCBMay is ISO certified, Verified UL and RoHS certification. We can guarantee you the excellent function of the PCBMay inverter power board. We aim that every customer we cater they are satisfied and has no regrets in partnering in PCBMay.

    One more thing PCBMay has modern and advanced technology to sustain your needs in the inverter power board. To satisfy and ensure our customer’s requirements. We can personalize your inverter power board with your designated needs, tell us your ideas, designs, thickness, etc. We are to help you. We are a 24/7 online customer service you can ask anything about inverted power boards and other related products. Terms of delivery, we secure the products and safely handle them.

    Be our partners now! Please send us a message.

    Inverter Power Board:  The Ultimate FAQ Guide

    The inverter power board is the device that converts the direct current into alternating current efficiently. This device has many applications in the electronic industry.

    To gain more knowledge about the inverter power board and to get answers to all your queries, keep reading this article. You will obtain a lot of authentic information about inverter power.

    What is an Inverter Power Board?

    The inverter power board is one of the most effective types of electronic devices that the electronic industry is using.

    This device converts the direct current into alternating current effectively. However, the magnitude of the input DC is low, and the resulting alternating current has an increase in its magnitude.

    The inverter power board also converts the frequency efficiently.

    It has many applications in electronic devices. Many home appliances have this device in it, which effectively converts the current, controls its voltage and frequency.

    You can also install the Inverter power board in the solar panels and use it as a backup power supply source.

    These boards are sometimes part of the more extensive configuration, such as a UPS.

    The Inverter power board is of different shapes and sizes. It depends on the type of project for which you are using it.

    If it is a big project, then the size is big and has great working capability. On the other hand, if the project is not so big, then the size and the shape of the Inverter power board are small.

    These boards have a high working capacity, efficiency, durability and, high flexibility.

    Inverter power board

    The picture showing a simple Inverter power board

    What are the Types of Inverter Power Board?

    There are three main types of the inverter power board, these are:

    Single-layer inverter power board:

    It is the type of inverter board, which has a single layer of its material.

    In this type of inverter, one of its sides has a copper coating, and it has a silkscreen.

    This silkscreen has the use of ink traces that helps to identify the components of the inverter power board.

    This type of power board is simple and easy to design and manufacture.

    The price of this type of board is relatively less than the other two types.

    Double layer Inverter power board:

    This type of power board consists of two layers of base material that you are using for its manufacture.

    Unlike the single layer, it has a copper layer on both sides of the board.

    This type of inverter power board is a bit complex, and the manufacturing must be careful.

    It has a hole on each side of the board, and you can make the interconnection between the components through surface mounting and through-holes.

    This type of inverter power board is more expensive than a single layer.

    Multilayer inverter power board:

    This type of power board has multiple layers of base materials.

    This type of inverter board has 2-3 double-layer inverter power boards.

    However, the number of layers can range from 4 layers to 14 layers or even more.

    The designing and manufacturing of this type of inverter board are complex and precise.

    Due to multiple layers, the inverter power board has a risk of its temperature rising.

    Therefore, to prevent this from happening, you can use an insulation material between its layers.

    This type is the most expensive of its other two types.

    The picture showing a) single layer inverter power board b) double layer inverter power board c) multilayer inverter power board

    The picture showing a) single layer inverter power board b) double layer inverter power board c) multilayer inverter power board

    What is the Purpose of Inverter Power Board?

    The main purpose of the inverter power board is to convert the direct current to an alternating current.

    The inverter power board makes sure that too little or too much voltage does not harm the electrical device.

    It has many applications in different industries like the electronics industry, space industry, automobile industry, medical industry, and more.

    You can use them in many home appliances like kitchen appliances, power tools, lights, televisions, LEDs, etc.

    What are the Applications of Inverter Power Board?

    This power board is one of the most important parts of the electronic industry. It has various applications. It has uses in the electronics industry, automotive industry, medical industry, and many other industrial applications.

    In the electronic industry, it has essential uses in UPS and many other home appliances.

    In the medical industry, you will find that most of the medical industry equipment has an inverter power board in it. It makes the devices more efficient and accurate.

    In the automotive industry, there is a lot of use of inverter power boards in automobiles.

    The automobile becomes much more efficient when you install this device in it.

    These sophisticated and reliable devices have many more applications.

    They have applications in the space industry as well they have used in the satellite system.

    The inverter power boards are becoming much popular due to their durability.

    They have been used in the LED lights and many aluminum-backed lights.

    Most of the industrial equipment has an inverter power board in it. These boards make the machines small and more efficient in working.

    The applications of the Inverter power board

    The applications of the Inverter power board

    How can you Design an Inverter Power Board?

    The designing of the inverter power board is a crucial process and requires precise manufacturing.

    The designers use the best type of material to make sure the best design of the board.

    The first thing that you need to make in designing the board is to create a schematic.

    This schematic works as the blueprint of the inverter power board.

    The thing you must make sure the schematic must have are:

    The components that you are going to use.

    Relation between different components of different schematics

    The connections you are making between different components.

    After the schematic, you are going to make a layout of the inverter power board.

    For the design of the board, you are going to need good software.

    The recommendation for the software that you must use is Altium designer software.

    You are going to make the blank layout, then you are going to determine all of the factors that you need in your inverter power board.

    The picture showing the designing of an Inverter power board

    The designing of an Inverter power board

    What does an Inverter Power Board do?

    The main function of the inverter power board is to convert the direct voltage of the circuit to the alternating voltage with a higher frequency.

    The input voltage has a lower frequency. However, the resulting alternating current has a higher frequency.

    This device has no tendency to produce power on its own.

    However, the DC source produces it. The function of the inverter power board is to prevent the lower DC voltage use in home appliances.

    The low DC voltage can cause damage to the electrical appliances.

     What an inverter power board do

     What an inverter power board do

    What are the Different Components of Inverter Power Board?

    Different components make up the inverter power board and each component has its own importance.

    Every part is required necessarily for the proper functioning of the board.

    Following are the components are the inverter power board.

    Capacitors:

    The capacitors are the components that store energy in the circuit in the form of an electric charge. Moreover, when the circuit requires an electric current, it releases it.

    It is one of the major components of the inverter power board.

    Inductors:

    Inductors are the components of the inverter power board. When the fluctuating current passes through it, it reduces fluctuation.

    It stores the energy in the form of magnetic energy.

    It is an important component of the inverter power board, which directly affects its functioning.

    Different resistors, transistors, diodes, potentiometers, oscillators, and sensors are components of the inverter board.

    Different components of the inverter power board

    Different components of the inverter power board

    What are the Uses of Inverter Power Board?

    The inverter power board has various uses on daily basis.

    It has many advantages in the electronic industry.

    Many other industries like the medical industry, space industry, automobile industry, telecommunications industry, and engineering industry are using the inverter power board.

    The daily home appliances like TVs, LED lights, refrigerators, laptops, air conditioners have inverter power boards.

    The home appliances to very high technology machines are using inverter power board in it.

    It also has uses in the UPS, which you use in your home.

    It is one of the essential parts of daily electronic usage.

    They have great use in solar power systems.

    The uses of the Inverter power board

    The uses of the Inverter power board

    What is the Working Principle of Inverter Power Board?

    The working principle of the inverter power board is that it converts the direct current into alternating current.

    The inverter board converts the low frequency main alternating to current to high-frequency alternating current.

    For this purpose, first, the inverter board does the rectification of alternating current to provide direct current.

    Then the inverter converts this direct current to a higher frequency alternating current.

    It is the working principle of the inverter power board.

    If there is a fault in any component of the board, it might disturb the board’s work.

    The working principle of the inverter power board

    The working principle of the inverter power board

    What is the Manufacturing Process of Inverter Power Board?

    You need to understand the manufacturing process of the inverter power board.

    The manufacturing process involves many steps that you are going to read next.

    The first step of the manufacturing is designing a layout of the inverter power board.

    For this purpose, you can use software like Altium Designer.

    It will work as a blueprint for the project.

    After the designing of the board, you have to print out of the inverter power board.

    Use the best type of printer for this purpose. The one that uses different inks to specify each component of the design.

    Make sure your printer produces the best type of print films.

    After this, you have to make substrates from different materials, such as epoxy resin.

    In this step, you will place all of your components on the inverter power board.

    After placing all the components, use copper wire on both sides of the board. In addition, cut out the excess copper wire.

    After this, perform the etching of the copper wire on the board.

    Perform the printing of the inner layer of the board.

    For this purpose, you have to drill holes in the substrate and pass it into the ultraviolet.

    The ultraviolet radiation will do the hardening of the material that is photosensitive.

    After this, use an alkaline solution to remove any excessive photosensitive material.

    Remove the excess copper from the inverter power board.

    After this, perform the lamination of the layer.

    Fuse different boards together to give the right shape to the board.

    Laminate different prepreg layers and copper foils together.

    Press all the laminating layers and fuse them.

    Perform drilling and plating of the laminating layers.

    After this, the etching process will remove any excess material present.

    Perform the curing and the coating of the inverter power board.

    At the end of the manufacturing process, perform a functionality test.

    The manufacturing process of the Inverter power board

    The manufacturing process of the Inverter power board

    What is the Cause of Damage to the Inverter Power Board?

    The damage to the inverter power board could be of many reasons.

    Any damage in the design or assembly can lead to a complete failure.

    One of the main reasons for the damage is that you use components that are not of good quality.

    The low material quality of the components will lead to the early failure of the inverter power board.

    Another factor for the damage is that the design leads to problems i-e excessive heat production, soldering problems, and power failure.

    The inverter power boards that are wearing out are more prone to failure than the new ones.

    You must consider the shelf life of the inverter power board.  In addition, change the board once its life is complete.

    Apart from this, environmental factors like humidity, temperature, dust, winds can cause damage to the board.

    What Material you can use for the Making of the Inverter Power Board?

    There are certain types of materials that you can use for the manufacturing of the inverter power board.

    However, you need to make sure that the materials must be of high quality.

    You can use fiberglass material for making the layers of the inverter power board.

    It is a rigid type of material that you can lay across each other and need a binding substance to hold them.

    You can use the copper material for making the main paths of the current in the inverter power board.

    In addition, you can use aluminum material in the case of aluminum-backed inverter power boards.

    The aluminum material also helps in heat dissipation.

    Moreover, you can use plastic material for the manufacturing of flexible inverter power boards.

     

    The material epoxy resin fiberglass for the making of the inverter power board

    The material epoxy resin fiberglass for the making of the inverter power board

    How can you identify Short-Circuiting in Inverter Power Board?

    You can easily identify the short-circuiting of the inverter power board by physical aspects like sparking or noise produce by it.

    However, to check where exactly the circuit problem has occurred, you need to check for the signs.

    You can identify the signs through these:

    The first thing you must do is the checking the physical appearance of the inverter power board.

    There is a test known as a destructive test use for testing it.

    Check for the blackening of the component due to the burning of the components.

    You can use a thermal camera as well

    Use a multimeter that will help you check different properties like current, voltage, resistance and, capacitance.

    By using these methods, you can easily identify the short circuit in your inverter power board.

    How can your Repair Inverter Power Board?

    The first thing you need to do in case of repair is to inquire and analyze the problem.

    By doing so, it would be easy to repair the damage.

    Many environmental factors can cause damage. Therefore, clean the board to remove any dust or particles from it.

    There will be many challenges while repairing an inverter power board.

    However, you can take the assistance of a person having good experience in the field.

    In case of any damage to the component, replace it.

    Visualize all the aspects, and then repair the inverter power board.

    What are the Limitations of Inverter Power Board?

    There are many limitations of the inverter power board, but you can find the solution to these limitations wisely.

    The first limitation is the components of the inverter power board are costly.

    You need to look for components that are readily available and not expensive.

    The environmental factors can easily cause damage to the board.

    However, use material that can withstand all harsh environmental factors.

    Once you print out the layout of the board, you cannot change it.

    The designing of the layout is going to require a lot of your energy and time.

    Similarly, the designing of the inverter power board is costly.

    The components can produce heat that can cause damage to the board.

    Try using components that are heat resistant or make use of the heat sinks.

    Why is Copper the Best Type of Material you can use for making Board Traces?

    Copper is one of the good quality materials that the electronic industry is using for decades in the making of inverter power boards.

    Copper is always a good choice for the making of the board traces. Due to its property of good conduction.

    It will pass the electric current and the signals through these traces very easily.

    In addition, while transmitting the signal through it there is minimum loss of electricity.

    The inverter power boards also have copper material present in it.

    However, the excess copper is cut out of the inverter power board.

    What is the Difference between the Double-Layer Inverter Power Board and Multilayer Inverter Power Board?

    There is a great difference between the double-layer and multi-layer board.

    The double-layer has two layers of the base material. Whereas the multi-layer inverter power board has many layers that can range from 6 to 12 or even more.

    You can infuse these layers by applying pressure on them.

    The multi-layer inverter power board is much more complex than double layer board.

    You can use them in medical appliances and telecommunication systems.

    Similarly, the multi-layer is expensive than the double layer.

    However, both the double layer and multi-layer inverter power boards have insulating material between them. It prevents it from overheating.

    What is the Difference between the Rigid and the Flexible Inverter Power Board?

    The rigid inverter power board indicates from its name that its making is of rigid material. You cannot bend this type of board.

    On the other hand, the flexible inverter power board is made of plastic material.

    This powerboard has flexibility in it compare to the rigid one.

    You can use flexible inverter power boards in all kinds of devices due to their flexibility and frequent bending.

    On the other hand, a rigid inverter power board lacks this quality.

    However, both types of boards can have single, double, or multiple layers in them.

    You can use both of them in simple or complex applications.

    From where you can Purchase the Inverter Power Board?

    You can buy your inverter power board from one of the leading companies of modern PCBs from PCBMay.

    PCB is the professional producer of inverter power boards in china.

    Their products have been used in many industries like aerospace, medical, automotive, military, data communications, and many more.

    You can place your order at their website and be rest assured that they will safely deliver your products to you.

    They are exporting their products to more than 60 countries.

    They have high-quality products having IPC class 2 surveillance standards.

    They have very reasonable costs and ensure the quality of the components.

    Get Our Best Quotation
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