Your Excellent Breadboard PCB Manufacturer in China

Your #1 Breadboard PCB Supplier – PCBMAY

When you need a trusted breadboard PCB, PCBMay is your right choice. PCBMay is a famous PCB manufacturer and supplier in China. We serve as 3000+ clients worldwide and continuously delivering excellent products and services to customers. We are confident to provide a long-lasting product suitable for your applications.

PCBMay breadboard PCB is useful in transferring breadboarded prototypes to dependable and permanent circuits or useful for preserving a prototype or experiment. It is widely utilized among electronic experiments and point-to-point DIY soldering projects. It can be developed with 2.54 mm/ 0.1 inches hole pitch, 1 mm/ 0.04 inches hole diameter, about 1.6mm thickness, in green basic, silver tone color, as per customer’s requests.

In PCBMay you can avail yourself of a broad range of breadboard PCB at a cost-effective rate such as solder PCB, solderless PCB, solid conductor PCB, standard breadboard printed circuit board, mini breadboard circuit board, and many more. This product has so many features such as:

• Lead-free and RoHS compliant,
• Longer shelf life
• Gold plated finish to prevent oxidation
• Durable, very solid, sturdy, and easy to use
• Adaptable with a variety of MCU boards
• Through-plated for mounting strength
• Breadboard alignment for versatile prototyping purposes

We can deliver breadboard PCB and other PCB assembly services worldwide. Our products gain a good reputation and appreciated by 3000+ customers around the world. Due to breadboard PCB versatility, sustainability and reliability, it has become famous and used in a wide range of applications.

PCBMay supplies an effective and quality breadboard PCB that can meet your standards and applications. Before shipment of your orders, we will perform rigorous testing and inspection for 100% quality products. You can ensure to receive great condition and no defects breadboard PCB.

No matter where you are, we can deliver our products immediately. We accept small MQQ of PCB orders. PCBMay has efficient workers and advanced manufacturing lines to fabricate small or bulk orders of breadboard PCB that can always meet your requirements in various situations.

Besides breadboard PCB, PCBMay is also well-known for developing a broad range of ENEPIG PCB, Immersion silver PCB, high-frequency high-speed board, halogen-free board, heavy copper PCB, and more. Just send your requirements, our team will accommodate them.

If you have any inquiries in any PCB, don’t forget to message us. We have complete breadboard PCB information and can guide you to skyrocket your business. We will never disappoint your expectations with us.

Breadboard PCB: The Ultimate FAQ Guide

Are you worried about the longevity of your electronic projects?

It is a useful circuit solution for preserving a prototype or electronic experiment. Its tremendous features and countless advantages make this PCB reliable in versatile applications.

PCBMay supplies long-lasting breadboard PCBs for electronic applications. Do you know the details of this PCB manufacturing? We hope this FAQ will answer all of your queries related to its types, applications, etc. Let’s make a move.

What Is A Breadboard PCB?

Breadboard PCB is an electric circuit board that transfers prototype breadboards to permanent circuits. It significantly promotes the longevity of electronic gadgets. Its superior functionality turns this PCB into a widely-used circuit board for numerous projects, especially in point-to-point soldering.

Generally, breadboards are used in designing and inspection and breadboard PCBs are for controlling the complete product. It also allows you to move the components on a printed circuit board with a breadboard.

This circuit board is available in different colors like silver, green, etc. high durability and smooth signal transmission capability are responsible for its massive range of applications.

Breadboard PCB

It comes with bole solderable and solderless features that also improve its popularity in the electronics world.

How Does A Breadboard PCB Function?

Breadboard PCB has superior functionality in prototype electronic appliances. It controls the activities of PCB components placed on the surface. Generally, you need to arrange components on the breadboard first based on the breadboard to PCB software.

Then, it is required to move and change the permanent circuit with a PCB prototype. PCB transmits signals to the pins and power rails of the breadboard and makes these elements operative.

Highly Functional Breadboard PCB

Besides, PCB controls the integrated circuit connected to the breadboard. Usually, resistors and LEDs are used here to complete the whole circuit. Breadboard PCB regulates the current conduction through these electronic components and promotes the effectiveness of prototype designs.

What Is The Difference Between Breadboard And PCB?

Usually, two types of boards control the functions of circuit elements in electronic applications. These are PCB and breadboard. Both of these circuit boards are unavoidable parts of any kind of project.

The main differences between breadboard vs PCB are-

• PCB connections and component placement are permanent. But, you have an immense opportunity of changing the component’s arrangement on a breadboard based on your DIY project.
• Electronic components are placed on the PCB through the soldering process. That’s why this is more reliable and strong enough to tolerate mechanical and electrical forces. On the contrary, breadboards don’t deal with soldering. So, it is easy to assemble its elements fast.
• PCB appearance is more polished compared to a breadboard.
• Breadboards are supportive of using shifting wires throughout the board. So, it is difficult to understand the design layout quickly. But, this is rare in the case of PCB.
• In terms of rapid and reliable signal transmission, PCBs are multiple times better than breadboards.
• Breadboards can’t deliver top-class resistance against environmental issues like moisture, dust, etc. In contrast, printed circuit boards contain effective shielding technologies such as conformal coating, resin encapsulation, etc to resist external molecular contamination.
• PCBs have a higher shelf life compared to breadboards.
• In the case of thermal management, PCB renders impressive performance due to its effective materials and proper placement of thermal vias. The operating temperature of a PCB also covers a wide range. But, breadboards can’t deliver such efficiency in extreme thermal conditions.

Breadboard Vs Printed Circuit Board

It is clear that PCBs have more superior applications than breadboards. In recent times, no one usually prefers a breadboard over a PCB except for basic electronic projects. But, PCB’s importance in advanced electronic gadgets and high-volume manufacturing is beyond question.

Watch this video to know how to transfer breadboard prototype to custom PCB:

Which Dielectric Materials Are Used In Breadboard PCB?

Breadboard PCB consists of useful dielectric materials. Such as FR-4, glass fibers, plastics, metal oxides, etc. Dielectric materials are effective for achieving a higher dielectric strength.

These PCB materials provide insulating properties to the PCB so that no dielectric breakdown occurs. This breakdown indicates high current conduction that declines the PCB performance significantly.

Breadboard PCB Dielectric Materials

Proper use of dielectric materials ensures a  high breakdown voltage. That’s why this PCB remains extremely operative during the applications of intense electric fields. Moreover, these elements play a vital role in controlling heart dissipation in extreme conditions.

The low dielectric constant is an outcome of using effective dielectric materials. So, you must take care of using these materials properly while manufacturing a breadboard PCB board.

What Are The Notable Features Of Breadboard PCB?

It consists of some notable features. These properties make this PCB a widely-used circuit solution nowadays. Such as:

• RoHS compliance
• Lead-free compatible
• High decomposition temperature (around 280⁰C)
• High transition temperature (more than 170⁰C)
• Low CTE at the Z-axis direction
• Low dissipation factor
• The dielectric constant is less than 5.
• Moisture-resistant.
• Long shelf life. (around 3-4 years)
• Wide range of operating temperatures.

Prototype Breadboard PCB

How Does The Dielectric Strength Affect Breadboard PCB Performance?

The dielectric strength is a measure of the highest electric potential required for the breakdown of insulation. It affects breadboard PCB in multiple ways.

• Low dielectric strength is not suitable for maintaining proper insulation. Insulating properties are necessary for smooth current conduction.
• It has a great impact on the dielectric properties of PCB materials.
• Impedance matching on different PCB layers is hampered due to low dielectric strength.
• High dielectric strength promotes the robustness and durability of breadboard PCB boards to a certain extent.

PCB Breadboard Dielectric Strength

Why Do You Need To Consider The Dissipation Factor For High-frequency Breadboard PCB?

Dissipation factor or loss tangent is a crucial factor in designing a high-frequency breadboard PCB. It refers to the signal loss in the data transmission system because of energy dissipation.

The dissipation factor usually is an indicator of deficiency in the signal propagation line. It is inversely related to the signal frequency. So, the lower the dissipation factor, the more compatibility with high-frequency signals.

Breadboard PCB Dissipation Factor

For that reason, you should consider the dissipation factor for this PCB design. Proper use of dielectric materials and controlled impedance can reduce signal loss during the operation.

What Are The Types Of Breadboard PCB?

Breadboard PCB offers versatility in the electronic world. The most noteworthy types of this printed circuit board include-

• Mini breadboard PCB
• Solid conductor PCB
• Solderless PCB
• Breadboard custom PCB
• Universal PCB
• Single-sided PCB
• Double-sided prototype PCB
• Copper breadboard PCB.

Mini Breadboard PCB

How To Ensure Impedance Stability In Breadboard PCB?

Impedance stability is a vital factor that greatly influences breadboard PCB performance. This is important for ensuring controlled current conduction along with maintaining electric properties.

Impedance control depends on several issues. Such as:

Dielectric Constant

Dielectric constant or relative permittivity indicates the charge storage capacity of electronic material. Its lower value is effective for ensuring impedance stability.

Dielectric Thickness

This is the thickness of insulating materials used between the traces. It is related to impedance through a logarithmic relationship. That means thicker dielectric materials cause impedance mismatching that hampers the efficiency of this PCB.

Trace Dimensions

Trace dimensions, particularly trace widths, have an impact on impedance. Thrace width indicates the width of copper foil and coating. Its higher value decreases impedance. That’s why manufacturers intend to apply proper trace dimensions in breadboard PCB applications.

Except for these, the amount of resin content, copper thickness, etc factors are important for achieving a stable impedance in prototype breadboards.

Where Do You Use A Breadboard PCB?

Breadboard PCBs are applicable in versatile electronic projects. But, they are widely used in experimental projects and prototype PCB assembly. Besides, you can conveniently use these PCBs in DIY soldering projects.

Again, you have opportunities to incorporate this circuit board in the following applications:

• Plastic housing
• Prototype medical instruments
• Home appliances
• Telecommunication experiments
• Testing RF modules
• Gaming consoles
• Robotics

Widely-used Breadboard PCB

What Are The Major Advantages Of Breadboard PCB?

Breadboard PCB offers impressive advantages due to its effective materials. Its most notable features are-

• It supports through-plated technology for achieving mounting strength.
• This PCB has compatibility with the lead-free mechanism.
• It has a longer operating life compared to other circuit boards.
• Breadboard PCB is supportive of gold plated finish. That’s why its resistance against oxidation in the PCB layer is commendable.
• It has mounting durability along with a stable design.
• Its processing and design are easier than contemporary printed circuit boards.
• This circuit board is capable of adapting to various MCU (microcontroller unit) boards.
• PCB breadboard delivers proper alignment for different prototyping experiments.
• Its supreme dimensional stability indicates higher reliability in robust PCB designs.

Breadboard PCB Advantage

Is Breadboard PCB Moisture-resistant?

Breadboard PCB shows impressive resistance against moisture and other environmental contaminants. That’s why this PCB lasts for a long time. It is supportive of using conformal coatings on the PCB surface. Like Acrylic resin (AR), Urethane resins (UR), silicon resins (SR), etc.

These coatings create a worthwhile barrier outside of the PCB substrate. So, there is no usual chance of chemical contamination to this PCB. Besides, its materials are also tolerant to moisture and dust.

Solderless PCB Breadboard

So, they can preserve their properties in intense humidity. This facility makes PCB breadboards operative in both low-volume and high-volume applications.

What Are The Disadvantages Of Prototype Breadboard PCB?

Prototype breadboard PCBs also have some drawbacks. You need to consider the following disadvantages while choosing the most effective PCB breadboards.

• Its inspection takes a lot of time due to design complexity.
• This PCB can’t deliver optimum robustness in some electronic applications. Such as military and aerospace equipment.
• Solderless breadboards lack reliability in some cases.

Effective Breadboard PCB

Contact us immediately. We have been providing high-quality breadboard PCBs for around 15 years. Our products are IPC-certified and cost-effective. You will get a premium feel while using a top-class circuit board.

How Do You Choose The Perfect Manufacturer Of Breadboard PCB?

Breadboard PCB is a mandatory part of prototype circuits. Its reliable manufacturing develops the performance of electronic devices. So, you need to choose the perfect manufacturer for this PCB.

The following factors are useful for you to find a trustworthy manufacturer.

Product Quality

A manufacturer should have the affordability to produce high-quality prototype PCB. You must not compromise with quality. The solderable breadboards must be qualified in IPC standards.

Besides, you need to ensure the use of proper dielectric materials during PCB production. Usually, IPC class 2 or class 3 standard breadboard PCBs are considered the best in terms of quality.

Manufacturing Expertise

An expert and experienced manufacturer can deliver quick service with higher reliability. That’s why you should properly check the working history of the manufacturer.

Cost

PCB price is an immensely influential factor while choosing a trusted supplier of PCB breadboard. You can get an idea by checking the market price. If you find your desired supplier offering you a quality product at a competitive price, you should go for it. But, never trade-off between product quality and cost.

Technical Support

Breadboard PCB board manufacturers should have RoHS-certified expert technicians. You need to get an idea about their delivering one-stop assembly service. You can only be sure about getting custom solutions of prototype PCBs then. So, you should give priority to this issue.

Customer service

A trustworthy and up-to-date breadboard PCB manufacturer must have a well-structured website and customer service. Then it can deliver instant information and sales service of this PCB.

PCBMay is the leading PCB manufacturer in China in recent days.  Inquire about us to enjoy the best assembly service.

Which Factors Affect Breadboard PCB Cost?

The following factors significantly affect the cost of breadboard PCB.

PCB Materials

PCB materials having superior quality usually cost high. So, if you want to get better performance,  you need to pay more. But, you can consider it cost-effective because of its standard operations and long lifespan.

Cost-effective Breadboard PCB

Manufacturer Selection

Sometimes, the breadboard PCB price varies concerning the manufacturer. You need to select one that can deliver PCB products within your budget.

Customization

If you want a prototype PCB breadboard with versatile features through customization, its cost will increase.

What Are The Soldering Processes Of Breadboard PCB?

Breadboard PCB usually supports the THR (Through-Hole Reflow) soldering process. Here, a solder paste containing resin materials is applied to specific locations to place the PCB components.

The transition temperature of resins is around 100⁰C. So it remains in the same phase until the starting of the welding process. Then, a heat source delivers sufficient heat through the reflow chamber and the temperature rises up to 150⁰C.

Then, the solder gets melted and reaches the specific location where the components are placed. Thus, a secure connection between the lower portion of the PCB components and the terminals is established.

THR soldering offers high processing quality in this PCB. It also ensures the mechanical stability of the PCB components. But, It costs high for low-volume PCB manufacturing.

How To Mount Components In Breadboard PCB Assembly?

Breadboard PCB assembly is normally supportive of through-hole technology (THT) for component mounting in most cases. It uses plated through-hole to place the PCB components having leads.

THT mounting is highly effective for making stronger bonds between the boards and components. That’s why it enables the PCB breadboard to handle high temperatures and mechanical pressures.

In some cases, this PCB applies surface mount technology for component placement. It mainly depends on the project’s requirements. You should consult a worthwhile manufacturer of this PCB to take care of this thing.

What Is The AOI Test In Breadboard PCB Manufacturing?

The AOI test is an automated process to detect the fault of a breadboard PCB.  Its full form is automated optical inspection. Here, an AOI machine integrated with a top-quality camera captures multiple 2D and 3D images of a  prototype breadboard.  Then the machine cross-checks these photographs with a properly designed PCB.

If your PCB does not match to a certain level, the AOI machine determines the defective portion of the PCB layout. You can detect wrong solder joints,  overloads, opens, short connections, etc.

AOI Test

This test is ideal for finding generally overlooked faults of the PCB breadboard.  Since it is expensive, you can’t afford it for small-scale productions. But, the AOI test renders reliable results in high-volume PCB manufacturing.

What Is The Meaning Of The UL94 V-0 Rating Of Breadboard PCB?

The UL94 V-0 rating is a flammability standard for the breadboard PCB materials. It is the most desired rating in the UL94 standard. This rating means-

• The burning period is less than 10 seconds in the vertical flammability test.
• There is no dripping of the PCB specimens

That means, prototype breadboard PCBs show superior performance against flame. Its effective materials make this PCB tolerant to a certain level of temperatures.

What Are The Metal Coatings On Breadboard PCB?

Breadboard PCB board supports the use of different metal coatings on the PCB surface. This feature promotes the performance of this PCB against corrosion and oxidation.

Usually, layerings of nickel, gold, palladium, silver, etc metals are applied to the PCB copper substrate. These coatings protect the copper surface from external contamination and improve solderability to a great extent.

The most common metal platings are-

• Electroless Nickel Immersion Gold (ENIG)
• Electroless Nickel Electroless Palladium Immersion Gold (ENEPIG)
• Hard Gold finish
• Soft Gold finish
• Hot Air Solder Levelling (HASL)

Both electroless and electrolytic metal coatings are effective for this PCB.

Breadboard PCB Metal Coating

How To Fabricate A Prototype Breadboard PCB?

Prototype PCB fabrication consists of the etching and plating process on the surface of breadboard PCB. PCB etching is the most vital part of fabricating this circuit board.

Etching means eliminating unnecessary coppers from the PCB trace. To etch properly, you need to cover necessary portions by using solder masks and then place the trace in ferric chloride or cupric chloride solution. Ferric chloride is used in most cases.

This toxic solution reduces uncovered copper within 25-30 minutes. Then, you need to dry and plate this PCB trace properly.

What is the Main Difference Between Solderable and Solderless Breadboard PCB?

Breadboard PCBs are compatible with both solderable and solderless mechanisms. Usually, circuit boards with reliable solder joints are highly durable. But, solderless PCB breadboards are also usable in some applications.

If you experience both of these circuit boards, you can easily find out their basic differences. We are here with some distinguishing features between these two PCBs.

Functionality

Solderless breadboard PCB offers a quick response in data transmission systems. Its supreme functionality and component replacement capability allow the manufacturer to conduct performance testing.

But, solderable PCBs have strong solder connections. So, it takes a little bit more time to test these circuit boards. Watch this video:

Durability

Solderable breadboards along with PCB offer higher durability due to their robust designs. On the contrary, solderless breadboards are less durable in extreme conditions.

Use

Solderable PCB breadboards are applicable in almost every electronic sector. Compared to that, solderless breadboards have limited uses. These PCBs are used mainly in prototyping, plastic housing, inspection purposes, etc.

Solderable Breadboard PCB

Shelf Life

Solderless Prototype breadboard PCBs have a long operating life similar to solderable breadboards.

Cost

Manufacturing and maintenance costs of solderable breadboards are high. But, solderless breadboards don’t require much maintenance. That’s why these are appropriate for basic and demonstration-type electronic projects.

Conclusion

This is almost everything about this multi-functional printed circuit board. We have tried to explain all the topics in simple words. Breadboard PCB improves the performance of various electronic gadgets with great consistency.

If you are looking for a high-quality breadboard PCB, PCBMay is your best option in recent times. We provide a one-stop OEM and ODM service with profound reliability. Contact us in the case of further PCB manufacturing problems.