PCB Prototype

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PCB Ink Plotter CNC Machine using Arduino | DIY Project



pcb ink plotter is made using arduino running GRBL CNC firmware, 28BYJ-48 stepper motors, 3D printed parts .
Subscribe || PCB Ink Plotter CNC Machine using Arduino | DIY project

DIY ELECTRONICS PROJECT
ARDUINO BASED PROJECT
ARDUINO ELECTROICS PROJECTS
CNC MACHINE BUILD USING ARDUINO
HOW TO HOWTO HOW TO MAKE HOW TO A MAKE HOWTOMAKE DOITYOUSELF DIY DO IT YOURSELF

source

Be Made Aware About PCB Assembly Capabilities of MOKO Tech

MOKO Tech is amongst the top PCB designers and manufacturers in China. The firm manufactures PWBs of assorted types, and from varied materials. Here, we’ll explain the capabilities of MOKO Tech.

PWB Assembly Capabilities

Subsequent are our PWB assembly capabilities, which make us among the most innovative and leading producers of PWBs:

Ball Grid Array (BGA) Assembly

The BGA assembly is usually applied when there’s a demand to eliminate overheating problems. This assembly has a decent heat dissipation characteristics, which helps keep clear of getting too hot of the circuit.

Surface Mount Technology (SMT) Assembly

In this assembly, parts are mounted entirely on the PWBs. We have the ability of manual, and additionally automatic SMT production process. Our SMT assembly capabilities include BGA, small chip packages, package-on-package, and so on.

Through-Hole Assembly

In this assembly, the component leads are inserted through the pre-made holes. Later, they are soldered for protection. We can provide you with two types of Through-Hole assemblies – manually operated through-hole assembly and automated through-hole assembly.

Quick Turn Assemblies

We view internationally accepted PWB standards and guidelines. This is a value added service, making it possible for you to take delivery of highly trustworthy fast turn PCB assemblies at fast turnaround times. Many of our shoppers take advantage of this service which we provide.

PWB Prototypes Manufacture

PWB prototypes help you to get a better understanding of the final PCBs, or how they are going to be. With a great experience to back us up, we provide the first-rate prototype manufacturing services to our customers. These PCB prototypes are UL approved, and we strive to get them shipped to you at the earliest opportunity.

Low-Mid Volume Production

MOKO Tech is committed to offer their service, which helps you assemble low volume PCB prototype orders. We keep ourselves updated with the newest technologies to stay abreast of the ever changing demands of our consumers.

MOKO Tech is well known for its PCB assembly capabilities which range from a basic Though Hole PCB to a standard Surface Mount (SMT) PCB assembly. We employ a group of hardworking professionals who have helped us deliver top shelf goods and services to our patrons from a variety of industries.

VoIP Phone Call Recording using Asterisk Server



Integration of VoIP phone call recording in Asterisk server on Raspberry pi

source

5 Most Beneficial: Linux on a Chromebook, building DNS servers, VoIP on Raspberry Pi, even more

In this week’s Top 5, we showcase putting Linux on a Chromebook, building your special DNS name servers, creating a VoIP (voice over internet protocol) solution on a Raspberry Pi, contrasting Python and Ruby for website design, and the top 5 programming languages for DevOps.

5 posts of the week

5. Top 5 computer programming languages for DevOps
4. Python vs. Ruby: Which can be most suitable for website design?
3. The way to install Asterisk on the Raspberry Pi
2. Create your very own DNS name server on Linux
1. Running Linux on your Chromebook with GalliumOS

See more details on https://opensource.com/article/17/4/top-5-april-14

Methods to install Fedora 25 on your Raspberry Pi

Read on about the very first officially supported edition of Fedora for the Pi.
In Oct . 2016, the introduction of Fedora 25 Beta was announced, together with initial support for the Raspberry Pi 2 and 3. The final “general availability” version of Fedora 25 was published 1 month later, and ever since then I have been playing around with the a lot of Fedora spins accessible for the newest versions of the Raspberry Pi.

This article is not as much a review of Fedora 25 on the Raspberry Pi 3 as a assortment of hints, screenshots, and my own individual ideas on the first officially supported version of Fedora for the Pi.

See details on https://opensource.com/article/17/3/how-install-fedora-on-raspberry-pi

ECO Modifications – Wires added under BGA



Process Sciences, Inc provides PCBA rework and repair services, including ECO rework. This video montage shows X-ray images of our ECO wire adds under BGA devices, which can help design teams avoid timely respins by adding/modifying circuit connections, and allows engineers to probe individual pins for debug and test purposes.

Process Sciences (PSI) is a process engineering resource center and solutions company. We provide outsourcing options for X-Ray inspection, Failure Analysis, Process Qualifications, Counterfeit Detection and Rework Services that allow our customers to focus on designing and producing circuit board assemblies. We’ve been serving the circuit assembly and semiconductor industry since 1994.

Visit us at www.process-sciences.com

source

4 Suggestions to Choosing a Low-volume PCB Assembly Producer

printed circuit board assy

Working with small-run PCB assemblies has its advantages and cons. As the buyer, there are several helpful tips that will assist you to maximum benefit out of your assembly. Outlined in this article, we shall explain how to maximize the positive aspects and approaches to get around the shortcomings.

Guidelines on how to Decide on a Low-volume PCB Assembly Producer?

The ideas pointed out down the page should help you obtain the most out of your small-run PCB assembly order.


1. Single Supplier

Pick out a small-run PCB fabricator who can be a one-stop provider for all your PCB requires. The advantage of working with a small order is that you don’t need to coordinate with a couple of organizations or individuals. Your order can be handled by a single point of contact.


2. Incredible importance of Prototypes

Even if working with small orders, you must insist on use of prototypes – despite the fact that it causes an added expenditure. Prototypes will enable you to inspect your design and enhance it, when necessary.


3. Low-volume PCB Producer

printed circuit board assy

Producing small-run PCB assemblies can be a task when employing an rookie fabricator. As the order quantity is low, expense of production is going to be gently higher. For that reason, any misstep by the PCB fabricator will result in increased losses for the consumer.


4. Standard PCB Practices

Standard recommendations associated with PCB fabricating should be taken even though working with a small-run PCB assembly. This includes design, fabrication, assy, and also PCBA testing procedures.

Working with a small-run PCB assembly has its own couple of merits. Applying standard best practices will enable you to build an order that might help you finally.

Double Sided PCB CNC Milling



Making a double sided circuit board at home can save you a bundle of money. Mikey describes how to use a inexpensive CNC to make a two sided circuit board. The process is easy to learn as it just requires a CNC, some tape and metal pins.

source

Be Aware Of PCB Assembly Capabilities of MOKO Technology

MOKO Technology is amongst the reputable PCB designers and manufacturers in China. The firm makes Printed Circuits of varied types, and from a variety of materials. On this page, we are going to discuss about the capabilities of MOKO Technology.

Printed Circuit Assembly Capabilities

Below are our Printed Circuit assembly capabilities, which make us among the most innovative and leading producers of Printed Circuits:

Ball Grid Array (BGA) Assembly

The BGA assembly is primarily used when there exists a demand to get rid of overheating issues. This assembly has a very good heat dissipation features, which helps eliminate getting too hot of the circuit.

Surface Mount Technology (SMT) Assembly

In this assembly, components are mounted right on the Printed Circuits. We have the capability of manual, as well as automated SMT production process. Our SMT assembly capabilities include BGA, small chip packages, package-on-package, and so on.

Through-Hole Assembly

In this assembly, the component leads are inserted through the pre-made holes. Later, they are soldered for protection. We can provide you with two types of Through-Hole assemblies – manually operated through-hole assembly and automated through-hole assembly.

Quick Turn Assemblies

We see worldwide accepted Printed Circuit standards and guidelines. This is a value added service, which allows you to get highly trustworthy quick turn PCB assemblies at fast turnaround times. A lot of our customers use this service that we provide.

Printed Circuit Prototypes Manufacturing

Printed Circuit prototypes aid you in getting a better idea about the final PCBs, or how they are going to be. With a great experience to back us up, we present the unparalleled prototype manufacturing services to our clients. These PCB prototypes are UL approved, and we strive to get them shipped to you as fast as possible.

Low-Medium Volume Production

MOKO Technology is committed to offer their service, which helps you assemble low volume PCB prototype orders. We keep ourselves updated with the most up-to-date technologies to stay abreast of the ever-changing requirements of our buyers.

MOKO Technology is well-known for its PCB assembly capabilities which range from a easy Though Hole PCB to a standard Surface Mount (SMT) PCB assembly. We employ a group of hardworking professionals who have helped us deliver highly rated products and services to our consumers from a wide variety of industries.

Raspberry PI to PBX – Part 4 – Imaging SD Card



This video is a part of a DIY series where I figure out if it is possible to turn a Raspberry PI into a FreePBX phone server! It worked and was relatively easy for tech head with little Linux experience.

Firstly let me apologies! A number of times in the install and explanation I reference the 64gb SD card as a 64mb card! Fail on my part and please don’t pick me up on it all the time! I know I’m a numpty! All the filming was done on my Iphone! I didn’t want to spend hours editing this! But I do have some more professional looking vids on my channel www.youtube.com/whackstar .
I used the following sources to help build the server. I want to say thank you to the guys at Raspberry PI it is truly a great little machine and your site was very helpful. I also want to say thanks to the guys at Raspberry Pi to Asterisk. Your image worked amazingly well! I will be sending you a thank you in the form of a paypal donation sometime soon.

Parts Amazon Links:
Raspberry PI Cases: http://www.amazon.com/s/ref=bl_sr_pc?_encoding=UTF8&field-brandtextbin=Multicomp&node=172282
Raspberry PI: http://www.amazon.com/gp/product/B009SQQF9C/ref=oh_details_o03_s01_i00?ie=UTF8&psc=1
SD Card 64Gb (I mean it!): http://www.amazon.com/gp/product/B008AN1C1A/ref=oh_details_o03_s00_i01?ie=UTF8&psc=1
Charger: I used and old Blackberry Charger!

Web Resources:
Information about the Raspberry PI and recommended starter images: www.raspberrypi.org
Information about Raspberry PI to FreePBX: http://www.raspberry-asterisk.org/
Information about FreePBX: http://www.freepbx.org/
Guide how to install webmin: http://www.webmin.com/deb.html
My own personal site: www.waynehackman.com

I would be very happy to answer any questions you can tweet me at whackman or email me at wayne@waynehackman.com

Thanks so much for watching please rate and subscribe and if you are really nice I can do another additional video talking about the gear and trunks the PI-PBX connects to.

source

5 Most Beneficial: Linux on a Chromebook, building DNS servers, VoIP on Raspberry Pi, and more

In this week’s Top Five, we showcase putting Linux on a Chromebook, building your own private DNS name servers, creating a VoIP (voice over internet protocol) solution on a Raspberry Pi, evaluating Python and Ruby for website development, and the top five computer programming languages for DevOps.

5 Most Beneficial blogposts of the week

5. Top 5 programming languages for DevOps
4. Python vs. Ruby: Which is perfect for website development?
3. Learn how to install Asterisk on the Raspberry Pi
2. Establish your personal DNS name server on Linux
1. Running Linux on your Chromebook with GalliumOS

See more details on https://opensource.com/article/17/4/top-5-april-14

The right way to deploy Fedora 25 on your Raspberry Pi

Please read on about the very first officially supported release of Fedora for the Pi.
In October 2016, the introduction of Fedora 25 Beta was announced, together with initial support for the Raspberry Pi 2 and 3. The final “general availability” version of Fedora 25 was published 4 weeks later, and since then I have been playing around with the an assortment of Fedora spins out there for the latest versions of the Raspberry Pi.

This article is not as much a review of Fedora 25 on the Raspberry Pi 3 as a group of suggestions, screenshots, and my personal thoughts on the very first officially supported version of Fedora for the Pi.

See details on https://opensource.com/article/17/3/how-install-fedora-on-raspberry-pi

What is DIP SOLDERING? What does DIP SOLDERING mean? DIP SOLDERING meaning, definition & explanation



What is DIP SOLDERING? What does DIP SOLDERING mean? DIP SOLDERING meaning – DIP SOLDERING definition – DIP SOLDERING explanation.

Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.

Dip soldering is a small-scale soldering process by which electronic components are soldered to a printed circuit board (PCB) to form an electronic assembly. The solder wets to the exposed metallic areas of the board (those not protected with solder mask), creating a reliable mechanical and electrical connection.

Dip soldering is used for both through-hole printed circuit assemblies, and surface mount. It is one of the cheapest methods to solder and is extensively used in the small scale industries of developing countries .

Dip soldering is the manual equivalent of automated wave soldering. The apparatus required is just a small tank containing molten solder. PCB with mounted components is dipped manually into the tank when the molten solder sticks to the exposed metallic areas of the board.

Dip soldering is accomplished by submerging parts to be joined into a molten solder bath. Thus, all components surfaces are coated with filler metal. Solders have low surface tension and high wetting capability. There are many types of solders, each used for different applications. Such as Lead-Silver for strength at higher than room temperature. Tin-Lead is used for General Purpose; Tin-Zinc is used for Aluminum; Cadmium-Silver is used for strength at high temperatures; Zinc-Aluminum is used for Aluminum and corrosion resistance; Tin-Silver and Tin-Bismuth is used for Electronics. Because of the toxicity of lead, lead-free solders are being developed and more widely used. The molten bath can be any suitable filler metal, but the selection is usually confined to the lower melting point elements. The most common dip soldering operations use zinc-aluminum and tin-lead solders.

There is not much equipment or setup for this process, all that is needed is the solder pot with its temperature control panel, the bath of molten solder, and the work holding device. Usually the work holding device is custom made for each respective workpiece for either manual or automated dipping.

Some materials are easier to solder than others. Copper, silver, and gold are easy to solder. Iron and Nickel are a little more difficult. Titanium, magnesium, cast irons, steels, ceramics, and graphites are hard to solder. However, if they are first plated they are more easily soldered. An example of this is tin-plating, in which a steel is sheet coated with tin so that it can be soldered more easily.

Dip Soldering is used extensively in the electronics industry. However, they have a limited service use at elevated temperatures because of the low melting point of the filler metals. Soldered materials do not have much strength and are therefore not used for load-bearing.

source

Four Tips to Selecting a Small-run PCB Assembly Manufacturer

pc board assembly

Working with low-volume PCB assemblies has its benefits and cons. As the purchaser, there are several pointers that can help you get the most from your assembly. In this article, we will explain how to make use of the good things and ways to go around the down sides.

Easy methods to Pick out a Small-run PCB Assembly Manufacturer?

The information referred to here should help you maximum benefit out of your low-volume PCB assembly order.


1. Only One Service Provider

Find a low-volume PCB manufacturer who could be a one-stop supplier for all your PCB needs. The main advantage of working with a small order is you don’t have to coordinate with several organizations or individuals. Your order can be treated by a single point of contact.


2. Importance of Prototypes

Even when working with small orders, you must insist on use of prototypes – though it comes at an added expenditure. Prototypes will enable you to inspect your design and enhance it, as needed.


3. Small-run PCB Manufacturer

pc board assembly

Fabricating low-volume PCB assemblies can be quite a task when using the services of an unsophisticated manufacturer. Because the order quantity is low, expense of production will probably be gently higher. Therefore, any mistake from the PCB manufacturer will contribute to higher losses for the client.


4. Standard PCB Practices

Standard tips related to PCB production ought to be adopted even if working with a low-volume PCB assembly. This can include design, fabricating, assemblage, and in addition PCBA testing procedures.

Working with a low-volume PCB assembly has its own range of positive factors. With the help of standard guidelines allows you to build an order that might help you in the long term.

PCB Making with UniTech CNC Router



pcb making with unitech cnc router

source

Be Informed On PCB Assembly Capabilities of MOKO Tech

MOKO Tech is one of the best PCB designers and makers in China. The enterprise produces Printed Wiring Boards of various types, and from different materials. In the following paragraphs, we’ll explain the capabilities of MOKO Tech.

Printed Wiring Board Assembly Capabilities

Subsequent are our Printed Wiring Board assembly capabilities, which make us one amongst the most advanced and leading producers of Printed Wiring Boards:

Ball Grid Array (BGA) Assembly

The BGA assembly is usually applied when there’s a need to eliminate overheating issues. This assembly has a great heat dissipation characteristics, which helps eliminate getting too hot of the circuit.

Surface Mount Technology (SMT) Assembly

In this assembly, components are mounted right on the Printed Wiring Boards. We are capable of manual, and additionally automatic SMT production process. Our SMT assembly capabilities comprise of BGA, small chip packages, package-on-package, etcetera.

Through-Hole Assembly

In this assembly, the component leads are inserted through the pre-made holes. Later, they are soldered for protection. We can provide you with two types of Through-Hole assemblies – manual through-hole assembly and automated through-hole assembly.

Quick Turn Assemblies

We observe globally accepted Printed Wiring Board standards and guidelines. This is a value added service, which allows you to take delivery of hugely reliable fast turn PCB assemblies at quick turn-around times. Many of our customers use this service that we provide.

Printed Wiring Board Prototypes Manufacturing

Printed Wiring Board prototypes assist you in getting a better idea about the final PCBs, or how they’re going to be. With a great experience to back us up, we provide the first-rate prototype manufacturing services to our patrons. These PCB prototypes are UL approved, and we endeavor to get them shipped to you promptly.

Low-Medium Volume Production

MOKO Tech is committed to provide their service, which helps you assemble low volume PCB prototype orders. We maintain ourselves updated with the newest technologies to stay abreast of the ever-changing requirements of our clients.

MOKO Tech is well known for its PCB assembly capabilities which range from a simple Though Hole PCB to a standard Surface Mount (SMT) PCB assembly. We employ a group of diligent experts who have helped us deliver top quality products and services to our consumers from a lot of industries.

Linphone Raspbian + Asterisk



Voilà un petit essai de portier vidéo sous raspbian.

Matériel :
Un raspberry B
Une webcam Logitech C170 avec Micro Intégré
http://www.amazon.fr/KitSound-Enceinte-compatible-appareils-Android/dp/B0069MWN26
Raspbian Installé
Linphone Installé

Sur la vidéo à droite
1 fenêtre SSH avec alsamixer pour régler le volume
1 fenètre avec linphonecrc pour simuler un appel de la rue

Sur la vidéo à Gauche
Un Linphone sur un PC, mais cela aurait pu être sur un GSM

source

5 Best: Linux on a Chromebook, building DNS servers, VoIP on Raspberry Pi, and others

On the subject of this week’s Top 5, we highlight putting Linux on a Chromebook, building your own personal DNS name servers, creating a VoIP (voice over IP) solution on a Raspberry Pi, evaluating Python and Ruby for website development, and the top 5 development languages for DevOps.

5 blog posts of the week

5. Top 5 computer programming languages for DevOps
4. Python vs. Ruby: Which is most suitable for website development?
3. Tips on how to install Asterisk on the Raspberry Pi
2. Build up your personal DNS name server on Linux
1. Running Linux on your Chromebook with GalliumOS

See more details on opensource.com/article/17/4/top-5-april-14

The right way to mount Fedora 25 on your Raspberry Pi

Read more about the very first officially supported release of Fedora for the Pi.
In Oct . 2016, the launch of Fedora 25 Beta was announced, coupled with initial support for the Raspberry Pi 2 and 3. The final “general availability” version of Fedora 25 was released four weeks later, and since then I have been playing around with the many Fedora spins intended for the most recent versions of the Raspberry Pi.

This post is not as much a review of Fedora 25 on the Raspberry Pi 3 as a variety of suggestions, screenshots, as well as my own individual thoughts on the first officially supported version of Fedora for the Pi.

See details on opensource.com/article/17/3/how-install-fedora-on-raspberry-pi

Alpha Solder Preform Products



More information http://krayden.com/contact/ask-an-expert/
Alpha Solder Paste with Preforms will increase solder volume
Request more information on Alpha Preform Products from a Krayden Technical Expert: http://krayden.com/contact/ask-an-expert/
Find more about Alpha Preform Products here http://krayden.com

‘- Krayden is an authorized distributor of Alpha Solder Preforms

Alpha Solder Preform Products Applications
– Alpha preform products target wire harness assembly
– Alpha preform products for power module assembly
– Alpha preform products for solar junction box
– Alpha preform products for electrical device build
– Alpha preform products for induction soldering

Alpha TrueHeight Spacer Blocks Features
– Burr free
– non collapse copper discs coated with a barrier layer of nickel
– Finish coated with flash gold to provide precise stand-off height
– Easily integrate into standard SMT assembly
– Achieve improved process assembly yield

Alpha Solder Preform Products
– Alpha Sleeve including flux
– Alpha High temperature die attach alloys
– Alpha large area sandwich solder joint
– Alpha Engineered Tape and Reel Products
– Alpha Special Shape Preforms
– Alpha Solder Washers and Discs with Flux
– Alpha TrueHeight Spacer Blocks
– Alpha Exactalloy Preforms
– Alpha Tape and reel packaging for preforms

Alpha Preforms Benefits
– Alpha offers a wide variety of tape and reel preform sizes
– Alpha offers a wide variety of Preform alloys
– Alpha Low temperature alloys
– Alpha Compliant SnBi alloys

Alpha Exactalloy Preforms Selection Criteria
– Alloy Selection is based on compatibility with substrate materials and on melting point
– Custom designed shapes and sizes provide exact solder volume for specific applications
– Flux type is based the heat application method, specific materials to be soldered, reliability requirements and color coding

More information on Alpha Preform Products http://alphaassembly.com/en/Products/Preforms/Preform-Selection-Criteria-Available-Shapes

‘- Alpha Preforms are an enabling technology for the integration of PCBs into higher level assemblies and other stand alone soldering operations

Products
Krayden is an authorized distributor of Alpha Solder Preform Products
Request a quote or search available products below http://krayden.com/contact/quick-quote/

****************************

Subscribe to Krayden Product Updates: http://krayden.com/feed/

Connect with Krayden
*****************************
Youtube: https://www.youtube.com/user/KraydenInc
Linkedin: https://www.linkedin.com/company/krayden-inc-/
Twitter: https://twitter.com/Krayden_Inc
Facebook: https://www.facebook.com/KraydenIncAdhesives
Google+: https://plus.google.com/+KraydenAdhesives

source

4 Tricks to Picking out a Small-quantity PCB Assembly Maker

pcb board assemblies

Working with low-quantity PCB assemblies has its benefits and downsides. As the buyer, there are a few suggestions that will help you maximum benefit from your assembly. On this page, we will explain how to benefit from the positives and approaches to steer clear of the negative aspects.

Tips to Choose a Small-quantity PCB Assembly Maker?

The tips talked about here can help you obtain the most out of your low-quantity PCB assembly order.


1. Single Provider

Pick out a low-quantity PCB producer who could be a one-stop supplier for all of your PCB needs. The main benefit of working with a small order is that you don’t need to coordinate with various organizations or individuals. Your order can be handled by a single point of contact.


2. Need for Prototypes

Even though working with small orders, you must insist upon use of prototypes – though it brings about an increased expenditure. Prototypes will help you to examine your design and enhance it, as you desire.


3. Small-quantity PCB Maker

pcb board assemblies

Fabricating low-quantity PCB assemblies can be quite a task when employing an rookie producer. Given that the order quantity is low, cost of production will probably be slightly higher. And so, any misstep on the part of the PCB producer will contribute to greater losses for the consumer.


4. Standard PCB Practices

Standard guidelines relating to PCB production needs to be implemented regardless if working with a low-quantity PCB assembly. This consists of design, fabrication, assembly, and also PCBA testing steps.

Working with a low-quantity PCB assembly has its own group of pros. With the help of standard best practices will assist you to build an order that can help you in time.

Collin’s Lab: PCB Milling



Learn a new way to create printed circuit boards by way of a milling machine. Join Collin as he uses an Othermill to cut the foundation for a simple capacitive synthesizer.

Othermill: https://www.adafruit.com/product/2323

—————————————–
Visit the Adafruit shop online – http://www.adafruit.com

Subscribe to Adafruit on YouTube: http://adafru.it/subscribe

Join our weekly Show & Tell on G+ Hangouts On Air: http://adafru.it/showtell

Watch our latest project videos: http://adafru.it/latest

New tutorials on the Adafruit Learning System: http://learn.adafruit.com/

Music by Collin Cunningham: https://soundcloud.com/collinmel
—————————————–

source

Be Aware Of PCB Assembly Capabilities of MOKO Technology

MOKO Technology is one of the top PCB designers and makers in China. The company manufactures PCB Boards of several types, and from various materials. In the following paragraphs, we’re going to discuss about the capabilities of MOKO Technology.

PCB Board Assembly Capabilities

Following are our PCB Board assembly capabilities, which make us one of the most superior and leading makers of PCB Boards:

Ball Grid Array (BGA) Assembly

The BGA assembly is mainly chosen when there exists a need to get rid of overheating problems. This assembly has a effective heat dissipation features, which helps stay away from getting too hot of the circuit.

Surface Mount Technology (SMT) Assembly

In this assembly, parts are mounted directly on the PCB Boards. We have the ability of manual, and also automatic SMT production process. Our SMT assembly capabilities consist of BGA, small chip packages, package-on-package, etcetera.

Through-Hole Assembly

In this assembly, the component leads are inserted through the pre-made holes. Later, they are soldered for protection. We can provide you with two types of Through-Hole assemblies – hand-operated through-hole assembly and automatic through-hole assembly.

Quick Turn Assemblies

We view globally recognized PCB Board standards and guidelines. This is a value added service, allowing you to receive highly solid fast turn PCB assemblies at fast turn-around times. Many of our customers take advantage of this service that we provide.

PCB Board Prototypes Manufacture

PCB Board prototypes aid you in getting a better idea about the final PCBs, or how they are going to be. With a outstanding experience to back us up, we offer the best-in-class prototype manufacturing services to our clients. These PCB prototypes are UL qualified, and we attempt to get them delivered to you in a timely manner.

Low-Mid Volume Production

MOKO Technology is dedicated to offer their service, which helps you assemble low quantity PCB prototype orders. We keep ourselves updated with the newest technologies to stay abreast of the ever changing demands of our consumers.

MOKO Technology is widely recognized for its PCB assembly capabilities which range from a easy Though Hole PCB to a standard Surface Mount (SMT) PCB assembly. We hire a group of hard working pros who have helped us deliver top shelf services and products to our customers from a number of industries.

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