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Flying Probe Test and Test Jig: A Comparative Analysis
Flying Probe Test and Test Jig are two methodologies widely employed in the evaluation of electronic components and printed circuit boards (PCBs). Despite sharing the common goal of ensuring optimal functionality and reliability, these approaches exhibit distinctive characteristics. Let's delve into the disparities between Flying Probe Test and Test Jig together!
Why choose Heavy Copper PCB for your High Current Project? | Best Technology
In the world of electronics, printed circuit boards (PCBs) play a vital role in connecting and powering various components. They are the backbone of every electronic device, from smartphones to industrial machinery. When it comes to designing a PCB for a project, the thickness of the copper layer is an important consideration. Heavy copper PCBs, also known as thick copper PCBs, have become increasingly popular in charging automotives due to their unique features and benefits. In this article, we will discuss why consider heavy copper PCBs for your high current project.
6 Reasons Why Always Design 50ohm Impedance For Rigid Flex PCB
Rigid-flex circuits have become increasingly popular in recent years due to it combines the flexibility of flex circuits and rigidity & reliability of FR4 PCB. One of the key design considerations when creating a rigid-flex circuit is the impedance value. For general high-frequency signals and RF circuits, 50ohm is a most common value that designers used and manufacturer recommended, so why choose 50ohm? Does 30ohm or 80ohm is available? Today, we will explore the reasons why a 50ohm impedance is the optimal design choice for rigid-flex circuits.
India customer visit pcb factory
This week we have two india friends & customers visit to Best Technology's office & factory and talked more about the thick film ceramic boards.
Is it worth getting a Everything you should know about Tg in PCB? | Best Technology
Working temperature changes can have a significant influence on the operation, reliability, lifetime and quality of products. Temperature rises results in materials expanding, however, the substrate materials that PCB are made of have different thermal expansion coefficients, this causes mechanical stress that can create micro-cracks that may be undetected during electrical tests carried out at the end of production.
What is Heavy Copper PCB for Industrial Power Supply? | Best Technology
All of us know the printed circuit board, but do you know what is the heavy copper PCB? Best Tech is a very experienced heavy copper PCB fabricator since year 2006. Heavy Copper PCB is a type of printed circuit board that features with thicker copper layers than standard FR4 PCBs. While conventional PCBs typically have copper thicknesses ranging from 1 to 3 ounces (per square foot), heavy copper PCBs have copper thicknesses exceeding 3 ounces and can go up to 20 or more ounces. These copper layers are typically found in the inner and outer layers of the PCB, heavy copper providing enhanced current-carrying capacity and improved heat dissipation capabilities.
5 PCB Testing details to make your PCB no more quality issues
As we all know, it is very important to get a well-functional PCB from the PCB manufacturers. A well functional PCB means that the electricity testing has been performed well at the PCB manufacturer end. However, you may have found some PCB you purchased are with some electricity issues like short & open circuits, or some visual issues like solder pad missing., etc.
Intro to Mastering the Art of BGA Soldering Best Technology
BGA (Ball Grid Array) soldering is a widely used method in the electronics manufacturing industry for mounting integrated circuits onto printed circuit boards (PCBs). This method provides a more compact and reliable connection compared to traditional through-hole or surface mount technology. However, the complexity of BGA soldering poses various obstacles during the manufacturing process. Herein, we will explore the challenges faced in BGA soldering and discuss effective strategies to address them.
12 layers Rigid-flex PCB with 8 layers flex parts
The 12 layers rigid-flex PCB which is fabricate with highly quality and in conform to IPC standard class III & meet the quality requirement of ISO13485. With so strict quality request, makes it can perform excellent performance and be used in medical fields.

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