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Halogen-free And Lead-free Processes: Compliance Challenges For Green PCB Manufacturing
May 23,2025
Under the background of stricter environmental protection policies around the world, green manufacturing in the PCB (printed circuit board) industry is imperative, with halogen-free and lead-free processes becoming the core development direction. However, in the process of advancement, companies are faced with multiple compliance challenges such as technology, cost and supply chain coordination . ...
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Typical Application Scenarios For High Tg PCBs
May 13,2025
1. Automotive electronics Automotive electronic systems (e.g., engine control units, sensors and in-car entertainment systems) often operate in high-temperature environments, especially in engine compartments or under high summer temperatures. High Tg PCBs are able to maintain stable performance at high temperatures to ensure the reliable operation of automotive electronics. 2. Aerospace Aerospace...
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PCB Design Causes Reference Voltage Thermal Hysteresis: Problem Analysis and Solution Strategies
May 09,2025
In today's highly sophisticated electronic devices, the stability and accuracy of the reference voltage is critical to the performance of the entire system. However, an often overlooked issue - thermal hysteresis of the reference voltage due to PCB design - is gradually attracting widespread attention from engineers. Overview of the reference voltage thermal hysteresis phenomenon Reference voltage...
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Panelization Connection: V-cut/Stamp Holes/ Dummy Strips
Apr 25,2025
The last article we learned about the PCB several ways to put together the board, then Panelization should take into account the connection between the board, there are generally three kinds: V-CUT, stamp holes and Dummy strips. V-cut for the rule of the board is used more, as long as the two boards put together, leaving a little space between them (the gap between the V-cut) can be. Stamp holes a...
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Five Types Of PCB Panelization
Apr 23,2025
In the process of making PCB circuit boards, Panelization is a key link, which directly affects the production efficiency and utilisation of circuit boards. Different Panelization methods can to a certain extent optimize the layout of the circuit board, improve the efficiency of material utilization, so as to achieve better production results. Today, we will discuss in detail the specific types of...
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Advantages And Disadvantages Of Thick Copper PCB
Apr 15,2025
Thick copper sheet is a commonly used electronic base material in modern electronic circuits and power transmission, among other areas. Typically, the copper foil thickness of standard circuit boards ranges from 1oz (~35μm) to 2oz (~70μm), whereas the copper foil thickness of thick copper boards is usually more than 2oz, typically up to 3oz (~105μm) or higher. It has a thicker layer of copper comp...
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Unique Uses For Different Colours Of PCB Boards
Mar 31,2025
In PCB manufacturing, we often see a variety of colours of PCB boards, in fact, the colour of the PCB surface is the colour of the solder resist, pcb colours are green, black, blue, yellow, purple, red, brown, white and so on. Green:Universal, easy to fit the optical identification of SMD devices: Generally speaking, electronic products have to go through the production of boards and components SM...
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Hot Bar Soldering: Principles & Process Explained
Mar 25,2025
HotBar working principle: Pulsed thermal compression soldering is also known as Haba soldering (HotBar), also known in the industry as Haba machine (HotBar), HotBar process is a kind of heat and pressure will be flexible circuits (FPC) or flexible and rigid combination of boards soldered to the rigid PCB key process, widely used in electronics manufacturing (such as mobile phones, tablets, wearabl...
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How Much Do You Know About HDI Circuit Boards?
Mar 14,2025
In the ever-evolving world of electronics, High-Density Interconnect (HDI) PCBs have become the backbone of compact, high-performance devices. As a leader in advanced PCB manufacturing, Ucreate leverages cutting-edge technology to deliver 1+n+1, 2+n+2, and 3+n+3 HDI solutions tailored for industries ranging from consumer electronics to automotive and aerospace. Let’s break down the technical nuanc...
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What Is ENIG Surface Finishing?
Feb 25,2025
ENIG (Electroless Nickel Immersion Gold) is a process used for circuit board surface finishing, generally referred to as ‘electroless nickel immersion gold’, also referred to as ‘electroless nickel immersion gold’ or ‘gold immersion gold’, is widely used in mobile phone circuit boards, and some BGA package IC carrier boards will also use ENIGE or NEPIG (electroless nickel palladium gold). ENIGE or...
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