FR4 ROGERS HDI PCB Electronic Printed Circuit Board ISO14001 ROHS

Inverter Motherboard Electronic Circuit Board Assembly HDI PCB Bom In Design

Special PCB Type
1. FPC (Flexible Printed Circuit)
The flexible board is made of a soft plastic base film, copper foil and adhesive, which can be freely bent and flexible. It is thin and light, with high precision. It can have multi-layer circuits and attach chips to the board. or SMT wafers. It is generally called a flexible printed circuit board, abbreviated as a flexible board, and other names such as flexible circuit boards, soft films, flex boards, etc.
Like other substrates, FPCs continue to pursue higher line density and number of layers to improve FPC performance and reduce transmission power consumption. However, the manufacturing process of FPCs is very complex, and the technical capabilities required in electronic components are relatively high. high.The application of FPC is very extensive. It can be said that as long as it is used in technological products, FPC is most commonly used in communication products such as smart phones. In addition, there are notebooks, automotive electronics, medical, military and wearable devices, etc. As modern products pursue light, thin and short, flexible boards have also become very important. According to statistics, the number of FPCs used in the iPhone X accounts for about 20 pieces. In addition to the iPhone, these FPCs play the following roles in terminal equipment: antenna FPCs, backlight module FPCs, camera lens FPCs, Touch screen soft board, Touch ID soft board, sim card soft board, laptop screen connection soft board, car image sensor soft board, car light group soft board, etc., we can see the importance of soft board.

Application

The printed circuit board provides a universal base for a variety of high output LED applications. LED lighting solutions are rapidly evolving across industries where low power consumption, high efficiency and impressive light output are important. These LEDs gain more functionality when integrated with the HDI PCB. HDI PCBs facilitate expanded usage of LED lighting solutions, especially including displays and indicators.
Some of the most common applications for PCB LEDs within the lighting industry include the following:

1. Automotive industry: PCB LED displays are commonly found in the automotive industry, especially dashboard indicators, headlights, brake lights and advanced panel displays. The industry particularly favors PCB LEDs due to their low manufacturing costs and impressive durability, which increases the value and lifespan of vehicles.

2. Medical industry: Lighting tools are very important In medical applications, especially in surgical and emergency applications, large light can help improve the visibility of doctors. In these applications, LEDs are often the lighting method of choice for their power and small size. HDI PCBs are often used as the basis for these applications, especially aluminum PCBs, which have a longer lifespan and offer better heat transfer capabilities than other HDI PCB types. In this way, PCB LEDs ensure durable medical devices that can be reused in a variety of medical settings.

3. Residential and Storefront Applications: In addition to the uses listed above, PCB LEDs are gaining popularity in homes and businesses in the form of signage and displays. Smart LED lighting is an inexpensive way for homeowners to effectively light their homes, and customizable LED displays can direct business to storefronts.

PCB Capacities and Technical Specification

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