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An Overview of SMT assembly requirements

Release time: 28/05/2018

Printed circuit boards (PCBs) have consistently advanced over many decades to become a compact, efficient, and critical component of a wide variety of machines, automobiles, computing and other electronic devices. Moreover, they have had an unparalleled impact on the presentation of new advancements, advances, and innovations in the global electronics industry. Today, the most popular PCB assembly technique is SMT assembly requirements, which is a vast improvement over earlier assembly techniques such as through-hole assembly

SMT (Surface Mount Technology ) has replaced other manufacturing processes to become the preferred choice of manufacturing PCBs for several reasons including:

Time Efficiency: Prior to the widespread use of SMT assembly, point-to-point and through-hole assembly were utilized; however, these techniques consumed a lot of time since assemblers would need to solder pads to the PCB's frame and would also require connecting wires, which not only take more time to solder, but also change the way energy is transmitted throughout the PCB. SMT solves these problems by soldering components to the surface of the PCB instead of through-hole connection points. This simple innovation allows PCBs to be manufactured via automation, which is highly time efficient.

SMT assembly requirements

Decreases  Assembly  Costs: Traditional PCB assembly techniques take much more time than automated SMT assembly. Hence, in the past PCBs were more costly to produce than they are now with SMT assembly. Moreover, for low-quantity or prototype PCBs commonly needed by design engineers, the cost for producing a handful of PCBs was extremely prohibitive with traditional assembly techniques. But due to automation and the ability to schedule the manufacturing of a variety of low-quantity PCBs simultaneously, SMT assembly drives down the costs of production to highly attractive price points.

Enhanced   Usability:   PCBs that are designed for SMT assembly use smaller components than in the past, which causes the entire PCB to be more compact and sleeker with greater energy efficiency.

These advantages enable present-day PCBs to be used in a wider array of devices including, laptop computers, smart phones, or machines that require a flat, compact PCB control board rather than one with large dimensions.

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