flexible circuit capability | Hitech Circuits Co., Ltd.

PCB REVERSE ENGINEERING–From Hitech Circuits Co., Limited

PCB Reverse Engineering, also known as PCB Cloning or PCB Copy.The PCB copy ‘s work cloning the circuit board, producing samples, replacing components, making BOM list, derived schematic. PCB Reverse Engineering using Reverse Engineering technology onto the PCB which was designed and manufactured by others, it is to use PCB Board related software to copy someone else’s printed circuit board and then manufacture the pcb circuit board by yourself.With the PCB Reverse Engineering technology development, To the wide sense that PCB Reverse Engineering not only include PWB file extraction, PCB Cloning and PCB Copy and other related technical aspect, but [...]

Andy Liu2019-03-12T12:14:30+00:00Categories: Blog|Tags: component sourcing for pcb assembly, fast pcb assembly, flexible circuit capability, heavy copper printed circuit board, High density Printed circuit board|

What to Expect from a Flex PCB Manufacturer

The constant usage of electronic products in our day-to-day life and the extensive array of devices we use for varied applications is quite evident of our dependence upon them. But have you ever thought what these devices are dependent upon for their smooth operation? Printed circuit boards to be precise. What is a Flexible Printed circuit Board? Flexible circuit boards are best suited for electronic devices, and are made of plastic layers like polyimide film (in many cases and for special purposes, fluorocarbon and aramid films are also used). The flexible laminate of the PCB consists of a conducting [...]

Andy Liu2019-03-12T12:14:30+00:00Categories: Blog, Industry News, PCB News|Tags: flex pcb, Flex printed circuit board, flexible circuit board, flexible circuit capability, Flexible PCB, Flexible pcb assembly, flexible pcb manufacturer|

DESIGNING FLEXIBLE PRINTED CIRCUIT BOARDS（ Part One）

A Flexible PCB is defined as an arranged pattern of integrated circuits and components that uses flexible based materials. Here, the same components used to produce rigid printed circuits boards might be used to fabricate these flexible electronic assemblies, but they should allow the flexibility of the board during its application. Some of the advantages provided by flexible PCBs include; low mass, greater reliability, high ductility, and space savings. But also, inventors/designers must be ready for their complexity and complications. Except for the fact that the designer must be accountable for the mechanical complexity related to a flex circuit, there’s [...]