ER 5.4 Laminted 4 Layer Printed Circuit Board Fabrication With Prepreg 7628
 
PCB data sheets

 
 
Advantages
a) FR-4 epoxy glass. It’s suitable for handheld and consumer applications. It’s also Lead free compatible.
b) HASL has excellent wetting during component soldering and it can avoid copper corrosion
c) PCB manufacturing on required specifications. Right manufacturing instruction (MI), comprehensive equipment management and maintenance and process control, strict WIP inspection and monitoring as well as working instruction, all those make the whole fabrication process totally controlled.
d) Meeting your printed circuit board needs from PCB prototyping to mass volume production.
 
 
More Applications in Electronics
San Storage
GPS Receiver
3G Wifi Router
Wireless Broadband
DC To AC Inverter
Embedded System
Home Security System
Intercom System
Pa System
Paging Systems
 
 
PCB knowledge: Printed circuit board (PCB)
Printed circuit board (short for PCB) is an important electronic part. It is the supporting body of electronic component and the electrical connection supporter of electronic component. Since it’s made by electronic printing, it’s called printed circuit board.
 
Role
After PCBs are applied in electronic equipment, since it’s consistency of the same board, it confidently avoids the error of manual wiring. PCB can achieve the automatic pick and place or surface mounting, automatic soldering, automatic inspection. It guarantees the quality of electronic equipment. The labor productivity is improved, the cost is reduced and the maintenance is convenient.
 
Development
Printed circuit board develops from single sided to double sided, multilayer and flexible, and still maintain their own development trends. Due to the continuous development of high precision, high density and high reliability, and constantly reduce the volume, reduce costs, improve performance, making the printed circuit board in the future development of electronic equipment, still maintained a strong vitality.
Review on the future development trend, the manufacturing technology of PCB mainly is consistent, namely high density, high precision, small diameter, thin track, fine pitch, high reliable, multilayer, high-speed transmission, light weight, thin direction. To improve productivity, reduce costs, reduce pollution, adapt to many varieties and small batch production are the production direction at the same time. The technology development level of printed circuit boards, it is regarded with line width, PCB drill, aspect ratio as a representative.
 
History
The creator of printed circuit board is Austrian engineer Paul Eisler. He invented the printed circuit as part of a radio set while working in England around 1936. In 1943, The USA began to use the technology on military radio. In 1948, the USA released the invention for commercial use. Since the mid-1950s, printed circuits became commonplace in consumer electronics and began to be widely used.
 
Before PCB, the interconnection between the electronic components is relying on the wires directly connected to complete. Nowadays, only in the laboratory test wire exists. Printed circuit board in the electronics industry has occupied the absolute control status.
 

FAQ
What's your minimum track and spacing?
Actually this depends on the copper weight.
For half oz(18um) copper, it's 3mil / 3.5mil for prototypes, 4mil / 4mil for small production and larger at 5mil / 5mil for mass production.
For 1oz (35um) copper, it's 3mil / 4mil for prototypes, 4mil / 4mil for small production and 5mil / 5mil for mass production.
For 2oz (70um) copper, it's 6mil / 7mil for prototypes, 6mil / 8mil for small production and 7mil / 9mil for mass production.
For 3oz (105um) copper, it's 8mil / 9mil for prototypes, 8mil / 10mil for small production and 9mil /11mil for mass production.
For 4oz (140um) copper, it's 12mil / 11mil for prototypes, 12mil / 12mil for small production and 13mil / 13mil for mass production.