We at VLtronics helps our clients by providing them with simple to complex Printed Circuit Board, Engineering, Design & Layout Services across a wide range of technologies. We have a solid reputation in high speed digital and analog designs for single, double, and high layer count boards. Whether your project calls for high speed constraint-driven requirements or basic I/O, we assure to deliver a complete design package on time and also which will be well-managed and thoroughly tested.
We are also capable of reverse engineering of multi-layer boards as well.
With an increasing demand for quality PCB designs in the competitive technology market today, we give you an ideal choice of design services by experts who will assist you in all your technological requirements along with fulfilling your demanding schedules.
1. PCB Design Service
With more than 5 years in the field of PCB Fabrication, we manufacture high-quality boards that are reliable and cost-effective.
At VLtronics, we offer PCB engineering solutions that promote optimization (with respect to all crucial factors: cost, safety, compliance, time-to-market, reliability and customer satisfaction) of every phase of the manufacturing cycle, from fabrication and assembly to testing, delivery and service.
Our experienced PCB designers and electronic engineers can make your ideas turn to reality.
We have expertise in High speed, multi layer digital PCB designs; High frequency PCB designs; Low level analog PCB designs; Complete assembly drawings; In-Circuit Test data generation; Auto-routing for dense PCB designs; PCB Designs for space, military, medical and commercial applications; Telecom, Military, space, medical, automotive and commercial applications; Exceptional turn time on projects to help meet customer deadlines; Complete confidentiality of your projects and IP and Competitive prices on of our all services.
Steps involved in our PCB Design Service are as follows :
- Reverse Engineering (if required)
- Schematic Design (pdf, Sketch,etc)
- Design Rule Check – A software check of your design to make sure the design does not contain errors such as traces that incorrectly touch, traces too skinny, or drill holes that are too small.
- Bill of Material generation (BOM) and part pricing for each design
- Custom footprints to meet your needs
- Gerber File Creation & Modification
- Component & Technology Research
- PCB Production Management
- PCB Prototype Assembly
2. PCB Assembly And Testing
Having this experience of over 5 years, we are able to give the service required to build all types of PCBs and PCBAs effectively.
When it comes to production, our team takes the responsibility of designing from prototype to production volumes. We have reliable circuit fabrication suppliers that can produce quick turns within one or two days to aggressive production volumes.
Printed circuit boards are used in almost all electronic products and in some electrical products. PCBs can be single-layer or multi-layer depending on the complexity of the electronic hardware, such as laptop, refrigerator, smartphone or washing machine motherboards, which have as many as 20 layers. PCBs are usually green in color, but they may come in blue, black, red and other colors as well. PCBs may be manufactured as single-sided with a single copper layer, double-sided with two layers of copper on the two sides of the substrate layer, or multi-layer with both outer and inner copper layers and alternating substrate layers. The multi-layer PCBs have a higher component density to allow circuit traces on the inner layers that would otherwise take up surface space between components. The adoption of surface mount technology (SMT) gave rise to the popularity of multilayer PCBs with more than two or four copper planes.
The common methods of printed circuit board assembly are through-hole and surface mount technology.
Through-hole technology is the mounting scheme used for electronic components involving the use of leads on the components. These leads are inserted into the holes drilled in the PCB. They are then soldered to the pads on the opposite side by either manual assembly or hand placement or through the use of automated insertion-mount machines.
Surface mount technology is the method that produces electronic circuits with components that are mounted directly onto the surface of the PCBs. Surface mount technology has eclipsed the popularity of through-hole technology as the favored method of circuit board assembly.
Both through-hole and surface mount technology can be used on the same circuit board. Though surface mount is more popular, through-hole is still preferable for certain components. For example, parts that need very strong physical connections, high heat tolerance, and high power-handling capacity still rely on through-hole technology. Surface mount construction method which allows components to be simply set on a board, not requiring that leads pass through holes in the board. This is the dominant method of assembly in use today, and allows boards to be populated quickly and easily.