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1779 results:
1771. How do you ensure that your surfaces are suitable for soldering?  
We supply our standard lead-free HAL surface finish in accordance with IPC-4552, with guaranteed solderability for at least 12 months from the date of delivery. For fine-pitch and BGA applications,…  
1772. Do you supply the Printed Circuit Boards in panels that fit directly into the assembly placement machines?  
Yes. Our panel configurator creates multi-panel layouts with standardised frame dimensions free of charge. You can configure the panel size, the number of boards per panel and the type of separation…  
1773. Do you also supply SMD-Stencils to match the Printed Circuit Board in assembly?  
Yes, that is one of our most popular combinations. Using the 1-Click stencil feature, you can order a laser-cut SMD-Stencil to match your layout directly within the PCB calculator. The stencil is…  
1774. How do you assist us in handling complaints from our assembly end customers?  
Should one of your assembled boards be the subject of a complaint due to a PCB fault, we will carry out a technically sound analysis of the fault and provide you with a detailed report of the…  
1775. What file formats do you accept for PCB manufacturing?  
We prefer to process Extended Gerber (RS-274X) + Drillfile and ODB++. These formats allow for automatic analysis in our calculator. In addition, we also import native formats from common CAD…  
1776. What are the minimum spacing requirements I need to adhere to in my PCB layout?  
Our standard pooling parameters allow for trace widths and spacing from 100µm (0.1mm) and drills from 200µm (0.2mm) with a via pad of 400µm (0.4mm). These high-tech parameters are already included in…  
1777. How should I label impedances in my layout?  
We offer pre-defined layer buildups for 4-, 6- and 8-layer multilayer boards at no extra cost, optimised for standard impedance values. Our impedance calculator will help you with the preliminary…  
1778. Do you offer a layout check prior to production?  
Yes, every order undergoes an automatic Design Rule Check (DRC). If any issues are identified that could affect functionality or manufacturability, we will send you feedback with specific…  
1779. How can I avoid the most common PCB layout errors that lead to production delays?  
The three most common causes of queries and delays are: missing details regarding layer definition in the copper – i.e. labelling: TOP in the top layer, BOT in the bottom layer, incomplete data (e.g.…  
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