... to the exemplary drawing below One MAA Unit (MAA-U) is made up of 20 MAA. A maximum of 6 MAA-U may be used. | | MULTILAYER CIRCUITS | METHODS OF SHIPMENT | > Which modes of shipment do you offer? All following methods of shipment are charged at cost price. Sarurday does not | MULTILAYER CIRCUITS | count as a working day. 1.) Normal-Shipment: a.) For the countries: DE = Germany, AT = Austria and BE, NL, LU = Benelux delivery time | MULTILAYER CIRCUITS | is (Dt) 1-2 working days (Wd). The goods leave us at 4 p.m. and reach the client within the next two working days. b.) For | MULTILAYER CIRCUITS | the countries: DK = Denmark, CH = Swizerland, LI and CZ delivery time is (Dt) 2-3 working days (Wd). The goods leave us at 4 | MULTILAYER CIRCUITS | p.m. and reach the client within the next three working days. c.) For the countries: ES = Spain, PT = Portugal delivery time is (Dt) | MULTILAYER CIRCUITS | 3-5 working days (Wd). The goods leave us at 4 p.m . and reach the client within five working days. 2.) Fast Shipment with delivery | MULTILAYER CIRCUITS | time warranty: a.) For the countries: DE = Germany and BE, NL, LU = Benelux delivery time ...
[ Multilayer Circuits ]


... electrolytic acid coppers, the system's wide operating window allows for simplified process control and reduced process times. DMS-E deposits a conductive polymer that may | MULTILAYER CIRCUITS | be produced either in the horizontal mode using specially designed horizontal processing equipment or in the vertical mode using a standard immersion type plating line. | MULTILAYER CIRCUITS | The DMS-E system consistently delivers highly reliable plated through-holes on all commonly used laminate materials, PWB complexities and in a variety of operating conditions. Production-proven | MULTILAYER CIRCUITS | in both vertical and horizontal process equipment, the versatile system yields total process cost reduction Panel Plating a Flash of Copper The panels are online | MULTILAYER CIRCUITS | in a wet state transferred to our automatic electrolytic copper plating lines to get a flasch of copper.. The panels are attached to plating racks. | MULTILAYER CIRCUITS | When the racks are moved to the loading station, the system computer instructs the hoist to pick up the rack and begin the plating cycle. | MULTILAYER CIRCUITS | The ...
[ Multilayer Circuits ]


... you usually work with finished hole sizes. However, a fabricator must drill a hole larger than the finished one, about 0.004" to 0.005" over, | MULTILAYER CIRCUITS | then plate down to the desired finished size. This can lead to problems in maintaining annular ring requirements and copper spacing on internal layers. To | MULTILAYER CIRCUITS | meet manufacturing specs, the fabricator might have to modify the data, and that's the last thing you want. | SO NOW WE HAVE AN ALTERNATE | MULTILAYER CIRCUITS | REALITY: | You've finished the PCB layout (check out those negative planes!). You output the 274X and IPC-D-356 netlist files. The data are fed into | MULTILAYER CIRCUITS | a fab analysis tool and run through their paces. Clearances are good. No possible soldermask flaking. Spacing between the drills is just right. You hand | MULTILAYER CIRCUITS | the data set to the fabricator, and voila! No unexpected phone calls, no changes in the layout, and the fabricator happily sends back a good | MULTILAYER CIRCUITS | set of boards on time. Our recommendations for the correct storage of | PCBS AND MLBS | A.1 ) Brief desricption of ...
[ Multilayer Circuits ]