User-Manual-NeoDen-K1830-20200618.pdf - 第24页
Upper right Upper left Lower left ① The wa y to generate circle pan el When t he qua ntity o f compo nent is even: Click: “ba tch crea te”, belo w dia logue will po p up. Please fill in spe cification and foo tprint o …
For example: we can see the above picture which has a rectangular block and a circular block to form a small panel. We call
such panel as submodule. We can generate the whole panel board through creating a submodule. The whole panel board has
4 panels consisting of 2 rows and 2 columns. Align the 3 head components(right top,left top and left bottom), then generate
the submodule, the submodule is shown in the figure.
We also can select stack, nozzle, name, specification and etc. to adjust in this page.
Two ways to generate submodules: rectangle and circle.
①The way to generate rectangle panel: Click: ‘submodule’, below dialogue will pop up. Please fill in specification and
footprint of component. We can see the panel has four rows and five columns. Fill in 4 rows and 5 columns in the
dialogue, and align the three components(right top, left top, left bottom). The component degree will be based on actual
situation. Click ‘create’, the machine will generate all the coordinate automatically.
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Upper right
Upper left
Lower left
①The way to generate circle panel
When the quantity of component is even: Click: “batch create”, below dialogue will pop up. Please fill in specification
and footprint of component. Choose circle panel, the component number is 24 as the below picture, the angle is 0. As
the quantity of component is even number, we only need to find two symmetry components to align. Click create, the
24 components coordinate will be generate automatically.
Start
Point
Component
point 2
图（2.1.3.2-6）
When the quantity of component is odd: the component type will be the same. We can see that the panel has 9
components , as the quantity number is odd, we need to find 3 components that are in isosceles triangle, and then align
the coordinates of those three points in turn. Click ‘create’ to generate 9 components’ coordinate in circle panel.
Start
Point
Point
3
Com
p
onent
p
oint 2
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Feeder setting
All components’ setting on this files list, like: nozzle selecting, stack setting, the location of pick components, adjustment
setting, and others components’ setting need to be finished here. We can see that No.1-33 stack on bottom line, No.34-66
stack on top line, No. 67-76 feeders are the tray stack.
5.1 Function of feeder setting interface
(1) Assign all sequentially: After complete component information setting, click ‘Assign all sequentially’, the setting
information will be assigned to each feeder automatically.
(2) Assign feeder and nozzle: After complete stack information and nozzle setting, click ‘Assign feeder and nozzle’, all
information will update to the component list automatically.
(3) Footprint library: The normal component information is saved in the footprint library including name, length, width,
height, edge, pitch etc. Please note the detail information for the IC is necessary. The interface of footprint library as below:
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