Electronic – Eagle CAD custom SMD pad for bushing contact

Place the pad. Right click on it and open its properties. In the drop down menu for "shape", select "long".

Now you have a long pad.

If you also need the hole in the pad to be non-circular then you have to either make a cutout or a mill callout.

Cutout

Use the "cut out" layer to draw the shape you need. With the board shop I work with, at least, the minimum width of the cut-out is 100 mils.

The easiest way to do this is to draw a 100 mil wide line where you want your cut-out. You can either select the "cut out" layer before drawing the line or move it to that layer after it's drawn. It'll look something like this:

A full tutorial (where this image is from) is available at OSH Park, who will also make the boards for you rather inexpensively.

If this won't work for you, contact the board house you plan to use and ask them how they want such a feature specified. For instance, if you need the cutout to be less than 100 mils wide, or you need it to be plated, ask your board house.

Mill Callout

As described on the linked guide. A mill call out is a box drawn around a drill hole on the "mill" layer. Again, you'll need to check with the boardhouse on what exactly they'll do with the callouts you've made, there is a chance they'll simply ignore them.

Use the PAD tool, which is the button with the red bar on the lower end of the palette left of the drawing area.

You can set the size of the pad to 1.35x1.75mm in the menu above the drawing area, or in the properties of the pad after it has been placed.

When placing a pad, eagle will automatically place a polygon in the stop mask layer (green coating) and the cream layer (where the manufacturer will place solder paste)

As said in the comment, you have drawn the 'bottom view' in eagle, but you have to use the 'land pattern.'

One caveat: The bottom view is really what the device looks like when it is on the table upside down - i.e. the pins are flipped horizontally. See the pin numbers!

After placing your pads, you should also draw the outline of the device in the tPlace layer which will help to design the board. And the drawing shows this bold circles, which mark the orientation of the device. You should also place a circle in tPlace. This will help to know the correct orientation when soldering the board. (Everything on tPlace will be printed onto the PCB, usually in white)

Finally: If you are designing a board without schematic, you will only need this Eagle package. But if you plan to design a schematic first, and then a board from that schematic, you need to do three thinks:

1. Create a symbol for the device. This is what the device looks like in the schematic.

2. Create a package. This is what the device looks like on the PCB. (You are currently doing this.)

3. Create a device. A device links symbol and package, and also which pin of the symbol corresponds to which pad of the package.