When we DRC this, we get the following:
Measuring Width and Length:
In order to measue the width and length of our resistor, we can create ruler by either using the bindkey k or going to Tools -> Create Ruler.
If we want to get rid of a ruler we can hit shift-k. Let's do that and then finish creating our resistor.
We've added connections to our resistor, now let's position them and change our Display Level stop to 10 so we can see the outlines of the n-tap. We can find our display level settings by pressing e.
Now let's add pins. Go to Create -> Pin and make sure that Display Terminal Name is checked and the material choice is metal1. We'll draw our pins over the n-tap connectors and call our left pin L and our right pin R.
Now we will set the resistance with the res_id layer and DRC our design
If we extract our design we get the following:
A resistance value of 10.24k Ohms, which is very close to the 10k Ohms value which we required. Good enough for government work!
Implementing our Design with the n-well Resistor:
We can create a layout view for 2R_R with our designed 10k Ohm n-well resistor.
