So before proceeding actually to someone, an architect of a gun, let us understand one of the details
that we have for that device.
OK.
So we have 16 year, which is a popular version of we get to do this.
So we just looked into an internal software just to delete whatever we are discussing how it has been
mapped to an actual circuit.
OK?
So it's been noticing.
We have, again, rules and OK.
And here you have an angry.
So this is a single language which we discussed and then these are the lines which basically represent
an input.
So for example, being number two, we have both a normal output and a the output of this input.
So.
If you want to connect this line to an end, you can just use this connection and if you want to connect
complemented, I'll just use this to connect.
So this is how in a typical in an actual circuitry or device look.
And then we also have a region to actually read the data from this, so I guess for that reason we have
this photo here, which again consists of a normal preventive complement.
Other than that, we also have a plot which we have not discuss yet, and then we have an opportunity,
you can get some insight into this all agates will be all together.
So since it follows a programmable logic, so we have a programmable connection, but then output logic
consists of.
Fixed rates and then we finally have a certain combination to handle, and so if you just go below,
you have two modes of operation.
We have a complex mode of operation, that collection that are coming from an angle.
So it and you are being connected together within Target.
So we have an input argued with it, and then we can pass normal output to complement.
So if you just apply one node here, so one XIV, anything will result in two a complement of that specific
input, whereas if you just apply zero, we'll get the normal output.
Then we have a traceroute so we can decide whether to parse this output to this point.
So we can actually decide whether to pass the seed that we have and not destroy suitable for an output
or whether to read the input from this.
So this Spingarn configured as an input output.
So when we are reading something from the pen, we will basically make this tri state before act as
an hypertensives, so we'll be reading the state here.
And when we want to write something to happen, we'll just short-circuit this.
Right.
So in the normal operation, this won't affect us.
So this is no, this is what is present after an.
And then we have a which is a simple word, we here, one of the nine percent is being used to control
the operation of a buffer.
So this is a complex mode of operation.
And then we have a simple mode of operation that.
We can permanently decide to work this as an input and output and the connection remains as it is now.
We will summarize everything so that we understand a common terminology that we utilizing and police
and then we move on to and Sapientis.