I opened this thinking I was the target audience - a longtime developer who has always wanted to get into electronics. However, this first paragraph...
> In order to present our paradigm in learning electronics, we can take an example of a full adder chip
that enables binary addition. Let us use a top-down approach, and look at the datasheet of the TTL
(Transistor-Transistor Logic) chip 7483. We will immediately notice that the chip performs the addition of
two 4-bit binary words, A and B.
...and the associated diagram, just immediately left me feeling like I was standing in a room full of people who were smarter than me. Is this really where one starts while learning basic electronics?
> In order to present our paradigm in learning electronics, we can take an example of a full adder chip that enables binary addition. Let us use a top-down approach, and look at the datasheet of the TTL (Transistor-Transistor Logic) chip 7483. We will immediately notice that the chip performs the addition of two 4-bit binary words, A and B.
...and the associated diagram, just immediately left me feeling like I was standing in a room full of people who were smarter than me. Is this really where one starts while learning basic electronics?