missingfiles

docs/assignments/week07.md

@@ -25,7 +25,7 @@ February 20
 
       ![](../images/week07/week7_finalResult.JPG)
 
-    All the EAGLE files can be found [here](https://drive.google.com/open?id=1Z9piwM9xCbg6XFwhQNHIXudWf7W6QhBY).
+    All the EAGLE files can be found [here](https://gitlab.fabcloud.org/academany/fabacademy/2019/labs/fct/students/antonio-gomes/tree/master/docs/assignments/FilesFolder) and [here](https://drive.google.com/open?id=1Z9piwM9xCbg6XFwhQNHIXudWf7W6QhBY).
 
 !!! todo
     - [X] Just for fun, the Zeptobars blog shows pic inside an [ATmega8](https://s.zeptobars.com/atmega8-HD.jpg), an [ATtiny13A](https://s.zeptobars.com/atmel-attiny13a-HD.jpg), or a [ATtiny4](https://zeptobars.com/en/read/atmel-tiny4-attiny4-microcontroller).
@@ -50,35 +50,36 @@ I reviewed the week 7 lecture in order to plan the week work.
 >What's inside an IC? By Ken Sirriff lecture here, at the [2016 Hackaday SuperConference](https://hackaday.com/2016/12/27/ken-shirriff-takes-us-inside-the-ic-for-fun/)
 
 Time line description of the former video in order to have a better mental model of a processor:
-- 5:10 video, ALU
-- 5:58, MOS transistors
-- 6:40, MOS transistors sensitive to electrostatics explained
-- 7:10, PIOS, why to not use that word?
-- 7:16, NAND gate
-- 8:25, PULLUP resistor, is what?
-- 9:01, NOR gate
-- 9:48, a single gate his five!
-- 10:57, Sinclair Scientific calculator, 1974
-- 12:15, Simulator calculator, http://www.righto.com/2013/08/reverse-engineering-and-simulating.html
-- 14:01, Intel memory, 1970: 512 bits, half a tweet
-- 15:08, wait for the bit, sequential
-- 15:46, 555 timer
-- 16:00, bypolar transistors theoretically and real!
-- 16:45, real NPN transistor
-- 17:20, real PNP transistor
-- 17:53, 555 timer, or read it [here](http://www.righto.com/search?q=555+timer); for the CMOS version of it, [here](http://www.righto.com/2016/04/teardown-of-cmos-555-timer-chip-how.html)
-- 18:44, simulation [here](http://www.righto.com/2016/02/555-timer-teardown-inside-worlds-most.html)
-- 18:57, 741 opamp
-- 20:37, current mirror
-- 21:18, resistors are to "expensive" inside a chip
-- 21:30, Bizzards to "clone" currents
-- 22:12, 7805 voltage regulator
-- 24:31, how to photograph this?
-- 26:02, How to get to the die?
-- 26:36, die photos: [here](https://zeptobars.com/en/), [here](http://visual6502.org/) and [here](https://siliconpr0n.org/)
-- 27:24, chisel
-- 28:12, Intel 8008
-- 29:10, thank you very much
+
+  - 5:10 video, ALU
+  - 5:58, MOS transistors
+  - 6:40, MOS transistors sensitive to electrostatics explained
+  - 7:10, PIOS, why to not use that word?
+  - 7:16, NAND gate
+  - 8:25, PULLUP resistor, is what?
+  - 9:01, NOR gate
+  - 9:48, a single gate his five!
+  - 10:57, Sinclair Scientific calculator, 1974
+  - 12:15, Simulator calculator, http://www.righto.com/2013/08/reverse-engineering-and-simulating.html
+  - 14:01, Intel memory, 1970: 512 bits, half a tweet
+  - 15:08, wait for the bit, sequential
+  - 15:46, 555 timer
+  - 16:00, bypolar transistors theoretically and real!
+  - 16:45, real NPN transistor
+  - 17:20, real PNP transistor
+  - 17:53, 555 timer, or read it [here](http://www.righto.com/search?q=555+timer); for the CMOS version of it, [here](http://www.righto.com/2016/04/teardown-of-cmos-555-timer-chip-how.html)
+  - 18:44, simulation [here](http://www.righto.com/2016/02/555-timer-teardown-inside-worlds-most.html)
+  - 18:57, 741 opamp
+  - 20:37, current mirror
+  - 21:18, resistors are to "expensive" inside a chip
+  - 21:30, Bizzards to "clone" currents
+  - 22:12, 7805 voltage regulator
+  - 24:31, how to photograph this?
+  - 26:02, How to get to the die?
+  - 26:36, die photos: [here](https://zeptobars.com/en/), [here](http://visual6502.org/) and [here](https://siliconpr0n.org/)
+  - 27:24, chisel
+  - 28:12, Intel 8008
+  - 29:10, thank you very much
 
 >Or read more [here](http://www.righto.com/2015/12/reverse-engineering-arm1-ancestor-of.html)
 And [here](http://www.righto.com/2016/12/die-photos-and-analysis-of_24.html)