Computing
Channel: HomoFaciens
Date: 2013-08-13

Table of content:
00:05 Introduction
00:25 Binary versus decimal numeral sytem
01:55 Bit and Byte
02:31 NOR SR latch
05:36 Real NOR SR latch
06:16 NAND SR latch
07:20 Gated latch
08:26 Real circuit of a gated NOR latch
08:56 Gated NAND SR latch
09:54 Propagation delay of a real circuit
10:30 Positive edge triggered D flip-flop
11:54 Real circuit of a positive edge triggered D flip-flop
13:30 Integrated D flip-flop
14:04 Shift register
15:04 Parallel readout
15:53 Destructive readout
16:25 Multi purpose shift register
18:27 Integrated 8-bit shift register
20:13 Multiplexer
20:47 Demultiplexer
21:54 JK flip-flop
22:30 Edge triggered JK flip-flop
24:12 Real JK flip-flop
25:00 T flip-flop
25:38 Asyncronous counter
26:44 Ripple effect
27:37 Real asynchronous counter
28:40 Synchronous counter
30:01 Transistion from 01111 to 10000
30:48 Integrated 4-bit counter circuit
31:50 Adding binary values
32:02 Half adder
32:39 Overflow
33:09 Binary addition in column method
34:04 Full adder
34:33 Ripple carry adder
35:41 Two's complement
37:04 Subtraction
38:01 Ripple carry subtractor
39:30 Two 4-bit full adder circuits
40:30 Microcomputer

The chapter about computing at the project page:
http://www.homofaciens.de/technics-base-circuits-computer_en_navion.htm