add
import javax.swing.*;
bin_addit.txt |
add
that is the equivalent of exclusive or (same for subtraction) because
0 + 0 = 0
0 + 1 = 1
1 + 0 = 1
|
bin_subtr.txt |
add
subtracting one from a column is the same as taking one from the bottom, not from the top, don't think of it as adding one from which we can then subtract. Its' not that. need to subtract one from the bottom row.
Correct that. Need to subtract from that column, so need to in fact borrow
from that column .... keep going across until reach a one from which we can
turn it into a zero.
|
bindec.c |
c program to convert binary to decimal
int Bin2Dec(char *);
boolean_algebra.htm |
add
|
data_tipz.htm |
microsoft and unix specific and ISO c data types (int, size_t...
bits and bytes
|
dig_definitions.txt |
some definitions for final
switching circuit - a set of inputs which produce a discrete output
combinational circuit - outputs are determined by only present values of inputs
sequential circuit - outputs are determined by past and present values of inputs. Uses some sort of memory device.
logic gates - basic building block of a combinational circuit
|
flip_flops.txt |
add
FLIP FLOPS
==========
flip-flops versus latches
-------------------------
|
hexdec.c |
add
int hextodec(char);
int main(void) {
printf("enter the hex:");
introduction.htm |
mail flow outline, deleting mail from the queue, all the binary options to sendmail
design of digital systems
|
latches.txt |
add
latches
=======
latches and flip-flops have the ability to "remember" their past inputs. So,
|
minterm.txt |
add
writing an expression for a circuit in terms of a result of either 1's or 0s
============================================================================
write the output as a function of the input variables
we used to make a truth table for a circuit, right? Well, this chapter starts out with an example where we make the circuit first than half-fill in the truth table. This gives us 'f' column where there was just an a,b,c values before.
|
mux.txt |
the multiplexer and decoder which decodes the multiplexed signal
mux
---
purpose of an mux is to combine inputs using a control. Accomplishes ...
select the data inputs which will be processed and stored.
|
nand_kmaps.txt |
add
definitions
===========
literal: a variable or its complement
minterm ("of n variables"): a product of n literals in which each variable appears exactly once in either true or complemented form, but not both
|
number_systems.htm |
number representation and binary number manipulation
design of digital systems
|
pals.txt |
ROMs and programmable logic arrays
complex programmable logic devices and ROM
==========================================
In both pal and pla the outputs are or'd together.
*PAL*: programmable array logic
|
sequential_parts.txt |
add
objectives
==========
S-R latches
gated D latches
|
three_state_buffers.txt |
add
This is a simple buffer used to increase the driving capability of a digital system.
They allow outputs of 0 and 1 to be combined together.
|
wraparound.c |
program showing that C stores chars as signed ints
/* this should cause the wrap-around effect but in fact it prints out 80000 */
wraparound_c_out.txt |
add
80000
800,000 = 800000
8,000,000 = 8000000
80,000,000 = 80000000
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