2.00 score from hupso.pl for:
excelunusual.com



HTML Content


Title excel unusual

Length: 14, Words: 2
Description pusty

Length: 0, Words: 0
Keywords pusty
Robots
Charset UTF-8
Og Meta - Title pusty
Og Meta - Description pusty
Og Meta - Site name pusty
Tytuł powinien zawierać pomiędzy 10 a 70 znaków (ze spacjami), a mniej niż 12 słów w długości.
Meta opis powinien zawierać pomiędzy 50 a 160 znaków (łącznie ze spacjami), a mniej niż 24 słów w długości.
Kodowanie znaków powinny być określone , UTF-8 jest chyba najlepszy zestaw znaków, aby przejść z powodu UTF-8 jest bardziej międzynarodowy kodowaniem.
Otwarte obiekty wykresu powinny być obecne w stronie internetowej (więcej informacji na temat protokołu OpenGraph: http://ogp.me/)

SEO Content

Words/Characters 2723
Text/HTML 20.01 %
Headings H1 1
H2 28
H3 0
H4 0
H5 0
H6 0
H1
excel unusual
H2
subscribe here
search this blog
archives
categories
tags
recent comments
more rss
powered by
about the speed of spreadsheets #2
power management: an animated buck switching regulator model in excel 2003
about the speed of spreadsheets #1
a gated ring oscillator demo – part#2
a gated ring oscillator demo – part#1
an interactive gated ring oscillator tutorial – part #4
an interactive gated ring oscillator tutorial – part #3
an interactive gated ring oscillator tutorial – part #2
an interactive gated ring oscillator tutorial – part #1
a delay based animated excel model for single-stage logic gates – part#2
a delay based animated excel model for single-stage logic gates – part#1
introduction to digital electronics – a simplified model for logic gates – part#3
introduction to digital electronics – a simplified model for logic gates – part#2
introduction to digital electronics – a simplified model for logic gates – part#1
an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#4
an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#3
an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#2
an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#1
an animated ray tracing model for spherical mirrors – video preview
a 3d flight simulator – video preview
H3
H4
H5
H6
strong
entries
comments
this model stands out because of the real time schematic animation. 
b
i
em entries
comments
this model stands out because of the real time schematic animation. 
Bolds strong 3
b 0
i 0
em 3
Zawartość strony internetowej powinno zawierać więcej niż 250 słów, z stopa tekst / kod jest wyższy niż 20%.
Pozycji używać znaczników (h1, h2, h3, ...), aby określić temat sekcji lub ustępów na stronie, ale zwykle, użyj mniej niż 6 dla każdego tagu pozycje zachować swoją stronę zwięzły.
Styl używać silnych i kursywy znaczniki podkreślić swoje słowa kluczowe swojej stronie, ale nie nadużywać (mniej niż 16 silnych tagi i 16 znaczników kursywy)

Statystyki strony

twitter:title pusty
twitter:description pusty
google+ itemprop=name pusty
Pliki zewnętrzne 10
Pliki CSS 2
Pliki javascript 8
Plik należy zmniejszyć całkowite odwołanie plików (CSS + JavaScript) do 7-8 maksymalnie.

Linki wewnętrzne i zewnętrzne

Linki 455
Linki wewnętrzne 1
Linki zewnętrzne 454
Linki bez atrybutu Title 353
Linki z atrybutem NOFOLLOW 0
Linki - Użyj atrybutu tytuł dla każdego łącza. Nofollow link jest link, który nie pozwala wyszukiwarkom boty zrealizują są odnośniki no follow. Należy zwracać uwagę na ich użytkowania

Linki wewnętrzne

1

Linki zewnętrzne

home http://excelunusual.com/
about http://excelunusual.com/about-2/
rss feed http://excelunusual.com/feed/
excel unusual http://excelunusual.com/
- http://feeds.feedburner.com/excelunusual
subscribe in reader http://feeds.feedburner.com/excelunusual
march 2012 http://excelunusual.com/2012/03/
july 2011 http://excelunusual.com/2011/07/
june 2011 http://excelunusual.com/2011/06/
may 2011 http://excelunusual.com/2011/05/
april 2011 http://excelunusual.com/2011/04/
march 2011 http://excelunusual.com/2011/03/
february 2011 http://excelunusual.com/2011/02/
january 2011 http://excelunusual.com/2011/01/
december 2010 http://excelunusual.com/2010/12/
november 2010 http://excelunusual.com/2010/11/
october 2010 http://excelunusual.com/2010/10/
september 2010 http://excelunusual.com/2010/09/
« mar http://excelunusual.com/2012/03/
aerodynamics http://excelunusual.com/category/aerodynamics/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
electronics http://excelunusual.com/category/electronics-2/
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
games http://excelunusual.com/category/excel-games/
mechanical http://excelunusual.com/category/excel-mechanical/
miscellaneous http://excelunusual.com/category/miscellaneous/
optics http://excelunusual.com/category/optics-2/
physics http://excelunusual.com/category/excel-physics/
science http://excelunusual.com/category/excel-science/
tutorials http://excelunusual.com/category/tutorials/
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
basic tutorials http://excelunusual.com/category/tutorials/basic-tutorials/
from our guests http://excelunusual.com/category/tutorials/guest-tutorials/
video previews http://excelunusual.com/category/video-previews/
2d ray tracing http://excelunusual.com/tag/2d-ray-tracing/
3d http://excelunusual.com/tag/3d/
aerodynamics http://excelunusual.com/tag/aerodymanics/
angle of attack http://excelunusual.com/tag/angle-of-attack/
animation http://excelunusual.com/tag/animation/
astronomy http://excelunusual.com/tag/astronomy/
chart http://excelunusual.com/tag/chart/
charting http://excelunusual.com/tag/charting/
damped oscillation http://excelunusual.com/tag/damped-oscillation/
damper http://excelunusual.com/tag/damper/
differential equation http://excelunusual.com/tag/differential-equation/
drag http://excelunusual.com/tag/drag/
drag coefficient http://excelunusual.com/tag/drag-coefficient/
dynamic http://excelunusual.com/tag/dynamic/
electronics http://excelunusual.com/tag/electronics/
excel http://excelunusual.com/tag/excel/
excel flight simulator http://excelunusual.com/tag/excel-flight-simulator/
games http://excelunusual.com/tag/games/
gravity http://excelunusual.com/tag/gravity/
heat transfer http://excelunusual.com/tag/heat-transfer/
joystick http://excelunusual.com/tag/joystick/
lift http://excelunusual.com/tag/lift/
macro http://excelunusual.com/tag/macro/
mass http://excelunusual.com/tag/mass/
model http://excelunusual.com/tag/model/
newton http://excelunusual.com/tag/newton/
numerical methods http://excelunusual.com/tag/numerical-methods/
perspective http://excelunusual.com/tag/perspective/
phase http://excelunusual.com/tag/phase/
physics http://excelunusual.com/tag/physics/
planetary http://excelunusual.com/tag/planetary/
pong http://excelunusual.com/tag/pong/
projectile motion http://excelunusual.com/tag/projectile-motion/
simulation http://excelunusual.com/tag/simulation/
sinusoidal http://excelunusual.com/tag/sinusoidal/
spherical mirror http://excelunusual.com/tag/spherical-mirror/
spring http://excelunusual.com/tag/spring/
sprites http://excelunusual.com/tag/sprites/
stereoscopy http://excelunusual.com/tag/stereoscopy/
tutorial http://excelunusual.com/tag/tutorial/
universal attraction http://excelunusual.com/tag/universal-attraction/
vba http://excelunusual.com/tag/vba/
velocity http://excelunusual.com/tag/velocity/
visualization http://excelunusual.com/tag/visualization/
xflr5 http://excelunusual.com/tag/xflr5/
about http://excelunusual.com/about-2/#comment-29038
a basic 2d animated heat transfer model (a diffusion model too) http://excelunusual.com/a-basic-2d-animated-heat-transfer-model-a-diffusion-model-too/#comment-21950
a basic 2d animated heat transfer model (a diffusion model too) http://excelunusual.com/a-basic-2d-animated-heat-transfer-model-a-diffusion-model-too/#comment-20550
devanmatthews http://fineartamerica.com/profiles/devan-matthews.html
resizing, translating and rotating shapes in excel http://excelunusual.com/resizing-translating-and-rotating-shapes-in-excel/#comment-20457
creating a digital clock #2 – sprite driver, timing macro and functions, full model http://excelunusual.com/creating-a-digital-clock-2-%e2%80%93-sprite-driver-timing-macro-and-functions-full-model/#comment-20351
rss feed http://excelunusual.com/feed/rss/
entries http://excelunusual.com/feed/
comments http://excelunusual.com/comments/feed/
wordpress http://wordpress.org/
myjournal theme http://www.etrecos.com/index.php/themes/
about the speed of spreadsheets #2 http://excelunusual.com/about-the-speed-of-spreadsheets-2/
8 comments » http://excelunusual.com/about-the-speed-of-spreadsheets-2/#comments
- http://excelunusual.com/wp-content/uploads/2012/03/spreadsheet_speed_tutorial_2.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/spreadsheet_speed_tutorial.xls
- http://excelunusual.com/wp-content/uploads/2012/03/spreadsheet_speed_tutorial_2_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
tutorials http://excelunusual.com/category/tutorials/
excel functions http://excelunusual.com/tag/excel-functions/
excel speed http://excelunusual.com/tag/excel-speed/
spreadsheet speed http://excelunusual.com/tag/spreadsheet-speed/
stopwatch macro http://excelunusual.com/tag/stopwatch-macro/
power management: an animated buck switching regulator model in excel 2003 http://excelunusual.com/power-management-an-animated-buck-switching-regulator-model-in-excel-2003/
1 comment » http://excelunusual.com/power-management-an-animated-buck-switching-regulator-model-in-excel-2003/#comments
- http://excelunusual.com/wp-content/uploads/2012/03/buck_switching_regulator_13a.xls
- http://excelunusual.com/wp-content/uploads/2012/03/buck_switching_regulator_thumb.jpg
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
electronics http://excelunusual.com/category/electronics-2/
buck regulator http://excelunusual.com/tag/buck-regulator/
high efficiency regulator http://excelunusual.com/tag/high-efficiency-regulator/
inductor http://excelunusual.com/tag/inductor/
load http://excelunusual.com/tag/load/
output ripple http://excelunusual.com/tag/output-ripple/
switcher http://excelunusual.com/tag/switcher/
switching voltege regulator http://excelunusual.com/tag/switching-voltege-regulator/
about the speed of spreadsheets #1 http://excelunusual.com/about-the-speed-of-spreadsheets-1/
- http://excelunusual.com/wp-content/uploads/2012/03/spreadsheet_speed_tutorial_1.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/spreadsheet_speed_tutorial.xls
- http://excelunusual.com/wp-content/uploads/2012/03/spreadsheet_speed_tutorial_1_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
tutorials http://excelunusual.com/category/tutorials/
calculation efficiency http://excelunusual.com/tag/calculation-efficiency/
excel speed http://excelunusual.com/tag/excel-speed/
spreadsheet speed http://excelunusual.com/tag/spreadsheet-speed/
stopwatch macro http://excelunusual.com/tag/stopwatch-macro/
a gated ring oscillator demo – part#2 http://excelunusual.com/a-gated-ring-oscillator-demo-part2/
first part http://excelunusual.com/a-gated-ring-oscillator-demo-part1/
- http://excelunusual.com/wp-content/uploads/2012/03/ring_osc_demo.xls
- http://excelunusual.com/wp-content/uploads/2012/03/ring_osc_demo_thumb_2.jpg
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
animation http://excelunusual.com/tag/animation/
delay http://excelunusual.com/tag/delay/
demo http://excelunusual.com/tag/demo/
gated ring oscillator http://excelunusual.com/tag/gated-ring-oscillator/
joystick http://excelunusual.com/tag/joystick/
joystick control http://excelunusual.com/tag/joystick-control/
a gated ring oscillator demo – part#1 http://excelunusual.com/a-gated-ring-oscillator-demo-part1/
previous tutorial http://excelunusual.com/an-interactive-gate-ring-oscillator-tutorial-part-1/
- http://excelunusual.com/wp-content/uploads/2012/03/ring_osc_demo.xls
- http://excelunusual.com/wp-content/uploads/2012/03/ring_osc_demo_thumb_1.jpg
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
animation http://excelunusual.com/tag/animation/
delay http://excelunusual.com/tag/delay/
demo http://excelunusual.com/tag/demo/
gated ring oscillator http://excelunusual.com/tag/gated-ring-oscillator/
joystick http://excelunusual.com/tag/joystick/
joystick control http://excelunusual.com/tag/joystick-control/
an interactive gated ring oscillator tutorial – part #4 http://excelunusual.com/an-interactive-gated-ring-oscillator-tutorial-part-4/
in this old post http://excelunusual.com/a-virtual-joystick-can-we-make-that-tutorial/
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_4.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial.xls
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_4_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
delay http://excelunusual.com/tag/delay/
dynamic macro http://excelunusual.com/tag/dynamic-macro/
gated oscillator http://excelunusual.com/tag/gated-oscillator/
implementation http://excelunusual.com/tag/implementation/
joystick http://excelunusual.com/tag/joystick/
macro http://excelunusual.com/tag/macro/
ring oscillator http://excelunusual.com/tag/ring-oscillator/
static macro http://excelunusual.com/tag/static-macro/
an interactive gated ring oscillator tutorial – part #3 http://excelunusual.com/an-interactive-gated-ring-oscillator-tutorial-part-3/
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_3.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial.xls
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_3_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
delay http://excelunusual.com/tag/delay/
dynamic macro http://excelunusual.com/tag/dynamic-macro/
gated oscillator http://excelunusual.com/tag/gated-oscillator/
implementation http://excelunusual.com/tag/implementation/
macro http://excelunusual.com/tag/macro/
oscillation period http://excelunusual.com/tag/oscillation-period/
ring oscillator http://excelunusual.com/tag/ring-oscillator/
static macro http://excelunusual.com/tag/static-macro/
an interactive gated ring oscillator tutorial – part #2 http://excelunusual.com/an-interactive-gated-ring-oscillator-tutorial-part-2/
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_2.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial.xls
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_2_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
delay http://excelunusual.com/tag/delay/
digital design http://excelunusual.com/tag/digital-design/
gated oscillator http://excelunusual.com/tag/gated-oscillator/
implementation http://excelunusual.com/tag/implementation/
multiplexer http://excelunusual.com/tag/multiplexer/
oscillation period http://excelunusual.com/tag/oscillation-period/
phase http://excelunusual.com/tag/phase/
ring oscillator http://excelunusual.com/tag/ring-oscillator/
an interactive gated ring oscillator tutorial – part #1 http://excelunusual.com/an-interactive-gate-ring-oscillator-tutorial-part-1/
delay based model http://excelunusual.com/a-delay-based-animated-excel-model-for-single-stage-logic-gates-part2/
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_1.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial.xls
- http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_1_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
amplitude http://excelunusual.com/tag/amplitude/
barkhausen http://excelunusual.com/tag/barkhausen/
delay http://excelunusual.com/tag/delay/
digital design http://excelunusual.com/tag/digital-design/
frequency http://excelunusual.com/tag/frequency/
gated oscillator http://excelunusual.com/tag/gated-oscillator/
jitter http://excelunusual.com/tag/jitter/
phase http://excelunusual.com/tag/phase/
ring oscillator http://excelunusual.com/tag/ring-oscillator/
a delay based animated excel model for single-stage logic gates – part#2 http://excelunusual.com/a-delay-based-animated-excel-model-for-single-stage-logic-gates-part2/
excel model tutorial http://excelunusual.com/a-delay-based-animate-excel-model-for-single-stage-logic-gates-part1/
- http://excelunusual.com/wp-content/uploads/2012/03/gate_delay_2.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/gate_delay.xls
- http://excelunusual.com/wp-content/uploads/2012/03/gate_delay_2_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
cmos http://excelunusual.com/tag/cmos/
fall time http://excelunusual.com/tag/fall-time/
inverter http://excelunusual.com/tag/inverter/
norton http://excelunusual.com/tag/norton/
propagation delay http://excelunusual.com/tag/propagation-delay/
pull-down http://excelunusual.com/tag/pull-down/
pull-up http://excelunusual.com/tag/pull-up/
rc http://excelunusual.com/tag/rc/
rise time http://excelunusual.com/tag/rise-time/
thevenin http://excelunusual.com/tag/thevenin/
a delay based animated excel model for single-stage logic gates – part#1 http://excelunusual.com/a-delay-based-animate-excel-model-for-single-stage-logic-gates-part1/
how to model ideal logic gates in ms excel 2003 http://excelunusual.com/introduction-to-digital-electronics-a-simplified-ideal-model-for-logic-gates-part1/
- http://excelunusual.com/wp-content/uploads/2012/03/gate_delay_1.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/gate_delay_1_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
analog electronics http://excelunusual.com/category/electronics-2/excel-analog-electronics/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
cmos http://excelunusual.com/tag/cmos/
fall time http://excelunusual.com/tag/fall-time/
inverter http://excelunusual.com/tag/inverter/
norton http://excelunusual.com/tag/norton/
propagation delay http://excelunusual.com/tag/propagation-delay/
pull-down http://excelunusual.com/tag/pull-down/
pull-up http://excelunusual.com/tag/pull-up/
rc http://excelunusual.com/tag/rc/
rise time http://excelunusual.com/tag/rise-time/
thevenin http://excelunusual.com/tag/thevenin/
introduction to digital electronics – a simplified model for logic gates – part#3 http://excelunusual.com/introduction-to-digital-electronics-a-simplified-model-for-logic-gates-part3/
tutorial about modeling logic gates http://excelunusual.com/introduction-to-digital-electronics-a-simplified-model-for-logic-gates-part2/
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_3.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates.xls
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_3_thumb.jpg
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
basic tutorials http://excelunusual.com/category/tutorials/basic-tutorials/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
and http://excelunusual.com/tag/and/
animation http://excelunusual.com/tag/animation/
digital electronics http://excelunusual.com/tag/digital-electronics/
exclusive or http://excelunusual.com/tag/exclusive-or/
inverter http://excelunusual.com/tag/inverter/
logic gates http://excelunusual.com/tag/logic-gates/
nand http://excelunusual.com/tag/nand/
nor http://excelunusual.com/tag/nor/
or http://excelunusual.com/tag/or/
xnor http://excelunusual.com/tag/xnor/
xor http://excelunusual.com/tag/xor/
introduction to digital electronics – a simplified model for logic gates – part#2 http://excelunusual.com/introduction-to-digital-electronics-a-simplified-model-for-logic-gates-part2/
the first part http://excelunusual.com/introduction-to-digital-electronics-a-simplified-ideal-model-for-logic-gates-part1/
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_2.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates.xls
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_2_thumb.jpg
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
basic tutorials http://excelunusual.com/category/tutorials/basic-tutorials/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
and http://excelunusual.com/tag/and/
animation http://excelunusual.com/tag/animation/
digital electronics http://excelunusual.com/tag/digital-electronics/
exclusive or http://excelunusual.com/tag/exclusive-or/
inverter http://excelunusual.com/tag/inverter/
logic gates http://excelunusual.com/tag/logic-gates/
nand http://excelunusual.com/tag/nand/
nor http://excelunusual.com/tag/nor/
or http://excelunusual.com/tag/or/
xnor http://excelunusual.com/tag/xnor/
xor http://excelunusual.com/tag/xor/
introduction to digital electronics – a simplified model for logic gates – part#1 http://excelunusual.com/introduction-to-digital-electronics-a-simplified-ideal-model-for-logic-gates-part1/
1 comment » http://excelunusual.com/introduction-to-digital-electronics-a-simplified-ideal-model-for-logic-gates-part1/#comments
self http://excelunusual.com/introduction-to-digital-electronics-a-simplified-ideal-model-for-logic-gates-part1/
2 http://excelunusual.com/introduction-to-digital-electronics-a-simplified-model-for-logic-gates-part2/
3 http://excelunusual.com/introduction-to-digital-electronics-a-simplified-model-for-logic-gates-part3/
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_1.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates.xls
- http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_1_thumb.jpg
basic tutorials http://excelunusual.com/category/tutorials/basic-tutorials/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
tutorials http://excelunusual.com/category/tutorials/
and http://excelunusual.com/tag/and/
digital electronics http://excelunusual.com/tag/digital-electronics/
exclusive or http://excelunusual.com/tag/exclusive-or/
inverter http://excelunusual.com/tag/inverter/
logic gates http://excelunusual.com/tag/logic-gates/
nand http://excelunusual.com/tag/nand/
nor http://excelunusual.com/tag/nor/
or http://excelunusual.com/tag/or/
xnor http://excelunusual.com/tag/xnor/
xor http://excelunusual.com/tag/xor/
an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#4 http://excelunusual.com/an-animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part4/
1 http://excelunusual.com/animated-linear-feedback-shift-register-lfsr-pseudo-random-pattern-generator-excel-part-1/
2 http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part2/
3 http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part3/
- http://excelunusual.com/wp-content/uploads/2012/03/lfsr_dynamic.xls
- http://excelunusual.com/wp-content/uploads/2012/03/lsfr_4_thumb.jpg
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
science http://excelunusual.com/category/excel-science/
correlation http://excelunusual.com/tag/correlation/
dynamic http://excelunusual.com/tag/dynamic/
fibonacci http://excelunusual.com/tag/fibonacci/
histogram http://excelunusual.com/tag/histogram/
lfsr http://excelunusual.com/tag/lfsr/
linear feedback shift register http://excelunusual.com/tag/linear-feedback-shift-register/
pseudo random pattern generator http://excelunusual.com/tag/pseudo-random-pattern-generator/
random number http://excelunusual.com/tag/random-number/
an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#3 http://excelunusual.com/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part3/
6 comments » http://excelunusual.com/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part3/#comments
1 http://excelunusual.com/animated-linear-feedback-shift-register-lfsr-pseudo-random-pattern-generator-excel-part-1/
2 http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part2/
self http://excelunusual.com/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part3/
- http://excelunusual.com/wp-content/uploads/2012/03/lfsr_tutorial_3.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/lfsr_tutorial_static.zip
- http://excelunusual.com/wp-content/uploads/2012/03/lsfr_3_thumb.jpg
advanced tutorials http://excelunusual.com/category/tutorials/advanced-tutorials/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
science http://excelunusual.com/category/excel-science/
tutorials http://excelunusual.com/category/tutorials/
correlation http://excelunusual.com/tag/correlation/
fibonacci http://excelunusual.com/tag/fibonacci/
histogram http://excelunusual.com/tag/histogram/
lfsr http://excelunusual.com/tag/lfsr/
linear feedback shift register http://excelunusual.com/tag/linear-feedback-shift-register/
pseudo random pattern generator http://excelunusual.com/tag/pseudo-random-pattern-generator/
random number http://excelunusual.com/tag/random-number/
an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#2 http://excelunusual.com/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part2/
1 http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-pseudo-random-pattern-generator-excel-part-1/
self http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part2/
3 http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part3/
- http://excelunusual.com/wp-content/uploads/2012/03/lfsr_tutorial_2.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/lfsr_tutorial_static.zip
- http://excelunusual.com/wp-content/uploads/2012/03/lsfr_2_thumb.jpg
basic tutorials http://excelunusual.com/category/tutorials/basic-tutorials/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
science http://excelunusual.com/category/excel-science/
tutorials http://excelunusual.com/category/tutorials/
combinatorial http://excelunusual.com/tag/combinatorial/
fibonacci http://excelunusual.com/tag/fibonacci/
flip flop http://excelunusual.com/tag/flip-flop/
lfsr http://excelunusual.com/tag/lfsr/
linear feedback shift register http://excelunusual.com/tag/linear-feedback-shift-register/
pseudo random pattern generator http://excelunusual.com/tag/pseudo-random-pattern-generator/
random number http://excelunusual.com/tag/random-number/
register http://excelunusual.com/tag/register/
sequential http://excelunusual.com/tag/sequential/
xor gate http://excelunusual.com/tag/xor-gate/
an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#1 http://excelunusual.com/animated-linear-feedback-shift-register-lfsr-pseudo-random-pattern-generator-excel-part-1/
self http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-pseudo-random-pattern-generator-excel-part-1/
2 http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part2/
3 http://excelunusual.com/archive/animated-linear-feedback-shift-register-lfsr-as-a-pseudo-random-pattern-generator-in-excel-2003-part3/
- http://excelunusual.com/wp-content/uploads/2012/03/lfsr_tutorial_1.pdf
- http://excelunusual.com/wp-content/uploads/2012/03/lfsr_tutorial_static.zip
- http://excelunusual.com/wp-content/uploads/2012/03/lsfr_1_thumb.jpg
basic tutorials http://excelunusual.com/category/tutorials/basic-tutorials/
digital electronics http://excelunusual.com/category/electronics-2/excel-digital-electronics/
electronics http://excelunusual.com/category/electronics-2/
science http://excelunusual.com/category/excel-science/
tutorials http://excelunusual.com/category/tutorials/
combinatorial http://excelunusual.com/tag/combinatorial/
fibonacci http://excelunusual.com/tag/fibonacci/
flip flop http://excelunusual.com/tag/flip-flop/
lfsr http://excelunusual.com/tag/lfsr/
linear feedback shift register http://excelunusual.com/tag/linear-feedback-shift-register/
pseudo random pattern generator http://excelunusual.com/tag/pseudo-random-pattern-generator/
random number http://excelunusual.com/tag/random-number/
register http://excelunusual.com/tag/register/
sequential http://excelunusual.com/tag/sequential/
xor gate http://excelunusual.com/tag/xor-gate/
an animated ray tracing model for spherical mirrors – video preview http://excelunusual.com/animated-ray-tracing-model-for-spherical-mirrors-video-preview/
6 comments » http://excelunusual.com/animated-ray-tracing-model-for-spherical-mirrors-video-preview/#comments
ray tracing model http://excelunusual.com/archive/a-2d-demo-for-spherical-mirrors-in-excel-with-virtual-reflected-rays/
optics http://excelunusual.com/category/optics-2/
physics http://excelunusual.com/category/excel-physics/
science http://excelunusual.com/category/excel-science/
video previews http://excelunusual.com/category/video-previews/
geometrical optics http://excelunusual.com/tag/geometrical-optics/
optics http://excelunusual.com/tag/optics/
ray tracing http://excelunusual.com/tag/ray-tracing/
spherical mirror http://excelunusual.com/tag/spherical-mirror/
a 3d flight simulator – video preview http://excelunusual.com/a-3d-flight-simulator-video-preview/
10 comments » http://excelunusual.com/a-3d-flight-simulator-video-preview/#comments
3d flight simulator model http://excelunusual.com/a-first-flight-simulator-model-in-excel/
animation (2d & 3d) http://excelunusual.com/category/excel-animation/
games http://excelunusual.com/category/excel-games/
miscellaneous http://excelunusual.com/category/miscellaneous/
video previews http://excelunusual.com/category/video-previews/
3d http://excelunusual.com/tag/3d/
animation http://excelunusual.com/tag/animation/
excel flight simulator http://excelunusual.com/tag/excel-flight-simulator/
joystick http://excelunusual.com/tag/joystick/
sensitivity http://excelunusual.com/tag/sensitivity/
throttle http://excelunusual.com/tag/throttle/
2 http://excelunusual.com/page/2/
3 http://excelunusual.com/page/3/
4 http://excelunusual.com/page/4/
5 http://excelunusual.com/page/5/
6 http://excelunusual.com/page/6/
7 http://excelunusual.com/page/7/
8 http://excelunusual.com/page/8/
9 http://excelunusual.com/page/9/
10 http://excelunusual.com/page/10/
11 http://excelunusual.com/page/11/
> http://excelunusual.com/page/2/
- become my facebook friend http://www.facebook.com/profile.php?id=565798401
- rss http://excelunusual.com/feed/rss/
- subscribe to my youtube channel http://www.youtube.com/user/engineeringfun

Zdjęcia

Zdjęcia 54
Zdjęcia bez atrybutu ALT 50
Zdjęcia bez atrybutu TITLE 5
Korzystanie Obraz ALT i TITLE atrybutu dla każdego obrazu.

Zdjęcia bez atrybutu TITLE

http://www.feedburner.com/fb/images/pub/feed-icon32x32.png
http://excelunusual.com/wp-content/plugins/share-and-follow/images/blank.gif
http://excelunusual.com/wp-content/plugins/share-and-follow/images/blank.gif
http://excelunusual.com/wp-content/plugins/share-and-follow/images/blank.gif
http://excelunusual.com/wp-content/plugins/share-and-follow/images/blank.gif

Zdjęcia bez atrybutu ALT

http://www.feedburner.com/fb/images/pub/feed-icon32x32.png
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/spreadsheet_speed_tutorial_2_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/buck_switching_regulator_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/spreadsheet_speed_tutorial_1_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/ring_osc_demo_thumb_2.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/ring_osc_demo_thumb_1.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_4_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_3_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_2_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/ring_oscillator_tutorial_1_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/gate_delay_2_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/gate_delay_1_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_3_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_2_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/logic_gates_1_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/lsfr_4_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/lsfr_3_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/lsfr_2_thumb.jpg
http://excelunusual.com/wp-content/uploads/2010/12/pdf_view_icon.jpg
http://excelunusual.com/wp-content/uploads/2010/12/excel_download_icon.jpg
http://excelunusual.com/wp-content/uploads/2012/03/lsfr_1_thumb.jpg

Ranking:


Alexa Traffic
Daily Global Rank Trend
Daily Reach (Percent)









Majestic SEO











Text on page:

home about rss feed excel unusual a blog for applied science, engineering and games in excel subscribe here subscribe in reader search this blog search for: archives march 2012 (18) july 2011 (18) june 2011 (25) may 2011 (26) april 2011 (20) march 2011 (27) february 2011 (25) january 2011 (13) december 2010 (12) november 2010 (5) october 2010 (5) september 2010 (10) december 2016 m t w t f s s « mar 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 categories aerodynamics (31) animation (2d & 3d) (126) electronics (37) analog electronics (30) digital electronics (15) games (43) mechanical (62) miscellaneous (45) optics (12) physics (92) science (108) tutorials (127) advanced tutorials (68) basic tutorials (58) from our guests (1) video previews (33) tags2d ray tracing 3d aerodynamics angle of attack animation astronomy chart charting damped oscillation damper differential equation drag drag coefficient dynamic electronics excel excel flight simulator games gravity heat transfer joystick lift macro mass model newton numerical methods perspective phase physics planetary pong projectile motion simulation sinusoidal spherical mirror spring sprites stereoscopy tutorial universal attraction vba velocity visualization xflr5 recent commentsharpreet singh on aboutgeorge on a basic 2d animated heat transfer model (a diffusion model too)niels on a basic 2d animated heat transfer model (a diffusion model too)devanmatthews on resizing, translating and rotating shapes in excelshafiullah harifal on creating a digital clock #2 – sprite driver, timing macro and functions, full modelrss feed more rss entries comments powered by wordpress & myjournal theme about the speed of spreadsheets #2 by george | --> 23 mar 2012 | 8 comments » this is the second post on excel speed. the first part benchmarked the calculation speed of excel 2003 versus excel 2007 for various size arrays of formulas. this part analyzes the effect of formula complexity on the spreadsheet speed. category(s): advanced tutorials, animation (2d & 3d), tutorials tag(s): excel functions, excel speed, spreadsheet speed, stopwatch macro power management: an animated buck switching regulator model in excel 2003 by george | --> 22 mar 2012 | 1 comment » this is an animated model of a buck voltage switching regulator in ms excel 2003. besides real time control of  common parameters such as switch on resistance, load current, load capacitance, output voltage (vout), input voltage (vbat) etc, the user can also run very specialized tests in which the output current and “vbat” can be modulated as either rectangular periodic or sinusoidal waves with adjustable frequency. this model is very fast (you can run it in adjustable “batch” mode) and extremely useful for real world transistor level design. the regulator can transition seamlessly between “continuous mode” and “skip cycle mode” (internally it does not make a difference between the two) and if you use a fast comparator it is intrinsically stable (a “switched-cap” comparator for instance) you can expect to design it having high efficiency at the transistor level (more than 96% flat over 3 decades of load currents). enjoy! category(s): analog electronics, animation (2d & 3d), electronics tag(s): buck regulator, high efficiency regulator, inductor, load, output ripple, switcher, switching voltege regulator about the speed of spreadsheets #1 by george | --> 20 mar 2012 | comments off on about the speed of spreadsheets #1 this post considers several aspects about improving the speed of spreadsheets in both ms excel 2003 and 2007. in this first part, a “stopwatch” macro is described which, when incorporated in any of calculation loop, can measure the frequency your loop is executed. in this first part of the tutorial the macro was used to estimate the number of single formula calculations (as an array of  “rand()” functions) executed per second by small, medium and large spreadsheets benchmarked for both 2003 and 2007 versions of ms excel. category(s): advanced tutorials, animation (2d & 3d), tutorials tag(s): calculation efficiency, excel speed, spreadsheet speed, stopwatch macro a gated ring oscillator demo – part#2 by george | --> 19 mar 2012 | comments off on a gated ring oscillator demo – part#2 this is an upgrade from the first part in the sense that it can be adjusted to have more delay based inverters in the feedback (14). the animation is pretty much the same as in the first model, a virtual joystick controls the number of stages in the ring by horizontal movement and it can also control the rc delay constant by vertical movement. category(s): analog electronics, animation (2d & 3d), digital electronics, electronics tag(s): animation, delay, demo, gated ring oscillator, joystick, joystick control a gated ring oscillator demo – part#1 by george | --> 16 mar 2012 | comments off on a gated ring oscillator demo – part#1 an interactive animated demo of the gated ring oscillator in excel 2003 based on the previous tutorial. this model stands out because of the real time schematic animation. it is controlled by a virtual joystick which is generated using a chart with a macro assigned to it. to start the model click the red dot within the joystick chart. to stop the model you can click anywhere on the chart. while the model is active you can move the joystick head (which will stick to the mouse cursor). vertical movement will control the rc constant of the delay stages and horizontal joystick head movement will change the number of delay stages within the loop. while the joystick head moves to the right, there are 7 inverters within the loop and the “enable” signal is “chopped” which means the oscillator works in a discontinuous mode.  a demo youtube video will follow. download the model, check it out and don’t forget to leave a comment. category(s): analog electronics, animation (2d & 3d), digital electronics, electronics tag(s): animation, delay, demo, gated ring oscillator, joystick, joystick control an interactive gated ring oscillator tutorial – part #4 by george | --> 15 mar 2012 | comments off on an interactive gated ring oscillator tutorial – part #4 this is the fourth part of tutorial about making an interactive animated excel model of a gated ring oscillator in ms excel 2003. this section adds a joystick to the model which smoothly adjusts the rc delay constant (vertical movement) and the number of delay stages within the ring (horizontal movement). an additional function of the joystick is to control the gating signal (“enable”) and place it either logic high or in a periodic mode with a period determined by the position of the same joystick.  more detailed joystick theory you can find in this old post. category(s): advanced tutorials, analog electronics, animation (2d & 3d), digital electronics, electronics, tutorials tag(s): delay, dynamic macro, gated oscillator, implementation, joystick, macro, ring oscillator, static macro an interactive gated ring oscillator tutorial – part #3 by george | --> 14 mar 2012 | comments off on an interactive gated ring oscillator tutorial – part #3 this is the third part of tutorial about making an interactive animated excel model of a gated ring oscillator in ms excel 2003. this section deals with upgrading the model from a static table based one (with only 800 time steps) to a hybrid static-dynamic which is reasonably fast, yet it can run for an indefinite number of time steps. category(s): advanced tutorials, analog electronics, animation (2d & 3d), digital electronics, electronics, tutorials tag(s): delay, dynamic macro, gated oscillator, implementation, macro, oscillation period, ring oscillator, static macro an interactive gated ring oscillator tutorial – part #2 by george | --> 13 mar 2012 | comments off on an interactive gated ring oscillator tutorial – part #2 this is the second part of tutorial walking through the creation of an interactive animated excel model of a gated ring oscillator in ms excel 2003. this section is mainly concerned with the generation of the spin buttons, the macros assigned to them and the insertion of the worksheet functions modeling the nand gate, the inverters and the delayless multiplexer. towards the end of the presentation the first (static) version of the model is finished, the waveforms are plotted and the functionality tested. category(s): advanced tutorials, analog electronics, animation (2d & 3d), digital electronics, electronics, tutorials tag(s): delay, digital design, gated oscillator, implementation, multiplexer, oscillation period, phase, ring oscillator an interactive gated ring oscillator tutorial – part #1 by george | --> 12 mar 2012 | comments off on an interactive gated ring oscillator tutorial – part #1 this is the first part of tutorial explaining how to make an interactive animated excel model of a gated ring oscillator in ms excel 2003 (the model will run fine in newer versions too). a delay based model was used for the logic gates which was previously discussed. category(s): advanced tutorials, analog electronics, animation (2d & 3d), digital electronics, electronics, tutorials tag(s): amplitude, barkhausen, delay, digital design, frequency, gated oscillator, jitter, phase, ring oscillator a delay based animated excel model for single-stage logic gates – part#2 by george | --> 09 mar 2012 | comments off on a delay based animated excel model for single-stage logic gates – part#2 this is the second half of the delay based excel model tutorial. in this part the final formulas are derived and implemented in excel 2003. the model proves to be fast and reliable and it is actually fairly easy to create. for maintaining good speed no user defined functions have been used here. category(s): advanced tutorials, analog electronics, digital electronics, electronics, tutorials tag(s): cmos, fall time, inverter, norton, propagation delay, pull-down, pull-up, rc, rise time, thevenin a delay based animated excel model for single-stage logic gates – part#1 by george | --> 08 mar 2012 | comments off on a delay based animated excel model for single-stage logic gates – part#1 after learning how to model ideal logic gates in ms excel 2003 it is time to attemp to create a delay based model. this first model is just a theoretical presentation about delay, how it can be explained and how it can be modeled with a minimum amount of formulas while keeping a reasonable precision. the presentation focuses on the basic cmos inverter and it shows that for a basic single-stage logic gate the delay is mainly driven by the product between an equivalent thevenin output impedance and the capacitance seen at the output of the gate, which obviously includes the input capacitance of the following stage and perhaps the transmission line capacitance. category(s): advanced tutorials, analog electronics, digital electronics, electronics, tutorials tag(s): cmos, fall time, inverter, norton, propagation delay, pull-down, pull-up, rc, rise time, thevenin introduction to digital electronics – a simplified model for logic gates – part#3 by george | --> 07 mar 2012 | comments off on introduction to digital electronics – a simplified model for logic gates – part#3 this is the third part of a tutorial about modeling logic gates in ms excel 2003. this first model includes no delay or loading for the gates. this section creates user defined functions for each gate and uses these functions to upgrade the model. an auxiliary macro is created which measures the speed of the model in iterations/second. the model with user defined functions proves to be much slower than the model using plain built-in spreadsheet functions. category(s): animation (2d & 3d), basic tutorials, digital electronics, electronics, tutorials tag(s): and, animation, digital electronics, exclusive or, inverter, logic gates, nand, nor, or, xnor, xor introduction to digital electronics – a simplified model for logic gates – part#2 by george | --> 06 mar 2012 | comments off on introduction to digital electronics – a simplified model for logic gates – part#2 this is the second part of a tutorial targeted at modeling logic gates in ms excel 2003. the first part introduced the basic logic gates,, symbols and associated logic equations. this model includes no delay or loading for the gates. the following type of gates will are described: inverter, and, nand, or, nor, xor (exclusive or) and xnor. the tutorial has several parts and the last part builds up to a more complex and accurate model including effects such as: power supply voltage, output impedance and input capacitance (from which low pass fillter effects will be derived within the model). this is not an introduction to digital electronics. the reader should get somewhat familiar with the topic before attempting to build the models described here. category(s): animation (2d & 3d), basic tutorials, digital electronics, electronics, tutorials tag(s): and, animation, digital electronics, exclusive or, inverter, logic gates, nand, nor, or, xnor, xor introduction to digital electronics – a simplified model for logic gates – part#1 by george | --> 05 mar 2012 | 1 comment » this is the first part of a tutorial (self, 2, 3) about modeling logic gates in ms excel 2003. this first model will include no delay or loading for the gates. the following type of gates will be described: inverter, and, nand, or, nor, xor (exclusive or) and xnor. the tutorial will have several parts and the last part will build up to a more complex and accurate model including effects such as: power supply voltage,  output impedance and input capacitance (from which low pass fillter effects will be derived within the model). this is not an introduction to digital electronics. the reader should get somewhat familiar with the topic before attempting to build the models described here. category(s): basic tutorials, digital electronics, electronics, tutorials tag(s): and, digital electronics, exclusive or, inverter, logic gates, nand, nor, or, xnor, xor an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#4 by george | --> 04 mar 2012 | comments off on an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#4 this is not a tutorial but a download post for a purely animated pseudo random number generator model as a fibonacci type linear feedback shift register in ms excel 2003. as opposed to the previous three posts (1, 2, 3) the current section contains no tutorial. category(s): animation (2d & 3d), digital electronics, electronics, science tag(s): correlation, dynamic, fibonacci, histogram, lfsr, linear feedback shift register, pseudo random pattern generator, random number an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#3 by george | --> 03 mar 2012 | 6 comments » this is the third part of a tutorial (1, 2, self) describing the creation of an animated pseudo random number generator model as a fibonacci type linear feedback shift register in ms excel 2003. this section charts the pseudo random series after converting it from binary 14-bit numbers into decimal numbers scaled within the interval [0,1). a correlation chart is then created, displaying the first half of the series function of the second half, with a small adjustable offset (between -200, and 200). two simple macros are used, one for the manual offset adjustment and one for the animated offset adjustment. changing the offset (either manually or using the animated macro) one can notice various not-so-random patterns for certain offset values. category(s): advanced tutorials, digital electronics, electronics, science, tutorials tag(s): correlation, fibonacci, histogram, lfsr, linear feedback shift register, pseudo random pattern generator, random number an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#2 by george | --> 02 mar 2012 | comments off on an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#2 this is the second part of a tutorial (1, self, 3) describing the creation of an animated pseudo random number generator model as a fibonacci type linear feedback shift register in ms excel 2003. this part creates a very simple table type model based on combinatorial logic rather than a sequential type based on registers. despite of the fact that this is not the way a real lfsr is built it is useful to go through this tutorial since it will give you more insight into the operation and modeling of such a circuit. category(s): basic tutorials, digital electronics, electronics, science, tutorials tag(s): combinatorial, fibonacci, flip flop, lfsr, linear feedback shift register, pseudo random pattern generator, random number, register, sequential, xor gate an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#1 by george | --> 01 mar 2012 | comments off on an animated linear feedback shift register (lfsr) as a pseudo random pattern generator in excel 2003 – part#1 this is the first part of a tutorial (self, 2, 3) describing the creation of an animated pseudo random number generator model as a fibonacci type linear feedback shift register in ms excel 2003. category(s): basic tutorials, digital electronics, electronics, science, tutorials tag(s): combinatorial, fibonacci, flip flop, lfsr, linear feedback shift register, pseudo random pattern generator, random number, register, sequential, xor gate an animated ray tracing model for spherical mirrors – video preview by george | --> 18 jul 2011 | 6 comments » this is a video preview to a previously posted ray tracing model. category(s): optics, physics, science, video previews tag(s): geometrical optics, optics, ray tracing, spherical mirror a 3d flight simulator – video preview by george | --> 17 jul 2011 | 10 comments » this is a preview to the 3d flight simulator model previously published on this blog. category(s): animation (2d & 3d), games, miscellaneous, video previews tag(s): 3d, animation, excel flight simulator, joystick, sensitivity, throttle « older entries --> page 1 of 111 2 3 4 5 6 7 8 9 10 11 > follow: become my facebook friend rss subscribe to my youtube channel


Here you find all texts from your page as Google (googlebot) and others search engines seen it.

Words density analysis:

Numbers of all words: 2918

One word

Two words phrases

Three words phrases

the - 5.31% (155)
and - 2.5% (73)
mode - 2.4% (70)
model - 2.23% (65)
tutorial - 1.99% (58)
electronics - 1.85% (54)
gate - 1.78% (52)
part - 1.71% (50)
excel - 1.58% (46)
this - 1.41% (41)
electronics, - 1.37% (40)
for - 1.27% (37)
– - 1.23% (36)
or, - 1.1% (32)
tutorials - 1.06% (31)
digital - 0.99% (29)
oscillator - 0.96% (28)
ring - 0.93% (27)
delay - 0.93% (27)
animated - 0.93% (27)
2003 - 0.89% (26)
gated - 0.79% (23)
comment - 0.79% (23)
out - 0.79% (23)
mar - 0.79% (23)
gates - 0.79% (23)
logic - 0.75% (22)
animation - 0.75% (22)
george - 0.72% (21)
--> - 0.72% (21)
random - 0.72% (21)
category(s): - 0.69% (20)
tag(s): - 0.69% (20)
comments - 0.69% (20)
off - 0.65% (19)
2012 - 0.65% (19)
register - 0.62% (18)
with - 0.62% (18)
stick - 0.62% (18)
feed - 0.62% (18)
macro - 0.58% (17)
joystick - 0.58% (17)
line - 0.55% (16)
feedback - 0.55% (16)
pseudo - 0.55% (16)
use - 0.55% (16)
generator - 0.51% (15)
can - 0.51% (15)
shift - 0.51% (15)
number - 0.51% (15)
linear - 0.51% (15)
3d) - 0.48% (14)
(2d - 0.48% (14)
first - 0.48% (14)
tutorials, - 0.48% (14)
active - 0.48% (14)
speed - 0.45% (13)
interactive - 0.45% (13)
3d), - 0.45% (13)
will - 0.45% (13)
pattern - 0.41% (12)
2003. - 0.41% (12)
which - 0.41% (12)
lfsr - 0.41% (12)
based - 0.41% (12)
function - 0.41% (12)
inverter - 0.38% (11)
about - 0.38% (11)
basic - 0.38% (11)
and, - 0.34% (10)
advanced - 0.34% (10)
analog - 0.34% (10)
stage - 0.34% (10)
you - 0.34% (10)
per - 0.34% (10)
time - 0.31% (9)
2011 - 0.31% (9)
delay, - 0.31% (9)
spreadsheet - 0.31% (9)
load - 0.31% (9)
functions - 0.31% (9)
fibonacci - 0.27% (8)
demo - 0.27% (8)
low - 0.27% (8)
part#2 - 0.27% (8)
control - 0.27% (8)
just - 0.27% (8)
nor, - 0.27% (8)
second - 0.27% (8)
oscillator, - 0.27% (8)
type - 0.27% (8)
move - 0.27% (8)
output - 0.24% (7)
xor - 0.24% (7)
chart - 0.24% (7)
dynamic - 0.24% (7)
not - 0.24% (7)
introduction - 0.24% (7)
video - 0.24% (7)
science - 0.24% (7)
within - 0.24% (7)
more - 0.24% (7)
part#1 - 0.24% (7)
preview - 0.24% (7)
inverter, - 0.24% (7)
(lfsr) - 0.24% (7)
single - 0.21% (6)
from - 0.21% (6)
capacitance - 0.21% (6)
ray - 0.21% (6)
movement - 0.21% (6)
create - 0.21% (6)
table - 0.21% (6)
here - 0.21% (6)
regulator - 0.21% (6)
register, - 0.21% (6)
post - 0.21% (6)
switch - 0.21% (6)
section - 0.21% (6)
offset - 0.17% (5)
effect - 0.17% (5)
modeling - 0.17% (5)
described - 0.17% (5)
exclusive - 0.17% (5)
voltage - 0.17% (5)
science, - 0.17% (5)
single-stage - 0.17% (5)
nand, - 0.17% (5)
are - 0.17% (5)
animation, - 0.17% (5)
how - 0.17% (5)
static - 0.17% (5)
simplified - 0.17% (5)
spreadsheets - 0.17% (5)
previous - 0.17% (5)
period - 0.17% (5)
formula - 0.17% (5)
fibonacci, - 0.14% (4)
speed, - 0.14% (4)
simulator - 0.14% (4)
power - 0.14% (4)
current - 0.14% (4)
lfsr, - 0.14% (4)
stop - 0.14% (4)
generator, - 0.14% (4)
creation - 0.14% (4)
stages - 0.14% (4)
one - 0.14% (4)
joystick, - 0.14% (4)
rss - 0.14% (4)
our - 0.14% (4)
time, - 0.14% (4)
games - 0.14% (4)
fast - 0.14% (4)
real - 0.14% (4)
has - 0.14% (4)
between - 0.14% (4)
get - 0.14% (4)
build - 0.14% (4)
run - 0.14% (4)
include - 0.14% (4)
user - 0.14% (4)
tracing - 0.14% (4)
input - 0.14% (4)
gates, - 0.14% (4)
such - 0.14% (4)
calculation - 0.14% (4)
macro, - 0.14% (4)
fine - 0.14% (4)
loop - 0.14% (4)
2010 - 0.14% (4)
used - 0.14% (4)
flight - 0.14% (4)
optics - 0.14% (4)
effects - 0.14% (4)
version - 0.1% (3)
presentation - 0.1% (3)
derived - 0.1% (3)
formulas - 0.1% (3)
defined - 0.1% (3)
half - 0.1% (3)
previously - 0.1% (3)
plain - 0.1% (3)
here. - 0.1% (3)
or) - 0.1% (3)
jul - 0.1% (3)
blog - 0.1% (3)
sequential - 0.1% (3)
combinatorial - 0.1% (3)
self, - 0.1% (3)
correlation - 0.1% (3)
describing - 0.1% (3)
(1, - 0.1% (3)
subscribe - 0.1% (3)
reader - 0.1% (3)
complex - 0.1% (3)
xnor, - 0.1% (3)
thevenin - 0.1% (3)
than - 0.1% (3)
gates. - 0.1% (3)
loading - 0.1% (3)
third - 0.1% (3)
part#3 - 0.1% (3)
following - 0.1% (3)
includes - 0.1% (3)
impedance - 0.1% (3)
cmos - 0.1% (3)
model. - 0.1% (3)
attemp - 0.1% (3)
implementation, - 0.1% (3)
optics, - 0.1% (3)
physics - 0.1% (3)
stopwatch - 0.1% (3)
2007 - 0.1% (3)
was - 0.1% (3)
phase - 0.1% (3)
using - 0.1% (3)
previews - 0.1% (3)
transfer - 0.1% (3)
tutorial. - 0.1% (3)
heat - 0.1% (3)
of  - 0.1% (3)
while - 0.1% (3)
buck - 0.1% (3)
switching - 0.1% (3)
that - 0.1% (3)
vertical - 0.1% (3)
constant - 0.1% (3)
horizontal - 0.1% (3)
very - 0.1% (3)
have - 0.1% (3)
either - 0.1% (3)
inverters - 0.1% (3)
head - 0.1% (3)
mirror - 0.1% (3)
efficiency - 0.1% (3)
frequency - 0.1% (3)
vba - 0.1% (3)
spherical - 0.1% (3)
oscillation - 0.1% (3)
high - 0.1% (3)
adjustable - 0.1% (3)
several - 0.1% (3)
(from - 0.07% (2)
models - 0.07% (2)
voltage, - 0.07% (2)
supply - 0.07% (2)
as: - 0.07% (2)
useful - 0.07% (2)
(self, - 0.07% (2)
model). - 0.07% (2)
pass - 0.07% (2)
fillter - 0.07% (2)
periodic - 0.07% (2)
attempting - 0.07% (2)
electronics. - 0.07% (2)
should - 0.07% (2)
before - 0.07% (2)
somewhat - 0.07% (2)
familiar - 0.07% (2)
topic - 0.07% (2)
old - 0.07% (2)
march - 0.07% (2)
simple - 0.07% (2)
functions, - 0.07% (2)
sprite - 0.07% (2)
sequential, - 0.07% (2)
number, - 0.07% (2)
flop, - 0.07% (2)
flip - 0.07% (2)
combinatorial, - 0.07% (2)
into - 0.07% (2)
built - 0.07% (2)
diffusion - 0.07% (2)
speed. - 0.07% (2)
adjustment - 0.07% (2)
manual - 0.07% (2)
two - 0.07% (2)
search - 0.07% (2)
small - 0.07% (2)
benchmarked - 0.07% (2)
numbers - 0.07% (2)
series - 0.07% (2)
sinusoidal - 0.07% (2)
various - 0.07% (2)
histogram, - 0.07% (2)
correlation, - 0.07% (2)
but - 0.07% (2)
part#4 - 0.07% (2)
accurate - 0.07% (2)
drag - 0.07% (2)
also - 0.07% (2)
equation - 0.07% (2)
including - 0.07% (2)
comparator - 0.07% (2)
transistor - 0.07% (2)
signal - 0.07% (2)
virtual - 0.07% (2)
fall - 0.07% (2)
cmos, - 0.07% (2)
assigned - 0.07% (2)
proves - 0.07% (2)
it. - 0.07% (2)
click - 0.07% (2)
red - 0.07% (2)
chart. - 0.07% (2)
miscellaneous - 0.07% (2)
“enable” - 0.07% (2)
phase, - 0.07% (2)
design, - 0.07% (2)
works - 0.07% (2)
propagation - 0.07% (2)
end - 0.07% (2)
gate, - 0.07% (2)
youtube - 0.07% (2)
download - 0.07% (2)
them - 0.07% (2)
macros - 0.07% (2)
mainly - 0.07% (2)
making - 0.07% (2)
through - 0.07% (2)
the second - 0.07% (2)
period, - 0.07% (2)
aerodynamics - 0.07% (2)
(5) - 0.07% (2)
the third - 0.07% (2)
norton, - 0.07% (2)
pull-down, - 0.07% (2)
last - 0.07% (2)
created - 0.07% (2)
parts - 0.07% (2)
level - 0.07% (2)
xnor. - 0.07% (2)
mode” - 0.07% (2)
(exclusive - 0.07% (2)
described: - 0.07% (2)
make - 0.07% (2)
(12) - 0.07% (2)
regulator, - 0.07% (2)
(18) - 0.07% (2)
both - 0.07% (2)
any - 0.07% (2)
measure - 0.07% (2)
uses - 0.07% (2)
pull-up, - 0.07% (2)
creates - 0.07% (2)
array - 0.07% (2)
executed - 0.07% (2)
versions - 0.07% (2)
upgrade - 0.07% (2)
much - 0.07% (2)
same - 0.07% (2)
(25) - 0.07% (2)
december - 0.07% (2)
model, - 0.07% (2)
demo, - 0.07% (2)
after - 0.07% (2)
rise - 0.07% (2)
rc, - 0.07% (2)
entries - 0.07% (2)
– part - 0.96% (28)
digital electronics - 0.89% (26)
excel 2003 - 0.86% (25)
ring oscillator - 0.79% (23)
this is - 0.69% (20)
by george - 0.69% (20)
george | - 0.69% (20)
gated ring - 0.65% (19)
logic gate - 0.65% (19)
logic gates - 0.62% (18)
2012 | - 0.62% (18)
mar 2012 - 0.62% (18)
digital electronics, - 0.62% (18)
the model - 0.58% (17)
of the - 0.55% (16)
pseudo random - 0.55% (16)
electronics, electronics - 0.51% (15)
feedback shift - 0.51% (15)
ms excel - 0.51% (15)
linear feedback - 0.51% (15)
shift register - 0.51% (15)
animation (2d - 0.48% (14)
off on - 0.48% (14)
| comments - 0.48% (14)
tutorials tag(s): - 0.48% (14)
comments off - 0.48% (14)
an animated - 0.45% (13)
& 3d), - 0.45% (13)
is the - 0.45% (13)
electronics, electronics, - 0.45% (13)
excel 2003. - 0.41% (12)
an interactive - 0.41% (12)
random pattern - 0.41% (12)
in excel - 0.41% (12)
part of - 0.38% (11)
pattern generator - 0.38% (11)
in the - 0.38% (11)
model for - 0.34% (10)
gates – - 0.31% (9)
the first - 0.31% (9)
advanced tutorials, - 0.31% (9)
excel model - 0.31% (9)
electronics, tutorials - 0.31% (9)
analog electronics, - 0.31% (9)
category(s): advanced - 0.31% (9)
random number - 0.27% (8)
oscillator tutorial - 0.27% (8)
and the - 0.27% (8)
a gated - 0.27% (8)
animated excel - 0.27% (8)
– part#2 - 0.27% (8)
delay based - 0.27% (8)
interactive gated - 0.27% (8)
tutorial – - 0.27% (8)
3d), digital - 0.24% (7)
a tutorial - 0.24% (7)
electronics, animation - 0.24% (7)
2003 – - 0.24% (7)
introduction to - 0.24% (7)
to digital - 0.24% (7)
– part#1 - 0.24% (7)
to the - 0.24% (7)
first part - 0.24% (7)
within the - 0.24% (7)
generator in - 0.24% (7)
animated linear - 0.24% (7)
2003. this - 0.24% (7)
a pseudo - 0.24% (7)
(lfsr) as - 0.24% (7)
register (lfsr) - 0.24% (7)
tutorials, digital - 0.21% (6)
for the - 0.21% (6)
» this - 0.21% (6)
tutorials, analog - 0.21% (6)
basic tutorials - 0.21% (6)
a delay - 0.21% (6)
model in - 0.21% (6)
speed of - 0.21% (6)
video preview - 0.21% (6)
model of - 0.17% (5)
you can - 0.17% (5)
it can - 0.17% (5)
oscillator in - 0.17% (5)
interactive animated - 0.17% (5)
simplified model - 0.17% (5)
single-stage logic - 0.17% (5)
basic tutorials, - 0.17% (5)
with a - 0.17% (5)
nor, xor - 0.17% (5)
the speed - 0.17% (5)
for logic - 0.17% (5)
a simplified - 0.17% (5)
electronics – - 0.17% (5)
this first - 0.17% (5)
number of - 0.17% (5)
macro a - 0.17% (5)
on the - 0.17% (5)
this section - 0.17% (5)
generator, random - 0.14% (4)
model as - 0.14% (4)
category(s): animation - 0.14% (4)
type linear - 0.14% (4)
the second - 0.14% (4)
gated oscillator, - 0.14% (4)
register in - 0.14% (4)
flight simulator - 0.14% (4)
ray tracing - 0.14% (4)
register, pseudo - 0.14% (4)
part#2 this - 0.14% (4)
lfsr, linear - 0.14% (4)
model is - 0.14% (4)
comments » - 0.14% (4)
of spreadsheets - 0.14% (4)
of tutorial - 0.14% (4)
is not - 0.14% (4)
a fibonacci - 0.14% (4)
part#1 by - 0.14% (4)
number generator - 0.14% (4)
first model - 0.14% (4)
demo – - 0.14% (4)
based animated - 0.14% (4)
pattern generator, - 0.14% (4)
for single-stage - 0.14% (4)
the delay - 0.14% (4)
part#2 by - 0.14% (4)
the creation - 0.14% (4)
animated pseudo - 0.14% (4)
the joystick - 0.14% (4)
can be - 0.14% (4)
oscillator demo - 0.14% (4)
generator model - 0.14% (4)
fibonacci type - 0.14% (4)
ring oscillator, - 0.14% (4)
in this - 0.14% (4)
creation of - 0.14% (4)
shift register, - 0.14% (4)
the number - 0.14% (4)
user defined - 0.1% (3)
here. category(s): - 0.1% (3)
output impedance - 0.1% (3)
gates in - 0.1% (3)
exclusive or, - 0.1% (3)
#1 this - 0.1% (3)
gates, nand, - 0.1% (3)
about the - 0.1% (3)
electronics tag(s): - 0.1% (3)
– part#3 - 0.1% (3)
nor, or, - 0.1% (3)
this model - 0.1% (3)
such as - 0.1% (3)
inverter, logic - 0.1% (3)
the tutorial - 0.1% (3)
delay or - 0.1% (3)
gate an - 0.1% (3)
loading for - 0.1% (3)
this part - 0.1% (3)
the gates. - 0.1% (3)
heat transfer - 0.1% (3)
defined functions - 0.1% (3)
science, tutorials - 0.1% (3)
category(s): basic - 0.1% (3)
with the - 0.1% (3)
will be - 0.1% (3)
oscillator, implementation, - 0.1% (3)
second part - 0.1% (3)
the following - 0.1% (3)
macro an - 0.1% (3)
tag(s): delay, - 0.1% (3)
tag(s): and, - 0.1% (3)
describing the - 0.1% (3)
delay stages - 0.1% (3)
and it - 0.1% (3)
electronics, science, - 0.1% (3)
joystick head - 0.1% (3)
joystick control - 0.1% (3)
impedance and - 0.1% (3)
category(s): analog - 0.1% (3)
xnor, xor - 0.1% (3)
control the - 0.1% (3)
input capacitance - 0.1% (3)
rss feed - 0.07% (2)
not an - 0.07% (2)
nand, or, - 0.07% (2)
to build - 0.07% (2)
the models - 0.07% (2)
described here. - 0.07% (2)
comment » - 0.07% (2)
(self, 2, - 0.07% (2)
model will - 0.07% (2)
gates will - 0.07% (2)
inverter, and, - 0.07% (2)
(exclusive or) - 0.07% (2)
the model). - 0.07% (2)
and xnor. - 0.07% (2)
complex and - 0.07% (2)
accurate model - 0.07% (2)
including effects - 0.07% (2)
such as: - 0.07% (2)
power supply - 0.07% (2)
(from which - 0.07% (2)
fillter effects - 0.07% (2)
derived within - 0.07% (2)
low pass - 0.07% (2)
number an - 0.07% (2)
digital electronics. - 0.07% (2)
flip flop, - 0.07% (2)
fibonacci, flip - 0.07% (2)
flop, lfsr, - 0.07% (2)
random number, - 0.07% (2)
register, sequential, - 0.07% (2)
xor gate - 0.07% (2)
tutorial (self, - 0.07% (2)
combinatorial, fibonacci, - 0.07% (2)
number, register, - 0.07% (2)
3) describing - 0.07% (2)
sequential, xor - 0.07% (2)
tracing model - 0.07% (2)
2011 | - 0.07% (2)
6 comments - 0.07% (2)
previews tag(s): - 0.07% (2)
3d flight - 0.07% (2)
preview to - 0.07% (2)
tag(s): combinatorial, - 0.07% (2)
is the second - 0.07% (2)
the reader - 0.07% (2)
the previous - 0.07% (2)
should get - 0.07% (2)
somewhat familiar - 0.07% (2)
topic before - 0.07% (2)
attempting to - 0.07% (2)
build the - 0.07% (2)
models described - 0.07% (2)
– part#4 - 0.07% (2)
(1, 2, - 0.07% (2)
histogram, lfsr, - 0.07% (2)
fibonacci, histogram, - 0.07% (2)
the topic - 0.07% (2)
part#3 by - 0.07% (2)
tutorial (1, - 0.07% (2)
one for - 0.07% (2)
offset adjustment - 0.07% (2)
the animated - 0.07% (2)
before attempting - 0.07% (2)
the presentation - 0.07% (2)
familiar with - 0.07% (2)
part #4 - 0.07% (2)
tag(s): animation, - 0.07% (2)
delay, demo, - 0.07% (2)
oscillator, joystick, - 0.07% (2)
which is - 0.07% (2)
stick to - 0.07% (2)
movement will - 0.07% (2)
the loop - 0.07% (2)
animation, delay, - 0.07% (2)
demo, gated - 0.07% (2)
joystick, joystick - 0.07% (2)
tutorial about - 0.07% (2)
horizontal movement - 0.07% (2)
making an - 0.07% (2)
a period - 0.07% (2)
dynamic macro, - 0.07% (2)
oscillator, static - 0.07% (2)
part #3 - 0.07% (2)
the third part - 0.07% (2)
delay, dynamic - 0.07% (2)
macro, gated - 0.07% (2)
part #2 - 0.07% (2)
the second part - 0.07% (2)
rc delay - 0.07% (2)
the same - 0.07% (2)
digital design, - 0.07% (2)
speed, stopwatch - 0.07% (2)
this blog - 0.07% (2)
2011 (25) - 0.07% (2)
2010 (5) - 0.07% (2)
basic 2d - 0.07% (2)
animated heat - 0.07% (2)
transfer model - 0.07% (2)
(a diffusion - 0.07% (2)
tutorials, animation - 0.07% (2)
3d), tutorials - 0.07% (2)
speed, spreadsheet - 0.07% (2)
switching regulator - 0.07% (2)
and 2007 - 0.07% (2)
1 comment - 0.07% (2)
can also - 0.07% (2)
the output - 0.07% (2)
can run - 0.07% (2)
make a - 0.07% (2)
at the - 0.07% (2)
high efficiency - 0.07% (2)
spreadsheets #1 - 0.07% (2)
macro is - 0.07% (2)
the macro - 0.07% (2)
was used - 0.07% (2)
delay, digital - 0.07% (2)
phase, ring - 0.07% (2)
get somewhat - 0.07% (2)
as: power - 0.07% (2)
or, nor, - 0.07% (2)
xor (exclusive - 0.07% (2)
or) and - 0.07% (2)
xnor. the - 0.07% (2)
several parts - 0.07% (2)
last part - 0.07% (2)
more complex - 0.07% (2)
and accurate - 0.07% (2)
model including - 0.07% (2)
effects such - 0.07% (2)
supply voltage, - 0.07% (2)
described: inverter, - 0.07% (2)
and input - 0.07% (2)
capacitance (from - 0.07% (2)
which low - 0.07% (2)
pass fillter - 0.07% (2)
effects will - 0.07% (2)
be derived - 0.07% (2)
model). this - 0.07% (2)
an introduction - 0.07% (2)
electronics. the - 0.07% (2)
reader should - 0.07% (2)
and, nand, - 0.07% (2)
type of - 0.07% (2)
oscillator a - 0.07% (2)
the basic - 0.07% (2)
half of - 0.07% (2)
tag(s): cmos, - 0.07% (2)
fall time, - 0.07% (2)
inverter, norton, - 0.07% (2)
propagation delay, - 0.07% (2)
pull-down, pull-up, - 0.07% (2)
rc, rise - 0.07% (2)
time, thevenin - 0.07% (2)
to create - 0.07% (2)
how it - 0.07% (2)
is mainly - 0.07% (2)
and, animation, - 0.07% (2)
electronics, digital - 0.07% (2)
cmos, fall - 0.07% (2)
time, inverter, - 0.07% (2)
norton, propagation - 0.07% (2)
delay, pull-down, - 0.07% (2)
pull-up, rc, - 0.07% (2)
rise time, - 0.07% (2)
on introduction - 0.07% (2)
about modeling - 0.07% (2)
includes no - 0.07% (2)
3d), basic - 0.07% (2)
excel flight - 0.07% (2)
by george | - 0.69% (20)
george | --> - 0.69% (20)
gated ring oscillator - 0.65% (19)
mar 2012 | - 0.62% (18)
feedback shift register - 0.51% (15)
linear feedback shift - 0.51% (15)
digital electronics, electronics - 0.51% (15)
2012 | comments - 0.48% (14)
| comments off - 0.48% (14)
animation (2d & - 0.48% (14)
comments off on - 0.48% (14)
(2d & 3d), - 0.45% (13)
in ms excel - 0.45% (13)
digital electronics, electronics, - 0.45% (13)
this is the - 0.41% (12)
ms excel 2003. - 0.38% (11)
pseudo random pattern - 0.38% (11)
random pattern generator - 0.38% (11)
in excel 2003 - 0.34% (10)
logic gates – - 0.31% (9)
electronics, tutorials tag(s): - 0.31% (9)
category(s): advanced tutorials, - 0.31% (9)
tutorial – part - 0.27% (8)
animated excel model - 0.27% (8)
a gated ring - 0.27% (8)
oscillator tutorial – - 0.27% (8)
an interactive gated - 0.27% (8)
interactive gated ring - 0.27% (8)
ring oscillator tutorial - 0.27% (8)
analog electronics, animation - 0.24% (7)
3d), digital electronics, - 0.24% (7)
off on an - 0.24% (7)
animated linear feedback - 0.24% (7)
shift register (lfsr) - 0.24% (7)
as a pseudo - 0.24% (7)
excel 2003. this - 0.24% (7)
(lfsr) as a - 0.24% (7)
electronics, animation (2d - 0.24% (7)
an animated linear - 0.24% (7)
excel 2003 – - 0.24% (7)
to digital electronics - 0.24% (7)
pattern generator in - 0.24% (7)
a pseudo random - 0.24% (7)
register (lfsr) as - 0.24% (7)
introduction to digital - 0.24% (7)
generator in excel - 0.24% (7)
of a tutorial - 0.21% (6)
part of a - 0.21% (6)
tutorials, digital electronics, - 0.21% (6)
a delay based - 0.21% (6)
tutorials, analog electronics, - 0.21% (6)
#2 by george - 0.21% (6)
digital electronics – - 0.17% (5)
a simplified model - 0.17% (5)
for logic gates - 0.17% (5)
single-stage logic gate - 0.17% (5)
the first part - 0.17% (5)
model of a - 0.17% (5)
ring oscillator in - 0.17% (5)
the speed of - 0.17% (5)
– a simplified - 0.17% (5)
model for logic - 0.17% (5)
simplified model for - 0.17% (5)
electronics – a - 0.17% (5)
– part#2 this - 0.14% (4)
category(s): animation (2d - 0.14% (4)
an interactive animated - 0.14% (4)
– part#2 by - 0.14% (4)
for single-stage logic - 0.14% (4)
gates – part#2 - 0.14% (4)
delay based animated - 0.14% (4)
excel model for - 0.14% (4)
single-stage logic gates - 0.14% (4)
generator model as - 0.14% (4)
oscillator in ms - 0.14% (4)
speed of spreadsheets - 0.14% (4)
ring oscillator demo - 0.14% (4)
part#1 by george - 0.14% (4)
this is not - 0.14% (4)
excel model of - 0.14% (4)
first part of - 0.14% (4)
the creation of - 0.14% (4)
random number generator - 0.14% (4)
model as a - 0.14% (4)
fibonacci type linear - 0.14% (4)
register, pseudo random - 0.14% (4)
– part#1 by - 0.14% (4)
comments » this - 0.14% (4)
generator, random number - 0.14% (4)
feedback shift register, - 0.14% (4)
on an interactive - 0.14% (4)
register in ms - 0.14% (4)
pattern generator, random - 0.14% (4)
of a gated - 0.14% (4)
a fibonacci type - 0.14% (4)
this is a - 0.14% (4)
pseudo random number - 0.14% (4)
an animated pseudo - 0.1% (3)
electronics, exclusive or, - 0.1% (3)
electronics, science, tutorials - 0.1% (3)
inverter, logic gates, - 0.1% (3)
nand, nor, or, - 0.1% (3)
science, tutorials tag(s): - 0.1% (3)
is the first - 0.1% (3)
or loading for - 0.1% (3)
category(s): basic tutorials, - 0.1% (3)
digital electronics, exclusive - 0.1% (3)
or, inverter, logic - 0.1% (3)
gates, nand, nor, - 0.1% (3)
of an animated - 0.1% (3)
describing the creation - 0.1% (3)
or, xnor, xor - 0.1% (3)
logic gates, nand, - 0.1% (3)
nor, or, xnor, - 0.1% (3)
exclusive or, inverter, - 0.1% (3)
gated oscillator, implementation, - 0.1% (3)
it can be - 0.1% (3)
user defined functions - 0.1% (3)
is the second - 0.1% (3)
gates – part#1 - 0.1% (3)
gates in ms - 0.1% (3)
tutorials tag(s): delay, - 0.1% (3)
delay or loading - 0.1% (3)
for the gates. - 0.1% (3)
output impedance and - 0.1% (3)
tutorials tag(s): and, - 0.1% (3)
category(s): analog electronics, - 0.1% (3)
function of the - 0.07% (2)
on a gated - 0.07% (2)
combinatorial, fibonacci, flip - 0.07% (2)
the joystick head - 0.07% (2)
is the second part - 0.07% (2)
2003 – part#2 - 0.07% (2)
of delay stages - 0.07% (2)
excel flight simulator - 0.07% (2)
within the loop - 0.07% (2)
is the third part - 0.07% (2)
flop, lfsr, linear - 0.07% (2)
delay, demo, gated - 0.07% (2)
ring oscillator, joystick, - 0.07% (2)
histogram, lfsr, linear - 0.07% (2)
#4 this is - 0.07% (2)
dynamic macro, gated - 0.07% (2)
static macro an - 0.07% (2)
#3 this is - 0.07% (2)
the third part of - 0.07% (2)
electronics tag(s): animation, - 0.07% (2)
gate an animated - 0.07% (2)
generator, random number, - 0.07% (2)
advanced tutorials, animation - 0.07% (2)
– video preview - 0.07% (2)
3d flight simulator - 0.07% (2)
a basic 2d - 0.07% (2)
6 comments » - 0.07% (2)
jul 2011 | - 0.07% (2)
preview by george - 0.07% (2)
xor gate an - 0.07% (2)
number, register, sequential, - 0.07% (2)
animated heat transfer - 0.07% (2)
model (a diffusion - 0.07% (2)
flip flop, lfsr, - 0.07% (2)
tag(s): combinatorial, fibonacci, - 0.07% (2)
spreadsheet speed, stopwatch - 0.07% (2)
register, sequential, xor - 0.07% (2)
comment » this - 0.07% (2)
this first part - 0.07% (2)
3d), tutorials tag(s): - 0.07% (2)
speed, spreadsheet speed, - 0.07% (2)
a tutorial (self, - 0.07% (2)
demo – part#2 - 0.07% (2)
2003 – part#1 - 0.07% (2)
this is an - 0.07% (2)
control the rc - 0.07% (2)
tag(s): animation, delay, - 0.07% (2)
demo, gated ring - 0.07% (2)
oscillator, joystick, joystick - 0.07% (2)
delay, dynamic macro, - 0.07% (2)
this is the second - 0.07% (2)
ring oscillator, static - 0.07% (2)
accurate model including - 0.07% (2)
should get somewhat - 0.07% (2)
electronics. the reader - 0.07% (2)
is not an - 0.07% (2)
the model). this - 0.07% (2)
be derived within - 0.07% (2)
fillter effects will - 0.07% (2)
which low pass - 0.07% (2)
input capacitance (from - 0.07% (2)
power supply voltage, - 0.07% (2)
effects such as: - 0.07% (2)
more complex and - 0.07% (2)
topic before attempting - 0.07% (2)
parts and the - 0.07% (2)
and xnor. the - 0.07% (2)
xor (exclusive or) - 0.07% (2)
nand, or, nor, - 0.07% (2)
described: inverter, and, - 0.07% (2)
the following type - 0.07% (2)
2003. this first - 0.07% (2)
on introduction to - 0.07% (2)
model includes no - 0.07% (2)
3d), basic tutorials, - 0.07% (2)
xor introduction to - 0.07% (2)
familiar with the - 0.07% (2)
to build the - 0.07% (2)
macro an interactive - 0.07% (2)
several parts and - 0.07% (2)
2003 – part#4 - 0.07% (2)
– part #2 - 0.07% (2)
animation, digital electronics, - 0.07% (2)
the model is - 0.07% (2)
#1 this is - 0.07% (2)
delay based model - 0.07% (2)
phase, ring oscillator - 0.07% (2)
half of the - 0.07% (2)
tutorials tag(s): cmos, - 0.07% (2)
the last part - 0.07% (2)
following type of - 0.07% (2)
models described here. - 0.07% (2)
the gates. the - 0.07% (2)
fall time, inverter, - 0.07% (2)
tutorial (self, 2, - 0.07% (2)
norton, propagation delay, - 0.07% (2)
pull-down, pull-up, rc, - 0.07% (2)
rise time, thevenin - 0.07% (2)
xnor, xor introduction - 0.07% (2)
and, animation, digital - 0.07% (2)
part#3 by george - 0.07% (2)
& 3d), basic - 0.07% (2)
about modeling logic - 0.07% (2)
video previews tag(s): - 0.07% (2)

Here you can find chart of all your popular one, two and three word phrases. Google and others search engines means your page is about words you use frequently.

Copyright © 2015-2016 hupso.pl. All rights reserved. FB | +G | Twitter

Hupso.pl jest serwisem internetowym, w którym jednym kliknieciem możesz szybko i łatwo sprawdź stronę www pod kątem SEO. Oferujemy darmowe pozycjonowanie stron internetowych oraz wycena domen i stron internetowych. Prowadzimy ranking polskich stron internetowych oraz ranking stron alexa.