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Tags: LED

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24 Stars     2847 Views
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Spectrogram MK 2

Spectrogram MK 2
The Spectrogram MK 2! Now can accept not 1, but 3 input functions! Each function represents a primary color. Should two lines overlap, their colors will be added together. Otherwise, it will work perfectly. Feel free to use this to display various information of whatever ail's yah.

project.name
4 Stars     692 Views
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Square LED Hex Display

Square LED Hex Display
An overcomplicated, ultra annoying LED display for HEX numbers. Enjoy at your own risk.

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1 Stars     463 Views
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Simple Display

Simple Display

project.name
3 Stars     462 Views
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Spectrogram

Spectrogram
A spectrogram display! Good for displaying graphs, data, numbers, e.t.c! Enjoy!

project.name
0 Stars     109 Views

haleema

haleema
LED

project.name
0 Stars     105 Views
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CarryLookAheadAdder

CarryLookAheadAdder
LED

project.name
1 Stars     122 Views

SEMÁFORO/TRAFFIC LIGHT

SEMÁFORO/TRAFFIC LIGHT

project.name
4 Stars     388 Views

Traffic lights/Semaforo

Traffic lights/Semaforo

Simulation of traffic lights created by using 4 bits counter that use T FipFlops.

Simulación de un semáforo creado con un contador de 4 bits que usa FlipFlops de tipo T


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0 Stars     159 Views
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CSE 2 Bit ALU

CSE 2 Bit ALU

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0 Stars     65 Views
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7SegmentFinalExam_Thed_Tapia

7SegmentFinalExam_Thed_Tapia
LED

7SegmentFinalExam_Thed_Tapia


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0 Stars     113 Views
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Verifying Basic Gates

Verifying Basic Gates

Verifying Basic Gates


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0 Stars     37 Views

GATE

GATE

Implemented XNOR GATE


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0 Stars     41 Views
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Avaliação Formativa

Avaliação Formativa

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1 Stars     126 Views
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project.name
0 Stars     35 Views

Ngetest1

Ngetest1

project.name
1 Stars     30 Views

Pertemuan Kedua Last

Pertemuan Kedua Last

hahahahaha :D


project.name
0 Stars     86 Views

7 segment LED : Number display

7 segment LED : Number display

This is an Interactive project where you input a number in binary format. You will get an output of the same number in decimal on the 7-segment led display. (if that number = 580. That's my roll no so that's why :) (But you can build one for yourself :)

It will give output only when the input number = 580. Otherwise, it glows an red LED. 

You can change this to any number yourself. Just change the connections yourself to the LED and 7 segment display

The input is 12 bits which would support numbers up to 4095. You can increase the bit length of the input for an even greater range. 

Get an output of the number you entered on the 7-segment display.

We also have a switch to turn the display off altogether irrespective of the input given.

Submitted by

Name:- Abhinav Deshpande

Roll no.=IMT2022580


project.name
1 Stars     374 Views

ABOUT

This is a very simple number comparator circuit. 

You input 2 numbers and it gives an output 

                           whether A > B (both are 2-bit numbers)

                                                    (A should be strictly greater than B)

Note that A and B are both 2-bit binary numbers. Binary meaning that they are represented with only 1s and 0s.

Remark: Even if you don't know about binary numbers, I have got you covered :) 

               Simply refer to the table given in the circuit to work out the input yourself.

How to use?

Change the first input number labelled as A1 A0 by toggling the input. Similarly change the second number. Observe the LED for each combination of 2 numbers.

OUTPUT

You will see an LED glowing if A > B. Otherwise, you won't see any output.

eg. If you input A1A0 as 11 and B1B0 as 10, the LED would glow.

How I came up with the circuit?

Or rather you would ask, how can I design such a circuit myself? Well I will explain. So this is called a combinational circuit. You can design your circuit by first making a truth table with inputs as your two 2-bit numbers (4 inputs in total) and thinking about output for each set of inputs. So, you would have    42 =16 total inputs in your truth table.


Next, after you have mapped your input and then your output for all those inputs, you would be solving a logical expression for output Y for a given set of 4 inputs A1A0 B1B00.

You can use any method to solve for Y. You can use a K-map based reduction or you can simply solve using basic logic identities.

Once you get an expression (expression means something like this say (for eg. this is not what you may get) Y= A1.B1'+B1'B0'+...)

, you would then realize the circuit using logic gates. Just as I have done.

What you can try to do afterwards

Increase the input to 3-bits , 4-bits and so on...




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0 Stars     37 Views
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extemely basic alarm LED

extemely basic alarm LED

AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA


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0 Stars     14 Views
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syifaa

syifaa
LED

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0 Stars     13 Views
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Syifaa

Syifaa
LED

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1 Stars     11 Views
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Sine Wave

Sine Wave

 This is a project I spent about a week working on. I hope you all enjoy it! 


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0 Stars     3 Views

14/10/24/CSD

14/10/24/CSD
LED

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0 Stars     2 Views
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