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Tags: counter

project.name
2 Stars     668 Views

project.name
0 Stars     174 Views
User:

Counter Nim Akhir


project.name
2 Stars     223 Views

counter 01

kelompok 1 
kelas : A 

- I Komang Agus Ari Negara (1908561002)
- Bayu Prasetiyo (1908561005)
- Ni Putu Sintia Wati (1908561009)
- I Gede Martayasa (1908561014)

project.name
1 Stars     111 Views

00-10-10-11-01 counter

A counter that outputs the sequence 00, 10, 10, 11, 01.

project.name
0 Stars     230 Views

0 to 9 counter

A standard counter to 10 that uses T flip flops.

project.name
4 Stars     491 Views
Sequential Logic Circuit 3 bit counter with T flip flops and 7 segment display with decoder

project.name
0 Stars     128 Views

project.name
0 Stars     63 Views
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3 state counter


project.name
0 Stars     60 Views
User:

3-Bit counter made of D FF


project.name
0 Stars     46 Views
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d ff asynchron zahler 3 bit


project.name
0 Stars     89 Views
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jk ff counter synchronous

3bit jk synchronous counter. it counts till 5 then resets if oyuwant to remove the reset just disconnect the async reset .


project.name
0 Stars     103 Views

Decade Counter

Experiment No 10: Implement a decade counter using basic gates.

Done by:

Saranga K. Mahanta

Scholar Id: 18-14-038


project.name
0 Stars     96 Views

Done by: 

Saranga K. Mahanta

18-14-038


project.name
0 Stars     94 Views

ring counter


project.name
2 Stars     186 Views
User:

2-bit counter, limited to 3 numbers (0,1,2)

This is a 2-bit counter.  2-bit counters normally can count 4 numbers: 0, 1, 2, 3. However, this circuit counts up to 2 and resets at 3.  This can be scaled by adding more D flip-flops and setting the And gate at the location you want the count to stop at.  You can also set a starting number in a similar fashion.  This can be modified to a synchronous 2-bit counter using JK flip flops.


project.name
0 Stars     37 Views
User:

async counter


project.name
0 Stars     71 Views

3 bit counter

3 bit counter


project.name
0 Stars     117 Views

2-Bit Counter (Up and Down)

A 2-bit counter that counts from 0 to 3! :D

Set "Count" to 1 to start counting and set it to 0 to pause the counter. Set "Increment/Decrement" to 1 to count up and 0 to count down.


project.name
0 Stars     47 Views

Counter3to0


project.name
0 Stars     46 Views

project.name
0 Stars     50 Views

synchronous binary counter

synchronous binary counter


project.name
0 Stars     46 Views

Automatic Packaging system


project.name
1 Stars     45 Views
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count thingy

simple, you can expand if you want


project.name
1 Stars     51 Views
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Binary counter

A binary to 7 segment counter, pretty cool! (FINALLY, 5 DIGITS)


project.name
1 Stars     240 Views
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3 bit synchronous up/down counter using T flipflop


project.name
0 Stars     39 Views

project.name
0 Stars     49 Views
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project.name
0 Stars     61 Views
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Asynchronní čítač 4 bit čítající dolů


project.name
0 Stars     499 Views

4 bit Asynchronous Counter using JK FlipFlops


project.name
2 Stars     208 Views
User:

project.name
2 Stars     39 Views
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0-7 counter 7seg display

it counts.


project.name
0 Stars     27 Views
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0-7 counter 7seg display

it counts


project.name
0 Stars     35 Views
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project.name
0 Stars     8 Views

Untitled


project.name
0 Stars     54 Views

Mod 8 counter jk flip flop

1. Mod 8 counter jk flip flop


project.name
0 Stars     46 Views
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4 bit 7 segment display counter

it does what it says on the tin.

edit: the 13 is broken, but when I go in to edit everything breaks so :\ I'm pretty sure it's because I hooked up the 13 to the bottom left node in the "decoder4display"

edit: I went in to check and that is in fact the issue. I still have no clue wtf is wrong with the "decoder p1", as I changed literally nothing, but apparently I messed up. someone, please take a look at it and see what went wrong bc I really don't have any idea.


project.name
1 Stars     35 Views

D flipflop mod 16 counter


project.name
0 Stars     62 Views
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A completely original (4-bit) counter I made.


project.name
0 Stars     34 Views
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My first experiment with Subcircuits.


project.name
0 Stars     28 Views
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Up and Down Asynchronous Counter


project.name
0 Stars     112 Views
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MOD 11 ASYNCHRONOUS COUNTER

In this MOD 11 counter, it counts 0 to 10. i.e from 0000 to 1010, then it repeats itself. For 4 bits, 4 counters are required. Here -ve edge triggered T flipflop is taken.


project.name
0 Stars     200 Views
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MOD-5 Synchronous Counter


project.name
0 Stars     60 Views
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project.name
0 Stars     38 Views
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project.name
0 Stars     40 Views
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MOD-16 Counter 4 Bits


project.name
0 Stars     40 Views
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MOD-17 ASUNCHRONOUS COUNTER


project.name
0 Stars     39 Views
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Ring counters variables


project.name
0 Stars     27 Views
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Johnson Counter


project.name
0 Stars     31 Views
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Johnson Counter Variables


project.name
0 Stars     28 Views
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Ring Counter


project.name
0 Stars     27 Views
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Irregular Counter

JA = 1, KA = QC'

JB = QA.QC, KB = QA'

JC = 1, KC = QA + QB


project.name
0 Stars     31 Views
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1-3-5-7 Irregular Counter

JA= KA = QB; JB = KB = 1; JC = 1, KC=0


project.name
0 Stars     27 Views
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2-3-5-6-4 Irregular Counter


project.name
0 Stars     48 Views
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MOD-9 Synchronous Counter

TA = QA + QB.QC.QD; TB = QC.QD; TC = QD; TD = QA'


project.name
0 Stars     38 Views
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Ring Counter


project.name
0 Stars     22 Views

DownCouter_1


project.name
0 Stars     21 Views

project.name
1 Stars     37 Views

Asynchronous Counter


project.name
1 Stars     128 Views
User:

4 bit synch up/down counter

4-bit synchronous counter created using JK flip flops where mode, M=0 is the up counter and M=1 is the down counter.


project.name
0 Stars     54 Views
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2 Bit Counter without Zero (1,2,3,1,...)

This is a 2 bit counter using d flip-flops that skips 0. The sequence is 1, 2, 3, 1, 2,... .


project.name
0 Stars     6 Views
User:

7 Segment Display Hexa


project.name
0 Stars     7 Views

flipflops


project.name
0 Stars     43 Views

8 bit multiplication circuit

A multiplication circuit designed to multiply two 8-bit numbers, creating a 16-bit output. The values are unsigned, and input into two locations in a currently unconventional way. The output is stored in the flip-flop array to the right. The button at the top starts or resets the program. 


project.name
0 Stars     6 Views

2 bit ripple counter


project.name
0 Stars     6 Views

Lab 4


project.name
0 Stars     30 Views
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0 to 29 counter


project.name
0 Stars     36 Views
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0 to 9 counter


project.name
0 Stars     27 Views
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0 to 2 counter


project.name
1 Stars     27 Views

Simulator of slot machine. Press START button!


project.name
0 Stars     46 Views

-ve Trigger Counter Mod 24


project.name
0 Stars     19 Views
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4 bit synchronous up counter


project.name
0 Stars     18 Views
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asynchronous counter


project.name
0 Stars     61 Views
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3 Bit Asynchronous Down Counter


project.name
0 Stars     21 Views

Latches and FlipFlops


project.name
0 Stars     39 Views

Synchronous Up / Down Counter with J-K' Flip-Flops

Synchronous 0-7 up counter and 7-0 down counter using J-K' flip-flops (74LS109).


project.name
1 Stars     24 Views
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Sync Up/Down counter up to 6!

My first slightly complicated circuit!


project.name
0 Stars     4 Views
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count up (for decoder)

yea


project.name
0 Stars     20 Views

simple computer


project.name
0 Stars     21 Views

JK Flipflop falling


project.name
0 Stars     20 Views
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4 bit Asynchronous counter


project.name
0 Stars     18 Views

project.name
0 Stars     6 Views
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Counter mod 5 - Flip Flop JK

Example of counter mod 5 made with flip flop JK


project.name
0 Stars     30 Views
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project.name
0 Stars     11 Views

A181647_Q11


project.name
0 Stars     15 Views
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Async binary down counter


project.name
0 Stars     14 Views
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project.name
0 Stars     10 Views
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There's several buttons in the circuit. If you figure out what those do, the laws of time of this circuit's universe are yours to behold.


Note to future me to fix the following bug (if it even exists in the real world due to propagation delay). 

The set 1 function of #2 works in the sub-circuit but fails to work for the output pulse in the main circuit. This is troubling to say the least. So I've decided to change hour 12:00 to 00:00. 


project.name
0 Stars     4 Views
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mod-3 counter using jk


project.name
0 Stars     2 Views
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4-bit asyncronous counter


project.name
0 Stars     3 Views

digital electronic presentation