Browse Search Popular Register Upload Rules User list Login:
Search:
linear feedback shift register

Image:
screenshot of the scene

Author: jon_joy_1999

Group: Default

Filesize: 69.01 kB

Date added: 2013-04-18

Rating: 5

Downloads: 363

Views: 356

Comments: 1

Ratings: 1

Times favored: 0

Made with: Algodoo before v1.8.5

Tags:

Scene tag
this is a 16 bit Galois LFSR, commonly used in high speed PRNG devices. it has 65535 states (2^16-1), although because it is not clocked (it runs as fast as the output motors drive it) it may jump states
Please log in to rate this scene
edit
Similar scenes
Title: binary ball calculator 2
Rating: 8.3636
Filesize: 137.99 kB
Downloads: 6737
Comments: 11
Ratings: 16
Date added: 2009/05/05 18:30:10
Made with: Phun
screenshot of the scene
binary ball calculator 2
Rating: rated 8.4
download
Title: LCS PC 10.5 with new LX1 CPU
Rating: 5.2222
Filesize: 31.49 kB
Downloads: 774
Comments: 2
Ratings: 3
Date added: 2010/11/12 19:51:16
Made with: Algodoo before v1.8.5
screenshot of the scene
LCS PC 10.5 with new LX1 CPU
Rating: rated 5.2
download
Title: Interceptor Machine gun V1.0
Rating: 5.25
Filesize: 236.03 kB
Downloads: 538
Comments: 0
Ratings: 2
Date added: 2009/04/26 22:21:54
Made with: Phun
screenshot of the scene
Interceptor Machine gun V1.0
Rating: rated 5.3
download
Title: Blockton interactive town(beta)
Rating: 5.625
Filesize: 73.48 kB
Downloads: 1252
Comments: 2
Ratings: 2
Date added: 2011/05/08 20:39:53
Made with: Phun
screenshot of the scene
Blockton interactive town(beta)
Rating: rated 5.6
download
Title: Linear Actuator
Rating: 5.375
Filesize: 45.22 kB
Downloads: 618
Comments: 3
Ratings: 2
Date added: 2014/01/11 01:13:06
Made with: Algodoo v2.1.0
screenshot of the scene
Linear Actuator
Rating: rated 5.4
download
Title: Marble calculator
Rating: 5.4444
Filesize: 61.9 kB
Downloads: 2700
Comments: 0
Ratings: 3
Date added: 2011/03/09 17:16:14
Made with: Phun
screenshot of the scene
Marble calculator
Rating: rated 5.4
download
Xray
2013/04/18 23:14:47
Wow, nice job on such a complex mechanical device! The only constructive criticism I have about the scene is the fact that the output waveforms are so close to one another that it's impossible to decipher them. Could you possibly make a change to the scene that would separate the colored output waveforms a little better?

Other than that, the mechanism seems to work very well. :tup: