[Arpita GuptaParticipant]

I am simulated with the optiwave 7 please see the latest attachment

Attachments:

1. sa13.osd

[Arpita GuptaParticipant]

I have also apply the analysis with the IDEAL MUX and combiner and splitter but i did not seen any improvement so i confuse where is the problem.
I am attaching the .osd file please see this

Attachments:

1. sa12.osd

[Arpita GuptaParticipant]

i have been performed the analysis with ideal mux and optical combiner and splitter but no change observed in BER. please see the .osd file

Attachments:

1. sa11.osd

[Arpita GuptaParticipant]

Yes but this did not helpful.

[Arpita GuptaParticipant]

i have also performed the design with combiner but i did not get the result

[Arpita GuptaParticipant]

i am attaching the image of design and i am not getting the output proper as explained in the optiwave software design example.

Attachments:

1. 

   design-scaled.jpg
   

[Arpita GuptaParticipant]

I have applied the IDEAL Mux but i did not get the any improvement please see the layout and solve my problem

[Arpita GuptaParticipant]

i am applied the suggested approach in another design, which is based on single photo diode detection (SPD) technique . The concept is given as (double weight)
U1- 1100
U2 0110
U3- 0011

i am attaching the .osd file. i am facing same problem. when sample per bit is 64 than all users do not provide the BER at output end.

Attachments:

1. DW-3-user-laser.osd

[Arpita GuptaParticipant]

i am attaching the .osd file. this provide the excellent BER at 311Mbits/s but at the 622Mbits/s or more than this,BER is totally wrong. please provide the support at high data rate

Attachments:

1. DW.osd

[Arpita GuptaParticipant]

this is based on double weight code
110
011

i am getting the disturbing pattern. I am providing the .osd file

Attachments:

1. DW1.osd