[VIVEK YADAVParticipant]

Thanks ….

[VIVEK YADAVParticipant]

thank Mohammed, FP-SOA means febrey-perot SOA. i did not know it basic equation.

[VIVEK YADAVParticipant]

S.p.,can u suggest a easy topic which I can implement using optisystem, because I have to submit dissertation with in 3 month only.

[VIVEK YADAVParticipant]

Thanks ,I will try..

[VIVEK YADAVParticipant]

but S.P., is it implemented using only optisystem or there is need of any coding language also ?

[VIVEK YADAVParticipant]

thanks sp..

[VIVEK YADAVParticipant]

hi, can u attach nand gate implementation using optisystem.

[VIVEK YADAVParticipant]

Ok Mohammed,I wil, can u give any clue optical adder so I can implement it using optisystem 14.

[VIVEK YADAVParticipant]

please pay attention here.mohammed attach a ciruit of optical adder which i can implement that using optisystem7 .

[VIVEK YADAVParticipant]

actually i am working on optical RAM, i worked at half addder circuit also. this circuit is suggested by my senior but i was unable to find output every time desired result , only noise occure , i am using optisysatem 7, in my lab only optisystem 7 available, so for my thesis, i have no option only work with optisystem 7. can you attach basic circuit of optical adder which i can implement using optisystem 7.
Thanks

[VIVEK YADAVParticipant]

ok Mohamed, i will try, can u give me the circuit of (A ex-or B) and (A and B)
because i copied circuit of optical half adder so, does not know how i will make (A ex-or B) or (A and B). Please

[VIVEK YADAVParticipant]

not i found no signal only noise occurs at the output, i have tried different parameter changes but no result ,so please help what changes i should make in circuit.
thanks,
vivek

[VIVEK YADAVParticipant]

hi Mohamed, whole circuit, for two input same as a half adder circuit in digital logic design, SUM (A ex-or B) and CARRY (A and B).
e.g. if A=0110, and B=1011 the output is SUM=1101(EX-OR logic) and carry=0010(AND logic). and in my circuit, i took two user-defined sequences as input and an output section upper portion as SUM and lower section as CARRY.

[VIVEK YADAVParticipant]

hi mohamed, please suggest that circuit i implemented as optical half adder circuit is correct if not, what changes i will do.

[VIVEK YADAVParticipant]

i uploaded the paper in pdf ,please it is ipmplemented in optisystem7 ,no hardware part required for my thesis ,i am unable to find output whereas i implement it but output is not responding,which i prevesouly attached,,please help.