左邊有一個直徑2-3毫米的石英玻璃棒(NA1=1.064), p PF]&:&-b  
右邊有一個62.5/125微米的多模光纖(NA2=0.2), iTt#%Fs)4M  
要在這個玻璃棒和光纖間放置一個耦合透鏡,使從玻璃棒一端輸出的黑體輻射通過此透鏡后最大限度的耦合到光纖, +h*.%P}o  
u_5O<UP5  
請問怎么用ZEMAX設(shè)計這樣一個透鏡,謝謝

help me,please

石英玻璃棒 NA1=1.064 ? F4m Q#YlrS  
%^L:K5V  
OR gc'C"(TO(  
ZO
FhX$I  
石英玻璃棒 NA1=0.064 ?

我想先放掉這個參數(shù)NA具體是多少. o:\RJig<  
我很想知道怎么用ZEMAX對這個設(shè)想進(jìn)行設(shè)計?? /H)K_H#|;  
謝謝大俠們先

HELP ME,PLEASE

hi, 9l+`O0.@  
TB] %?L:  
What you will do: Xj^6ZJc  
L<>;E  
1, Please check the system requirement carefully,  since fiber 62.5u*NA0.22 is not sufficient for your application, try other fiber and ensure fiber core*NA>3*0.064; #&.&Uu$  
'Y+AU#1~H  
2, Paraxial ( 1st order )  analysis by manual calculation or in Zemax; to get the magnification, total optical length, lens focal length and aperture; Wh%qvV6]  
w
ly#|  
3, 3rd order design, to figure out how many spherical lenses OR how many aspherical lenses are needed, and the focal power of each individual lens; K8doYN  
9_[TYzpB!  
4, Zemax modeling, optimization, in-stock lens searching, radius test plate fitting… *7.!"rb8A  
xf<D5 olZ  
Hope above helpful. $"C]y$}  
p>=YPi/d  
Mang2004 /HgdTyR)  
{bL6%._C  
#_y#sDfzh  
qyv9]Q1  
Again, MVz=:2)J2  
-0PT(gx  
Please find attached paraxial model in zemax, assuming your obj=2mm, NA0.064, and the fiber is 0.3mm, NA 0.39. Bv \ihUg/  
}N(-e$88  
let me know how thing's going.

謝謝，我路過

謝謝分享