A RE.ICT.INCE THEOREM 



265 



Likewise, by expandiiiR 5 in partial fractions, il can be shown that 

 the network detinetl by {'S) lias the innKnlance 5 as given by (1) and is 

 l>li\sically realizable. » ' 



Cycles 



Fig. 2 — Reactance cur\e and networks for formula (4). 

 The values of the inductances and capacities are (in henries and microfarads): 



L, =0.349 C, =0.0726 



L, =0.323 Ci=0.()OH72 



Lj = 0.264 Cs = 0.00384 



L, =0.142 C7 =0.00363 



L, = 0.137 Co =0.0888 



1.4 = 0.0302 C, = 0.0461 



I., =0.009/1 C, = 0.0523 



L, =0.0596 C, = 0.0725 



