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avis ,T^v«-"r>'' ' ■ ^» = 2e{2Io)B 



= 4eIoB. 



Thus, we see that the shot noise voltage will be the Johnson noise voltage 

 times the factor 



G5) 



The values of M and Q are about right for the 2K23 pulsed reflex oscillator. 

 We obtain 



{? = 5.3 X 10'. (j6) 



I7 



Thus, shot noise is very much more important than Johnson noise. 



From (j2) and (j5) we see that the shot noise voltage squared may be 

 expressed as 



Vl = '"^'^'^ (j7) 



In pulsing a reflex oscillator, the voltage and current will be raised simul- 

 taneously; however for the sake of simplicity in calculation, we will assume 

 that the voltage is constant and the injected current is zero at / = 0, rises 



