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public:calculator:guides:dm15l_miso_solve [04/02/26 08:53 GMT] – [Example : OHMS LAW] johnpublic:calculator:guides:dm15l_miso_solve [07/02/26 08:53 GMT] (current) – [DM15L/41X/41L "Multi In Single Out" Solve] john
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-====== DM15L "Multi In Single Out" Solve ======+====== DM15L/41X/41L "Multi-Variable" Solve ======
  
 ** Using multi-variable equations in SOLVE ** ** Using multi-variable equations in SOLVE **
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 '' F = (Points^2 x v.f x 0.284 ) / distance '' '' F = (Points^2 x v.f x 0.284 ) / distance ''
  
-Points -> R01 +  * Points -> R01 
-Distance -> R02 +  * Distance -> R02 
-V.F -> R03 +  * V.F -> R03 
-Frequency -> R04+  * Frequency -> R04
  
  
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 RCL- 04 RCL- 04
 RTN RTN
 +
 +</code>
 +
 +=== Example ===
 +
 +Find the Frequency sweep width needed for a distance of 35m with the following settings:
 +
 +  * Distance = 35m
 +  * Points = 101
 +  * V.F = 0.66
  
 <code> <code>
 +
 +101 STO01
 +35 STO02
 +.66 STO03
 +4 STO I
 +solve 71
 +
 +</code>
 +
 +Result = ''54.63MHz''
 +
  
  

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