J A V A M M C

Version 3.0

© 2012 by Barton B. Anderson
ENTER CAPACITOR AND COIL DATA
Single Cap
Capacitance
(uF)
Single Cap
Voltage
Rating
(DC volts)
Single Cap
Length
Between Leads
(mm)
Single Cap
Tolerance
(%)
Single Cap
Price Per
Capacitor
($)
Total MMC
Capacitance
Desired
(uF)
Coil
Resonant
Frequency
(kHz)
Number of
Caps Per
String
Transformer
Output
RMS Voltage
(volts)
Transformer
Output
RMS Current
(mA)
Transformer
Line
Frequency
(hz)
Spark Gap
Breaks Per
Second
(bps)
  
  
  
Total Cost ($):


MMC DESIGN OUTPUT

Cap Bank Total Capacitance (uF):
Capacitance Per String (uF):
Number of Strings Required :
Total Number of Caps Required :
Cap Bank Stand-Off Voltage Reliability:
Temperature Rise Reliability:
Cap Bank Rated Voltage (Volts):
Cap Bank Discharge Energy (Joules):
Cap Bank Nominal Power (Watts):
Transformer Peak Voltage (Volts):
Dielectric Loss Factor (TANd):
Single Cap Discharge Energy (Joules):
Single Cap Internal Resistance (Ohms):
Single Cap Power Dissipation (Watts):
Single Cap Temperature Rise (°C):
Capacitor RMS Current (Amps):
Static Gap LTR Value (uF):
SRSG LTR Value (uF):
Reliability:
    
Cap Bank Voltage
    
Cap Temperature Rise
    
Excellent:
    
Over 2.5 x Vp
    
Less than 2
    
Good:
    
Between 2 and 2.5 x Vp
    
Between 2 and 5
    
Fair:
    
Between 1.5 and 2 x Vp
    
Between 5 and 8
    
Questionable:
    
Between 1 and 1.5 x Vp
    
Between 8 and 11
    
Terrible:
    
Less than 1 x Vp
    
Greater than 11
    

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