Mendel MITL Applet
Jump to: Currents Definition Output Format Notes
Parameter Value Units Special Values Inputs: V (voltage) Megavolts volts kilovolts millivolts microvolts ____________________ Z0 (vacuum impedance) Ohms kiloOhms MegaOhms milliOhms microOhms nanoOhms ____________________ R (load = V/Ia) Ohms kiloOhms MegaOhms milliOhms microOhms nanoOhms ____________________ Note: R must be less than RSL for valid result G (space-charge adjustment) uniform for G=1 Outputs: IA (anode current) kiloamps amps Megaamps milliamps microamps ____________________ =V/R Self-Limited Results: IASL (self-limited anode current) kiloamps amps Megaamps milliamps microamps ____________________ ZfSL (self-limited flow impedance) Ohms kiloOhms MegaOhms milliOhms microOhms nanoOhms ____________________ ICSL (self-limited cathode current) kiloamps amps Megaamps milliamps microamps ____________________ RSL (self-limited load impedance) Ohms kiloOhms MegaOhms milliOhms microOhms nanoOhms ____________________ =V/IASL Upper Branch Results: Note: Upper branch gives answers close to Creedon Zfa (upper flow impedance) Ohms kiloOhms MegaOhms milliOhms microOhms nanoOhms ____________________ ICa (upper cathode current) kiloamps amps Megaamps milliamps microamps ____________________ Lower Branch Results: Note: Lower branch result may not be meaningful Zfb (lower flow impedance) Ohms kiloOhms MegaOhms milliOhms microOhms nanoOhms ____________________ ICb (lower cathode current) kiloamps amps Megaamps milliamps microamps ____________________
IA (anode current)
Equation Parameters Diagram
Select Format: Scientific Engineering Fixed
Source: Paul's Pulsed Power Conference 2003 paper
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