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APELC MG30-1C-100NF...
Stores a maximum of 1.8 kJ Can...

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APELC MG30-1C-100NF Marx Generator

Condition New

Stores a maximum of 1.8 kJ
Can deliver 300 kV to a matched load
Mica film-based
Design results in a much higher energy density compared to typical coaxial Marx generators
Designed to be low-impedance
Axially-compact in order to drive HPM antennas on remote platforms
Diameter of 50.8 cm (20 inches)

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APELC MG30-1C-100NF Marx Generator
Stores a maximum of 1.8 kJ
Can deliver 300 kV to a matched load
Mica film-based
Design results in a much higher energy density compared to typical coaxial Marx generators
Designed to be low-impedance
Axially-compact in order to drive HPM antennas on remote platforms
Diameter of 50.8 cm (20 inches)
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Test Equipment Description

The MG30-1C-100NF coaxial Marx generator is a 30-stage Marx generator with 100-nF of capacitance per stage. The maximum charge voltage is 20 kV per stage which corresponds to a match-impedance load voltage of about 300 kV. The characteristic impedance of this Marx generator is 40 Ohms. The MG30-1C-100NF has applications which include material breakdown studies and high power microwaves.

Waveform

Load Voltage vs. Charge Voltage

Waveform

Parameter	Value	Units
Number of Generator Stages	30	N/A
Maximum Marx Energy per pulse	600.0	J
Maximum vessel pressure	140	PSI
Marx Peak Charge Voltage	20	kV
Peak Erected Voltage	600	kV
Capacitance Per Marx Stage	100	nF
Erected Capacitance	3.33	nF
Length	58	inches
Diameter	11.5	inches
Maximum Burst-Mode Repetition Rate	7	Hz