Key Parameters |
• Maximum open circuit voltage: 400 kV |
• Peak voltage into matched load: 200 kV |
• Maximum repetition rate: 10 Hz |
• Energy per pulse: 400 J |
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APELC MG20-1C-100NF General Specifications |
| Symbol |
Parameter |
Value |
Units |
N |
Number of Marx Generator Stages |
20 |
- |
Epulse |
Maximum Marx Energy Per Pulse |
400 |
J |
- |
Maximum Vessel Pressure |
200 |
PSI |
Vch |
Marx Peak Charge Voltage |
20 |
kV |
Ve |
Peak Erected Voltage |
400 |
kV |
Cstage |
Capacitance Per Marx Stage |
100 |
nF |
Ce |
Erected Capacitance |
5 |
nF |
Zm |
Marx Impedance |
20 |
Ohms |
L |
Marx Generator Length |
39 |
in |
D |
Marx Generator Diameter |
9.5 |
in |
W |
Marx Generator Weight |
80 |
kg |
RRmax |
Maximum Repetition Rate |
10 |
Hz |
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Technology Summary |
The APELC MG20-1C-100NF was designed to be incorporated into the world's first fully integrated, compact and portable High Power Microwave source developed with Texas Tech University. This generator was initially used to directly source a virtual cathode vacuum diode, which produced 2 - 4 GHz microwave energy with 100's of MW. The Marx generator, with a 20 kV charge voltage and 20 stages, produced a 200 kV pulse onto a matched 20 Ohm impedance, resulting in a peak power of approximately 2 GW. |
 APELC MG20-1C-100NF shown along with a reflex triode vircator at Texas Tech University. |
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