Progress with DIMOHA for fast time-domain simulations of traveling-wave tubes
F André, DFG Minenna, K Aliane… - 2020 IEEE 21st …, 2020 - ieeexplore.ieee.org
2020 IEEE 21st International Conference on Vacuum Electronics (IVEC), 2020•ieeexplore.ieee.org
We presented at previous IVEC conferences a new model for traveling-wave tubes (TWTs).
Since then, we used this model to build the DIMOHA algorithm as an alternative to current
particle-in-cell (PIC) and frequency domain codes. Its validity is assessed against these
codes and against measurements from several TWTs. We present simulations for an 80
watts TWT in Q band presently in development. An industrial version of DI-MOHA is under
construction for the design and characterization of TWTs.
Since then, we used this model to build the DIMOHA algorithm as an alternative to current
particle-in-cell (PIC) and frequency domain codes. Its validity is assessed against these
codes and against measurements from several TWTs. We present simulations for an 80
watts TWT in Q band presently in development. An industrial version of DI-MOHA is under
construction for the design and characterization of TWTs.
We presented at previous IVEC conferences a new model for traveling-wave tubes (TWTs). Since then, we used this model to build the DIMOHA algorithm as an alternative to current particle-in-cell (PIC) and frequency domain codes. Its validity is assessed against these codes and against measurements from several TWTs. We present simulations for an 80 watts TWT in Q band presently in development. An industrial version of DI-MOHA is under construction for the design and characterization of TWTs.
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