Repetitive nanosecond pulsers
Thanks to our innovative design, each switching element is able to commute >1 kV in a few nanoseconds at a pulse repetition up to 5 kHz.
Able to synchronise with external process or events
Very precise synchronisation for parallel or push-pull deployments
Built-in output pulses traceability
Configurable pulse parameters
Montena repetitive nanosecond pulsers are based on fast semiconductor switching techniques. Thanks to our innovative design, each switching element is able to commute >1 kV in a few nanoseconds at a pulse repetition up to 5 kHz. These switching cells are stacked to build the heart of modular pulsers with output voltages of a tens of kV and multiple pulse durations.
Montena nanosecond pulsers are ideally suited for industrial deployment. The pulse parameters (amplitude and duration) and sequences are configurable from the control interface. A built-in analogue signal divider enables a live monitoring of the output pulses. Montena pulsers are equipped with a trigger interface to synchronise the output pulses between multiple generators to either work in parallel or in a push-pull configurations when connected to symmetrical applicators.
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USED IN APPLICATION
Montena’s nanosecond repetitive pulse generators enhance a wide range of industrial processes. Here are some groundbreaking applications where this technology is making a significant impact.
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