Modulator PS 2000 Series Solid State Modulator

Modulator Ps 2000 series solid-state modulator is a high-voltage pulse power supply using all-solid-state switching and high-ratio pulse transformer technology. It is used to drive pulse modulation tubes. It can be used in medical radiotherapy, industrial non-destructive testing, article irradiation accelerators and other fields.

Key features

● Waveform correction technology: when the load impedance changes, the high-voltage output waveform can be corrected to meet user application requirements
● Fast ignition protection and strong ignition resistance

● High reliability: derived from unique pulse modulation technology, excellent system design and strict quality control

● Functional modularity and gridding: Modulator PS 2000 series solid-state modulators and options are designed with network control and functional modularity, which are easy to assemble, debug and maintain according to user needs and meet user-specific requirements
● Low maintenance cost

The main parameters

Input	Main circuit power supply: 3ΦAC360V~420V, 50/60Hz	Control power supply: AC200~240V, 50/60Hz
Output	Pulse voltage: 50kV~150kV	Pulse current: 50A~100A
	Max. pulse power: 15MW	Max. average power: 120kW
	Pulse voltage amplitude instability；＜0.5%	Voltage regulation accuracy: 0.1%
	Pulse width: 5 μ s~16 μ S (adjustment step 0.1 μ s)	Rise time: ＜ 1 μ S (typical)
	Descent time: ＜ 1 μ S (typical)	Top overshoot: ＜ 3% (typical)
	Flat top drop: ＜ 2% (typical)	Repetition frequency: 1Hz ~ 1000Hz (adjustment step: 1Hz)
	Max. working ratio: 0.80%	Filament power supply: according to user requirements (constant current voltage)
	Filament power instability: ＜0.5%
Others	Options: electron gun power supply, titanium pump power supply, scanning power supply, focusing power supply, guiding power supply, magnetic bias power supply, AFC, online monitoring system, etc.
Others	Cooling mode: water cooling	Dimension: customized according to customer requirements
Note: the product continues to innovate and the performance continues to improve. This parameter description is for reference only.