The unit is designed to power photoelectronic multipliers, gas-discharge, semiconductor and other sensors used in nuclear spectrometry, as well as other high-voltage devices requiring high voltage stability. Allows you to adjust the voltage in the range up to 2 kV at a load current of up to 2 mA.

The unit is designed to power photoelectronic multipliers, gas-discharge, semiconductor and other sensors used in nuclear spectrometry, as well as other high-voltage devices requiring high voltage stability. Allows you to adjust the voltage in the range up to 2 kV at a load current of up to 2 mA.

Power supply is a modification of the previous model BHV-2/2. The unit is designed to power photoelectronic multipliers, gas-discharge, semiconductor and other sensors used in nuclear spectrometry, as well as other high-voltage devices requiring high voltage stability. The device is equipped with a microprocessor controller. Allows you to adjust the voltage in the range up to 2 kV at a load current of up to 2 mA.

The precision voltage source BHV-4 is designed to power photomultipliers, semiconductor detectors of ionizing radiation, as well as other equipment that requires high voltage stability in the range up to 4 kV. The source is designed as a double module in the CAMAC standard and has three independent control interfaces.

Power supply is designed to power ion-plasma devices and other physical installations for scientific and industrial applications with stabilized direct high voltage. According to the principle of operation, it is a high-frequency inverter-type converter with microprocessor control, provides for the possibility of continuous operation

The high voltage unit BHV-12 is designed to generate a constant high voltage up to 12 kV and can be used as part of scientific and industrial installations. It is designed to work in a short-term repetitive mode..

The DC voltage source BHV-60-1 is designed to power X-ray emitters with a constant high voltage with an effective value of up to 60 kilovolts and can be used as part of scientific and industrial installations.

The DC voltage source BHV-100-1 is designed to power X-ray emitters with a constant high voltage with an effective value of up to 100 kilovolts and can be used as part of scientific and industrial installations.

It is designed to supply the X-ray tube with all the necessary voltages. The device is powered by a battery with a nominal voltage of 24 V and can be used in the field.

The power supply IR160/2 is designed to power the X-ray tube with all the necessary voltages as part of X-ray non-destructive testing machines (X-ray flaw detection), production quality control systems and baggage screening equipment. It consists of two blocks: a transducer block and an emitter block.

DC voltage source BHV-60 is designed to generate high voltage DC voltage up to 60 kV and can be used as part of scientific and industrial installations. The source consists of two blocks: a converter block and a transformer-rectifier block. Designed for continuous or intermittent operation.