The DC source CS-5 was developed for the Н100M electron accelerator (NSC KIPT, Kharkov). CS-5 forms the basis of the power supply system for correcting magnets, which includes more than seventy current sources. The system is controlled via a serial communication trunk channel in the RS422 standard. The system provides for synchronous change of currents of all sources according to a predetermined algorithm, as well as independent command control of each module.

The crate controller is designed to control the modules (workstations) in the CAMAC crate using an IBM-compatible personal computer. Allows organizing a control system consisting of one computer and one or several CAMAC crates, the controllers of which are connected to the computer via a serial communication adapter.

Designed to synchronize process equipment, measuring instruments and other devices as part of experimental and production facilities. It is used to control experiments at the U2M thermonuclear fusion facility of the Institute of Plasma Physics, NSC KIPT (Kharkiv). The system is assembled on the basis of modules in the CAMAC standard. It includes a CC02 crate controller, an MC01 trigger module and six MD01 multi-channel programmable timer modules.

The VALTERLAB spectrometric complex is designed for analysis, accumulation, processing and output to external devices of information about the amplitude distribution of pulses from ionizing radiation detectors and other sources of statistically distributed pulse signals

The IEC-C1 pulse counter is designed to measure the number of statistically or evenly distributed pulses over a given time interval, to measure the time required to registration of established number of statistically or uniformly distributed pulses, and to measure the frequency of periodic pulse signals.

The device is a current/voltage converter with a variable conversion ratio, the output signal of which, after additional amplification, can be used to indirectly measure small values of direct currents entering the device input.

The IEC-C1 pulse counter is designed to measure the number of statistically or evenly distributed pulses over a given time interval, to measure the time required to registration of established number of statistically or uniformly distributed pulses, and to measure the frequency of periodic pulse signals.

The device is intended for proportional amplification of the input voltage in order to form a controlled potential difference for supplying deflection plates in measuring instruments, experimental physical installations and other equipment.

Block BV-20-0.3 is designed for continuous power supply of electromagnets, magnetic focusing systems and other types of low-resistance loads. It can work in voltage stabilization or current stabilization modes, it has programmable overload protection.

The power supply unit of the IEC-PS80 crate is designed to power the modules as part of the electrical basket in the "Vector" standard through the built-in bus, as well as to power additional electronic equipment connected to the modules.

The spectrometric shaping amplifier SAMP-02 is designed for amplification and shaping of pulsed signals in devices for measuring the energy spectra of gamma radiation. The amplifier gives the pulsed signals a Gaussian shape by double differentiation and integration using a Butterworth filter.

The IEC-SM02 spectrometric unit is designed to record the energy spectrum of X-ray and gamma radiation. Provides the ability to work in conjunction with scintillation or semiconductor radiation sensors.

The SS12 timing device is a ten-channel programmable timer. It is designed to start physical processes and synchronize the operation of measuring, recording and other equipment as part of experimental physical installations.

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.