[en] A divice is described that has been designed tomeasure the height of about 8 pulses arriving simultaneously and to present the messurement results in the form of a parallel 8-decade binary code. The device operates in the standard way of data conversion: pulse height-time-pulse train-code (H-T-S-C). The H-T blocks of the device are used for the preliminary memorizing of the pulse height therefore it contains only two time-pulse train-code converters serving all 8(H-T) blocks being asked in pairs. Besides the main operations, the H-T blocks are used for amplifying, filtration, shaping and linear gating of measured signals

No abstract available

No abstract available

[en] An apparatus for measurement of the space profiles of particle beams by means of two-coordinate chambers (16 electrodes per coordinate) is described. The working current range is 10^-9-10^-6 A per electrode. A current integrator is connected to each electrode. After completion of a measurement cycle, the charges that have been accumulated in the integrators are successively converted to digital code and sent to a personal computer. 5 refs., 4 figs

[en] The basic set of the MAK4 multichannel analyzer is described. It consists of the converter (ADC on 4096 channels for the pulse height analysis and counter for MCS mode), the analyzer control unit and the 16K bytes memory module. The organization of data recording from converter to memory, exchange of data between memory and CAMAC dataway are provided with the microprocessor on the base of K1804 series. 12 refs.; 3 figs

No abstract available

[en] Apparatus for the space particle beam profile measuring with the help of two-coordinate chambers (16 electrodes on each coordinate). The working range of the currents is -(10^-9-10^-6) A on each electrode. The current integrator is connected to each electrode. After the completion of the measuring cycle the charges, accumulated in integrators are converted to the digital code and transferred to the PC. 5 refs.; 5 figs

[en] 4096-channel amplitude analyzer made in the CAMAC standard and wholly placed in one CAMAC crate is described. The analyzer includes an analog-to-digital converter, a storage device with capacity of 4 K of 16-digit words, an increment recording block, a graphic display interface, a unit for the analyzer operation control and a conroller. Operation of the above-mentioned devices is considered in short; their basic technical characteristics are given. The analyzer has the following modes of operation: data collection, displaying of data collected, simultaneous data collection and displaying, the collected data output into a computer

[en] The basic set of MAK-2 analyser consisting of 4 modules is described: ADC on 4096 channels, memory increment controller, 8K 16 bit memory module and graphic display driver. All modules are in CAMAC standard. An example of a system for pulse high analysis including those and formerly designed modules is presented. The information on MAK-3 analyser is briefly reported. Its channel capacity is increased from 16 to 24 bit in comparison with MAC-2 analyser

[en] To investigate the processes of production and decay of high-energy particles in the Serpuchov proton synchrotron beams constructed is a large physical installation consisting of two magnetic spectrometers positioned in series. A complex of detectors permits to identify primary (beam) and secondary (escaping from a target) particles and to measure their momenta with 0.45% accuracy and angles with 0.3 mrad accuracy that gives an opportunity to separate reliably channels of anti n⁺p → k+Σ⁺ (Y*(1385)) reactions at 12 eV pion energy by the missing mass method