Controlled telescope for muon stop detection with two-dimensional registration of gamma spectra

The electronics and software of the controlled telescope for muon stop detection with a two-dimensional registration of gamma spectra are described. The circuit is constructed on the base of the controlled modules in the CAMAC systems developed in the Laboratory of Nuclear Problems. The software consists of 3 programs written in the CAMAC language. By these programs the presence of pulses is checked up, tuning and optimization of coincidence circuits, two-dimensional measurements are realized. All the programs operate in DOSIII system. The advantages of physical circuits with program control are shown: the possibility of rapid tuning and circuit optimization, the control for correctness of experimental procedure, high reliability and so on