Použití analogového počítače při vyučování matematice a fyzice
Analogové počítače
Zur Genauigkeit und Ausgabewerteverlauf im Wurzelmodellieren
Vliv driftu a mřížkového proudu u počítacích stejnosměrných zesilovačů na přesnost řešení lineárních diferenciálních rovnic s konstantními koeficienty
Vliv driftu a mřížkového proudu počítacích stejnosměrných zesilovačů na přesnost řešení nehomogenních lineárních diferenciálních rovnic s konstantními koeficienty
This article deals with the influence of the drift and grid current of D-C amplifiers on the accurary of solution of nonhomogeneous differential equations. It is shown that the error is connected with the roots of characteristic equation and with the type of the right hand side of differential equation.
Increase of accuracy in machine computation of some differential equations having variable coefficients and of some nonlinear differential equations
Dynamic systems with the nonzero initial conditions excited by the Dirac function
On modelling dynamic systems excited by the Dirac function
Algebraical loops and transformation of variables
Digital simulation of analog computing differential equations with variable coefficients and nonlinear differential equations
Optimal distribution of break points at a diode function generator
Simulation of analog computer in solving non-linear differential equations by a digital computer
Analog solution of a given problem in the back time
Solution of a given problem in the back time
The solution of integral equations on an analog computer
Increase of accuracy in modelling the quotient of small values by computers MEDA 40TA, MEDA 41TC and ADT 3000
Simulation of dynamic systems with a transfer function of the type m=n excited by the Dirac function
Increase of accuracy in solving differential equations with singularities of the type by a right choice of an additional term
Arithmetic unit based on impulse counting
Modelling transfer functions with nonzero initial conditions
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