1. A method for adjusting an electronic system in which n parameters (x, y) of the system are predefined that correspond to an n-dimensional adjustment space, wherein at the start of the adjustment each parameter has two limit values predefined that delimit an appropriate initial range in the n-dimensional adjustment space, and wherein the following steps are repeated until a termination condition is achieved: evaluating a target function that quantifies the achievement of an adjustment target for the limit values that delimit the initial rang, wherein the evaluation includes the measurement and/or evaluation of at least one physical quantity of the system that is a function of the specific parameter or its limit value, and wherein appropriate target function values associated with the limit values are obtained; and defining a modified, in particular reduced, initial range for a subsequent iteration as a function of the target function values obtained, wherein the target function values are assigned to two different classes, wherein all target function values that correspond to a target criterion are assigned to a first class, wherein all target values that do not correspond to the target criterion are assigned to a second class, and wherein the step of defining the modified initial range for the subsequent iteration takes place as a function of the target function values assigned to the first class.