This paper investigates the kinetic study in an inductive discharge lamp. Numerical simulation of electron density and other parameters that characterize the plasma are discussed and their values are compared with what is expected in inductive plasma and which show a good agreement considering the electron density and the electron temperature values. Such research allows us to understand the relationship between the radial distribution of electronic temperature and the electrical density of the lamp and the frequency of operation. The influence of the current is presented and the performance of the lamp can be found.
