Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency