Abstract: The present disclosure relates to a charging cradle, a power supply component for providing the charging cradle with power, a connector for the power supply component for connection to the charging cradle; and to a charging system which is constituted of the aforementioned components. The aim of the present disclosure is to create an inexpensive and constructively adaptable charging possibility for mobile communication terminals The charging cradle used according to the present disclosure comprises only a housing in which contact springs are located. All other components are shifted into the power supply component, using a large surface connector which is provided with large surface contact areas for contact with the charging cradle.

Abstract: Interconnects on a printed circuit board having connecting points for an electronic component with a plurality of terminals are arranged on a printed circuit board so that a joining of a component and the printed circuit board can be accomplished in an automatic manufacturing unit. The joining of the component and the printed circuit board is accomplished by using flow soldering, in which the connecting points are arranged at a 45.degree. angle relative to an output direction of the printed circuit board in a solder bath. The printed circuit board has draw-off surfaces that have larger dimensions than the individual connecting points that are arranged in a rectangle. These draw-off surfaces are located in corner regions of the connecting points.