Abstract: A thin-film component, for example a capacitor, a resistor and a coil, as well as combinations thereof. A substrate of an electrically insulating material (preferably glass), is provided with two U-shaped side contacts and with an electrical structure which is electrically connected to both side contacts. A flexible layer (preferably polyimide) is situated between the substrate and at least one of both legs of each of the U-shaped side contacts, which flexible layer is provided directly on the substrate surface, and in that the modules of elasticity of the material of the layer is below 50 GPa. By virtue of this measure, it is achieved that the components demonstrate a better resistance to standard bending tests. As a result, the product-failure percentage is reduced if these components are employed in flexible PCBs or in PCBs which are subjected to a vibration.

Abstract: A capacitor comprises a number of ceramic layers on the basis of barium titanate as well as a number of electrode layers of palladium or a silver-palladium alloy, the ceramic layers and the electrode layers being alternately stacked to form a multilayer, which is also provided with two external electric connections which are in contact with a number of said electrode layers. In accordance with the invention, the electrode layers contain copper oxide, preferably 0.5-15 wt. %, calculated with respect to the overall quantity of palladium, silver and copper oxide. It has been found that the presence of a relatively small, yet effective quantity of copper oxide in the electrode material of Pd or Pd--Ag leads to a considerable increase of the internal mechanical strength and of the service life of CMCs. By employing the method in accordance with the invention, the percentage of rejects in the production of the capacitors can be reduced considerably.

Abstract: A ceramic multilayer capacitor includes a number of ceramic layers on the basis of a doped BaTiO.sub.3 and a number of electrode layers of Ni. The ceramic layers and the electrode layers are alternately stacked to form a multilayer structure which is provided with electric connections at both side faces. The composition of the main component of the doped BaTiO.sub.3 corresponds to the formula(Ba.sub.1-a-b Ca.sub.a Sr.sub.b) (Ti.sub.1-c-d-e-f Zr.sub.c Al.sub.d Mn.sub.e Nb.sub.f).sub.k O.sub.3+.delta.wherein:0.02.ltoreq.a.ltoreq.0.080.002.ltoreq.b.ltoreq.0.030.15.ltoreq.c.ltoreq.0.200.00<d.ltoreq.0.030.001.ltoreq.e.ltoreq.0.020.0005.ltoreq.f.ltoreq.0.011.001.ltoreq.k.ltoreq.1.005.