Electronic Applications Division RoHS COMPLIA Rubalit® 708 HP – High-Performance • High process reliability case of electrical resistors, a lower noise factor, more stable • Good component reliability resistor values, enhanced resistance to electrical shock loads, and greater reliability under laser trimming conditions. As a • Vast application potential result, Rubalit® 708 HP substrates combine added integration density with greater power density. Rubalit® 708 HP is ideal Rubalit 708 HP (High-Performance) has been developed for high-performance electronic applications, for hybrids and from the world renowned and successful Rubalit® 708 S. This sensors, in the telecom, medical, aerospace, and consumer improved material shares the same chemical composition, is goods industries. produced on the same plant and using the identical production technologies as in the case of Rubalit® 708 S. As a result, • Increased integration density you can use proven paste systems and product licensing is a • Increased power density lot easier. The improved Rubalit 708 HP substrate generation • Increased production scale efciency is remarkable for its consistency in terms of thermal cycling re- • High thermal conductivity sistance, thermal shock resistance, bending strength, surface • Better noise factor performance quality, thermal conductivity even under extreme conditions. • High resistor value consistency The very high and consistent surface quality, making the sub- • More reliable laser trimming operation strate even suitable for thin-lm applications, ensures in the

Rubalit® 708 HP – High-Performance: the material properties Medium grain size d50 Bulk density Water absorption capacity Thermal shock resistance following intensified solder bath test Shock resistance [%] Bending strength Double-Ring (40 mm/20 mm/0.63 mm) Coefcient of linear expansion 20–300 °C 20–600 °C 20–1000 °C Other dimensions on request CeramTec GmbH Electronic Applications Division CeramTec-Weg 1 95615 Marktredwitz Germany Indexes and parameters for ceramic substances: In order to profile ceramic substances certain parameters are indicated. The crystalline nature of these substances,...