by Y. Freeman, P. Lessner, E. Jones; KEMET Electronics presented by Ed Jones at the 2nd PCNS 10-13th September 2019, Bucharest, Romania as paper 3.2. Commercial space constellations are an example of the increasing share of the space applications looking for more affordable electronics According to selecting traditional space parts ...
by: Tomas Zednicek (1), Martin Bárta (2), Felix Corbett (2) and Jörg Frodl (2) EPCI, European Passive Components Institute; Czech RepublicTTI Electronics Europe; Germany presented by T.Zednicek and M.Barta at the 2nd PCNS 10-13th September 2019, Bucharest, Romania as paper 2.4. ABSTRACT Passive components market and supply chain has been ...
by Marcel Manofu (1), Radu Voina (2), Cătălin Negrea (1) (1) Continental Automotive Romania (2) Technical University of Cluj-Napoca OUTSTANDING AWARD PAPER BY PCNS ATTENDEES presented by M.Manofu at the 2nd PCNS 10-13th September 2019, Bucharest, Romania as paper 2.2. Abstract Miniaturization leads to decreased supply voltages, which combined with ...
by: R. Andersson, M. Bylund, S. Krause, A. M. Saleem and V. Desmaris Smoltek AB, Gothenburg, Sweden OUTSTANDING AWARD PAPER BY PCNS ATTENDEES presented by S.Krause at the 2nd PCNS 10-13th September 2019, Bucharest, Romania as paper 1.2. Abstract Complete on-chip fully solid-state 3D integrated capacitors using vertically aligned carbon ...
By A. Yializis Ph.D., PolyCharge America Inc., Tucson, Arizona presented at the 2nd PCNS 10-13th September 2019, Bucharest, Romania as paper 1.1. The paper introduces development of NanoLamTM, solid state, polymer monolithic capacitors, comprising 1000s of nano-thick, cross-linked polymer dielectric layers. The NanoLam amorphous polymer dielectrics have an intrinsic breakdown ...
C 3.6 SOLID SINTERED TANTALUMS with MANGANESE DIOXIDE C 3.6.1 Introduction We start with cross section schematics of typical SMD tantalum chip construction. Explanation of tantalum MnO2 capacitor inner structure (not to scale) Figure C3-46a. Tantalum MnO2 capacitors Tantalum SMD chip capacitor structure; source: Kemet The tantalum metal has a ...
C 3.5 SOLID AL ELECTROLYTICS with CONDUCTIVE POLYMER or TCNQ SALT C 3.5.1 Polymer electrolyte Other variant of a solid electrolyte is conductive polymer electrolyte. The aluminum oxide on an etched and formed foil is covered with an electrically very conductive and doped polymer as previously shown in Figure C3-7. ...
C 3.4 SOLID ALUMINUM ELECTROLYTICS (SAL) with MANGANESE DIOXIDE (obsolete capacitor technology) The SAL are aluminum electrolytic capacitors with anodic oxidized aluminum oxide as dielectric and with the semiconducting solid manganese dioxide as electrolyte. They are made of etched and formed aluminum anodes, which are folded for the dipped pearl ...
C 3.3 WET ALUMINUM ELECTROLYTICS C 3.3.1 Introduction Wet aluminum (Al) electrolytic capacitors continuously generate hydrogen gas under operation, even under a small residual charge. (note: if capacitors are stored voltage-free no hydrogen is being released during storage). That hydrogen must be able to diffuse and exit the package or ...
C 3.2 CONCEPTS AND MEASUREMENTS C 3.2.1 The CV product The product CR x VR is called the CV product and is a measure of the charge quantity. CR is expressed in µF and VR in volt. The product has the quantity µAs or µC (microCoulomb). C 3.2.2 Leakage current ...
