Aiming at improved reliability and cost reduction of position sensors for automobiles, the authors tackled with the challenge of developing long life contact type potentiometer which has a simple construction and cost advantage. The authors made clear the wear characteristics of the resistor materials and the mechanism how noise occurs, and developed a long life, low noise resistor material, and the double-layer resistor structure which has excellent characteristic in durability. The authors also clarified the ways of using brushes according to applications through the investigation of the relationship between the contact shape and the amount of wear of the resistor. Based on these investigation, the authors have developed a highly reliable throttle position sensor and a long life vehicle height sensor.
Newly developed long-life potentiometer for automobiles
Neuentwickeltes, langlebiges Potentiometer für Fahrzeuge
SAE Technical Papers ; 1-14
1993
14 Seiten, 28 Bilder, 10 Tabellen, 6 Quellen
Conference paper
English
Zuverlässigkeit , Kostenersparnis , Potentiometer , Lebensdauer , Bürste (Schleifkontakt) , Kontaktaufnehmer , Drosselventil , Signal-Rausch-Abstand , Automobilbau , Verschleiß , Positionierung , Positionierungssteuerung , Vertikalposition , Stellungsgeber , Widerstandsbauelement , Sensor , Positionierungsgenauigkeit
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