1. Thick Film Resistors with Improved Voltage Stability
- Author
-
Y. Taketa and M. Haradome
- Subjects
Materials science ,Physics::Instrumentation and Detectors ,business.industry ,Conductive materials ,General Engineering ,Electrical engineering ,Physics::Physics Education ,High voltage ,Industrial and Manufacturing Engineering ,Computer Science::Other ,Electronic, Optical and Magnetic Materials ,law.invention ,Voltage stability ,Computer Science::Emerging Technologies ,law ,Electrical and Electronic Engineering ,Resistor ,Composite material ,business ,Voltage - Abstract
Thick film resistors have been prepared by adding glass frits to the conductive materials of the resistors. By this method, it is found that the resistance of the glass phases in the thick film resistors decreases, with a resulting decrease of voltage drift after applying high voltage pulses to the resistors. In addition, the electrical properties and stability of these resistors are improved over resistors made from some present commercially available pastes.
- Published
- 1974