Electrical resistors – Resistance value responsive to a condition – Gas – vapor – or moisture absorbing or collecting
Patent
1979-07-25
1980-09-30
Albritton, C. L.
Electrical resistors
Resistance value responsive to a condition
Gas, vapor, or moisture absorbing or collecting
73 27R, 73 23, 422 98, H01L 700
Patent
active
042258421
ABSTRACT:
A temperature compensated oxygen sensor has a generally cylindrical first insulator with an axial bore extending therethrough which is counterbored at one end. A second cylindrical insulator is retained in the bore in the first insulator either by a radial inwardly directed flange on the second end of the first insulator or by a radial outwardly directed flange on one end of the second insulator which seats in the counterbore of the first insulator. A titania resistor and a compensating resistor are mounted on the second end of the second insulator by leads extending through longitudinal bores in a second cylindrical insulator and into the counterbore in the first insulator. The leads are connected to terminals which are retained in the counterbore either by a chemical bonding agent or by a third cylindrical insulator through which the terminals extend. The third insulator can be secured either by mechanical means and/or by a chemical bonding agent including a glass preform.
REFERENCES:
patent: 4001758 (1977-01-01), Esperg et al.
patent: 4007435 (1977-02-01), Tien
patent: 4088555 (1978-05-01), Kita et al.
patent: 4101404 (1978-07-01), Blumenthal et al.
patent: 4147513 (1979-04-01), Bienkowski et al.
Schlesselman Harold D.
Weber David C.
Albritton C. L.
Bendix Autolite Corporation
Eifler Raymond J.
Kratz, Jr. William G.
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