Thermistor and its production method
A technology of thermistor and electrode layer, applied in resistance manufacturing, resistors, thermoelectric devices, etc., can solve problems such as inability to solve leaching problems
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[0061] As shown in the accompanying drawings, especially as Figure 3a -c, the preferred embodiment of the invention consists of a ceramic semiconductor body (11) comprising opposing faces (42 and 43) comprising one or more metal oxides. A first layer (12a and 13a) of metal electrode material comprising a conductive metal having a thickness not exceeding 5 microns is deposited on each of said opposed faces (42 and 43). A second layer (12b and 13b) of metal electrode material is deposited on the first layer (12a and 13a), followed by a third layer (12c and 13b) of metal electrode material deposited on the second layer (12b and 13b). 13c). Optionally, a fourth layer (12d and 13d) of metal electrode material is deposited on the third layer (12c and 13c).
[0062] To use the thermistor according to the invention, electrical contacts are connected to the outer electrode layer of the semiconductor body. The electrical contacts and the means used to bond the outer thermistor elect...
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Abstract
Description
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