ELECTRONIC THERMOMETER DIGITAL TEMPERATURE

Brand	Owner (click to sort)	Address	Description
CABLE FREE	OREGON SCIENTIFIC, INC.	19861 S.W. 95th Place Tualatin OR 97062	Electronic thermometer and digital temperature monitor; radio controlled weather forecaster including a clock radio and hydrometer;
INTEGRATION OF INNOVATION	OREGON SCIENTIFIC, INC.	19861 S.W. 95th Place Tualatin OR 97062	Electronic thermometer and digital temperature monitors not for medical purposes, radios for detecting and displaying weather forecasts featuring an incorporated clock and hydrometer, emergency alert radios, and an electronic weather station consisting of an indoor and outdoor temperature sensor, indoor and outdoor humidity sensor, dewpoint sensor, barometric pressure sensor, wind speed and direction sensor, wind chill temperature sensor, rainfall measuring sensor, rainfall rate sensor, internal clock and calendar;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A test structure and a test methodology are provided for testing metal-insulator-metal (MIM) capacitor structures under high temperatures at the wafer level. The test structure includes a resistor formed on a region of dielectric isolation material formed in a semiconductor substrate. The MIM capacitor is formed over the resistor and separated therefrom by dielectric material. A metal thermometer, formed from the same material as the plates of the MIM capacitor, is placed above the resistor and in close proximity to the capacitor. High current is forced through the resistor, causing both the metal thermometer and the MIM capacitor to heat up along with the resistor. The change in resistance of the metal thermometer is monitored. Using the known temperature coeffecient of resistance (TCR) for the metal used to form both the capacitor and the thermometer, changes in the measured resistance of the metal thermometer are converted to temperature.