A constant current loop measuring system measures a property including the temperature of a sensor responsive to an external condition being measured. The measuring system includes thermocouple conductors connected to the sensor, sensing first and second induced voltages responsive to the external condition. In addition, the measuring system includes a current generator and reverser generating a constant current, and supplying the constant current to the thermocouple conductors in forward and reverse directions generating first and second measured voltages, and a determining unit receiving the first and second measured voltages from the current generator and reverser, and determining the temperature of the sensor responsive to the first and...
A simple transducer is used to measure low rates of convective and conductive heat transfer from a f...
A multiple-range potentiometer circuit is described that provides automatic measurement of temperatu...
The performance of a sensor is often evaluated by determining to what degree of accuracy a measureme...
A practical, single, constant-current loop circuit for the signal conditioning of variable-resistanc...
A practical single constant current loop circuit for the signal conditioning of variable-resistance ...
To measure temperatures with a greater degree of accuracy than is possible with thermocouples, RTDs ...
Constant current source is connected across the input of the millivolt measuring system to monitor t...
This paper describes a new signal-conditioning technique for measuring strain and temperature which ...
Measurement of temperature rise of cooling water under pressure and in strong electromagnetic fields...
Temperature controller is described which reduces difference between temperature oscillations about ...
Thermionic diode sensor is used as a pressure transducer in advanced space power systems using liqui...
Compact, lightweight temperature transducer requires no amplification of its output signal and is ti...
Resistance thermometer incorporating a germanium resistance element with a platinum resistance eleme...
This paper describes a variety of practical application circuits based on the current loop signal co...
In precision control applications, thermometers have temperature-dependent electrical resistance wit...
A simple transducer is used to measure low rates of convective and conductive heat transfer from a f...
A multiple-range potentiometer circuit is described that provides automatic measurement of temperatu...
The performance of a sensor is often evaluated by determining to what degree of accuracy a measureme...
A practical, single, constant-current loop circuit for the signal conditioning of variable-resistanc...
A practical single constant current loop circuit for the signal conditioning of variable-resistance ...
To measure temperatures with a greater degree of accuracy than is possible with thermocouples, RTDs ...
Constant current source is connected across the input of the millivolt measuring system to monitor t...
This paper describes a new signal-conditioning technique for measuring strain and temperature which ...
Measurement of temperature rise of cooling water under pressure and in strong electromagnetic fields...
Temperature controller is described which reduces difference between temperature oscillations about ...
Thermionic diode sensor is used as a pressure transducer in advanced space power systems using liqui...
Compact, lightweight temperature transducer requires no amplification of its output signal and is ti...
Resistance thermometer incorporating a germanium resistance element with a platinum resistance eleme...
This paper describes a variety of practical application circuits based on the current loop signal co...
In precision control applications, thermometers have temperature-dependent electrical resistance wit...
A simple transducer is used to measure low rates of convective and conductive heat transfer from a f...
A multiple-range potentiometer circuit is described that provides automatic measurement of temperatu...
The performance of a sensor is often evaluated by determining to what degree of accuracy a measureme...