1. Disconnect wiring connector at engine coolant temperature sensor.

2. The temperature sensor is enclosed in a protective well.

3. The temperature sensor includes thermocouple, thermoelectrical resistance mainly.

4. The temperature sensor is made of a PN junction. The humidity sensor is made of heated lithium chloride dew point type. The air velocity sensor is omnidirectional.

5. AD590 is used as a temperature sensor assisted by operation magnifier with high input resistance which can be used for long distance testing.

6. Remove the in - vehicle temperature sensor from the instrument panel.

7. We can make LPG temperature sensor with a high sensitivity ratio in this way.

8. Resistance of PT100 is used as temperature sensor assisted by operation magnifier with high input resistance , it can be used for high accurate temperature measuring.

9. Locate the ambient temperature sensor, on the radiator support behind the grille.

10. Objective To design a new digital temperature sensor with quartz crystal for manned space flight.

11. Automatic temperature control valve is a temperature sensor Self - supporting implementing agencies and special thermostatic body composition.

12. The joint end of the temperature sensor is the end head or middle end of two bisymmetry and parallel temperature sensors.

13. The temperature is measured with an integrated temperature sensor AD590, amplified and zeroed through an analog circuit, displayed directly by a digital voltmeter.

14. Industrial Supplies Stocks, Temperature Sensor, Thermocouple , Resistance Thermometer , Pyrometer , Rtd Industrial Supplies Stocks.

15. To enable 27 address combinations, this temperature sensor provides three dedicated address pins that can be placed in one of three states: tied to GND, tied to VDD, or left floating.

16. Such as Pt100 temperature sensor, hot resistance signal conditioning and H bridge reversible driver.

17. Special temperature sensor must be developed in order to meet the need of specific environment including highly erodent, heat melt, vacuum and carburizing etc. die characteristic.

18. This paper describes the development of measuring instrument, including temperature sensor, microcontroller interface and its applications.

19. A heating element is designed using resistance heating silk and printed board, and an instrument of temperature measurement and control is designed using transistor as the temperature sensor.

20. A sensor in the utility model adopts a no-leakage PH composite electrode and an annular conductance electrode in which a temperature sensor is arranged.

21. The intelligence vortex flowmeter system is consisted of vortex sensor, temperature sensor, pressure sensor, LCD module and master controller, etc.

22. A way of measuring the radiation coefficient of the platinum resistance temperature sensor is given.

23. The automatic control system, which is composed of alarm system, switching soil moisture sensor and switching temperature sensor, makes joint control with the manual control system.

24. This paper introduces the design and manufacture of a kind of fiberoptic fluorescence temperature sensor.

25. Very long thermocouples are okay (even 100m), but if there is measurement stability issues or USB resets, ferrite beads can be added to the thermocouple wire close to the Phidget Temperature Sensor.

26. Grand factory of thermal resistor of bright electron Inc. is grand bright subordinate thermistor and manufacturer of temperature sensor major.

27. Finally the inner block structure and main characters of the TMP100, digital temperature sensor, the important chip in this system are introduced.

27.

28. The influence on temperature measurement of the non-linearity, the fractional frequency uncertainty and the overheating effect of quartz temperature sensor have been analyzed.

29. This paper introduces a new wireless sensing system of the one port SAW temperature sensor. It analyzes the response of the one port SAW excited by interval sinusoidal signal.

30. After carefully studying the principle of fiber Bragg grating (FBG) sensor and magnetostriction effect, the models of strain viability and temperature sensor are established respectively.

31. The main hardware is composed of thermal resistor as temperature sensor, 87C51 single chip processor, as main control computer, together with amplifier and A/D transfer.

32. Mass Air Flow Sensor and other sensors such as Position Sensor, Temperature sensor etc.

33. However, thermocouple with noble metal such as platinum and rhodium is used as high - temperature sensor currently.

34. The system is mainly composed of single chip computer, temperature sensor, D/A converter chip and thermal electronic cooler (TEC). Fuzzy logic control is implemented through software programming.

35. The former is potentially a broadband tunable band rejection filter or temperature sensor with enhanced sensitivity.

36. The pressure sensor and temperature sensor control the warning circuit via respective dynamic and static contact, led as well as common dynamic and static contact.

37. The data is collected by the temperature sensor device AD590. The AD conversion device is ADC0832. The procedure of data collecting is controlled by the singlechip computer.

38. Plug the in - vehicle temperature sensor wire harness connector into the instrument panel wire harness.

39. The intellectual on-the-spot flowmeter of natural gas consisted of swirl sensor, temperature sensor, pressure sensor, A/D converter, outside expand memory, single chip microcomputer, LCD module , etc.

40. Proposed is a double-sheet-metal structure FBG temperature sensor system based on heterodyne detection.

41. A temperature sensor monitors temperatures within the arc chamber and provides a signal related to sensed temperature.

42. Heater, cooler and temperature sensor are installed in the air channel.

43. PN junction temperature sensor is used. 16 temperature signs are acquired at the same time. Proceeded data can be indicated, printed or controlled.

44. An example about temperature sensor of platinum resistance is given to show the details of polynomial interpolation.

45. The utility model is mainly composed of heating elements, circuits, a heat conductor, a temperature sensor, temperature control circuits, a temperature indicator, and a protective sleeve.

46. The monolithic integrated circuit may the water temperature simulation quantity which examines the temperature sensor transform the digital quantity, demonstrates on the LED monitor.

47. Fiber optic temperature sensor has been widely applied in many fields because of its advantages of security to fire, explosion, electricity, magnetic disturbance, erosion, and dangerous environments.

48. Another ambient temperature sensor is the vapor - filled bellows.

49. In order to conquer the difficulty of measuring temperature of high voltage electronic current and potential transformer vessel, F-P temperature sensor and demodulating scheme is designed.

50. Fluorescence fiber temperature sensor may accomplish to measure temperature in different instances, especially under electromagnetism disturbing.

51. This article examines data logging of temperature using the TMP36 temperature sensor and a simple light-emitting diode (LED) for light.

52. This paper presents a well water temperature monitor, and its use of PN junction temperature sensor as temperature components, integrated circuits used for ICL7126 and other A / D converter.

53. The optical liber intensity-modulated temperature sensor is better than other optical fiber temperature sensors in some aspect.

54. The temperature sensor , piezoelectric cutting dynamometer developed by ourselves and software compose the real - time monitoring system.

55. The incorporation of liquid or liquefied substances is controlled along with pyrolysis by means of at least one post-combustion parameter, in particular with the aid of a temperature sensor.

56. In recent years the radiation temperature sensor of optical fiber has gotten more extensive application, which is based on the radiation principle of black body.

57. The infrared radiation temperature sensor gathering cloth body temperature is a advanced survey fabric temperature method.

58. The influence on tempera2 ture measurement of the non2linearity ,(http://) the fractional frequency uncertainty and the overheating effect of quartz temperature sensor have been analyzed.

59. It introduces a design and implementation of constant temperature control system which based on L4960 single chip switching integration manostat and AD590 temperature sensor.

60. It consists of semiconductor thermostat , power module , and dater collector module of yanhua , temperature sensor and humidity sensor .

61. Using the temperature sensor AD590 and humidity sensor HM1500, and the A/D converter CC7107 etc. A low power and low cost measurer of temperature and humidity was designed.

62. The temperature sensor 3 is connected with the input end of a comparator circuit or a subtraction circuit 14 through a linearity circuit 13.

63. A motor temperature indicator is positioned on a control panel on the base and a temperature sensor is in communication with the motor temperature indicator.

64. Wiring or connector problems in the transmission temperature sensor signal circuit.

65. In order to solve nonlinear errors in measurement, the principle of the black body radiation temperature sensor of optical fiber and nonlinear error source are analysed.

66. The temperature sensor is making the computer think the engine is cold when, in fact, it's hot.

67. An electric heating pipe and a material spraying plate are equipped in the furnace body. The rear end of the furnace body is equipped with a temperature sensor.