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     TEMPERATURE sensors  

 
Our smart temperature sensors are available in a number of encapsulations: TO18, TO92, TO220, SOIC-8L and others.
The temperature sensors are available as naked die as well.
On request the sensors can also be built in a customer specified encapsulation.


 
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PRODUCT DESCRIPTION  
The SMT160-30 is a three terminal integrated temperature sensor, with a duty-cycle output. Two terminals are used for the power supply of 5 Volts and the third terminal carries the output signal. A duty cycle modulated output is used because this output is interpretable by a microprocessor without A-D converter, while the analogue information is still available

The SMT160-30 (TO18 model) has an overall accuracy of 0.7 °C in the range from -30 °C to +100 °C and an accuracy of 1.2 °C from -45 to +130 °C. This makes the sensor especially useful in all applications where "human" (climate control, food processing etc.) conditions are to be controlled.

The CMOS output of the sensor can handle cable length up to 20 meters. This makes the SMT160-30 very useful in remote sensing and control applications.

 

 
 
 For more info on the SMARTEC Temperature Sensor have a look at:
  • Functional Description
  • Most Important Features and Typical Applications
  • Datasheets (in pdf format)

    or see our other temperature products:

  • Temperature Probe Assembly
  • Temperature Aquisition System, SMTAS08 board
  • Evaluation board, SMTAS04 for easy application development
     

    •  
    Most Important Features
  • Absolute accuracy .7 °C
  • Linear output within .2 °C
  • Output fully digital interpretable
  • Output fully analogue interpretable
  • Calibrated on chip.
  • TTL, CMOS compatible
  • Temperature range 175 °C (-45 to +130 °C)
  • Directly connectable to data input of
        micro processor
  • Easy multiplexing when using more sensors to
        one micro processor
  • Low power consumption
  • No A-D converter necessary
    		• Typical Applications
  • Heater systems
  • Air conditioners
  • Climatizing units
  • Washing machines
  • Home appliances
  • Temperature compensation
        in intelligent systems

    •  
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