TSic sensors are semiconductor temperature sensors that feature highly accurate measurements within a limited temperature range. Thanks to their low power consumption, they are ideal for mobile applications.

TSic 206/203/201 - Accuracy of ±0.5 K in a range of 80 K

TSic 206/203/201 - Accuracy of ±0.5 K in a range of 80 K

The TSic 206/203/201 Series of temperature sensor ICs is specifically designed as a low-power solution for temperature measurement in building automation, industrial and mobile applications. With a standard calibration and an accuracy of ±0.5 K in a temperature range of 80 K (e.g. +10 °C to +90 °C), the TSic sensors are more accurate than a class F0.3 (IEC 60751) platinum sensor in the range of 80 K. The range can be shifted up or downwards to reach a high accuracy of between e.g. -30 °C to +50 °C.

The TSic has a high precision bandgap reference with a PTAT (proportional-to-absolute-temperature) output, a low-power and high-precision ADC and an on-chip DSP core with an EEPROM for the precisely calibrated output signal. The TSic temperature sensor is fully calibrated, meaning no further calibration effort is required by the customer. Extended long wires (> 10 m) will not influence the accuracy.

The TSic 206/203/201 sensors are available with digital (ZacWire, TSic x06), analog (0 V to 1 V, TSic x01) or ratiometric (10 % to 90 % V+, TSic x03) output signal. The low power consumption makes it suitable for many applications. 

 

 

The characteristics of the TSic 206/203/201 sensors at a glance:

  • Fully calibrated
  • Custom calibration and assembly available
  • Outstanding accuracy of ±0.5 K
  • Calibrted accuracy range of 80 K can be shifted (default: +10 °C to +90 °C)
  • Very low power consumption
  • Available with digital, analog and ratiometric output signal
     

TSic 306/303/301 - Accuracy of ±0.3 K in a range of 80 K

TSic 306/303/301 - Accuracy of ±0.3 K in a range of 80 K

The TSic 306/303/301 Series of temperature sensor ICs is specifically designed as a low-power solution for temperature measurement in building automation, industrial and mobile applications. With a standard calibration and an accuracy of ±0.3 K in a temperature range of 80 K (e.g. +10 °C to +90 °C), the TSic sensors are more accurate than a class F0.3 (IEC 60751) platinum sensor in the range of 80 K. The range can be shifted up or downwards to reach a high accuracy of between e.g. -30 °C to +50 °C.

The TSic has a high precision bandgap reference with a PTAT (proportional-to-absolute-temperature) output, a low-power and high-precision ADC and an on-chip DSP core with an EEPROM for the precisely calibrated output signal. The TSic temperature sensor is fully calibrated, meaning no further calibration effort is required by the customer. Extended long wires (> 10 m) will not influence the accuracy.

The TSic 306/303/301 sensors are available with digital (ZacWire, TSic x06), analog (0 V to 1 V, TSic x01) or ratiometric (10 % to 90 % V+, TSic x03) output signal. The low power consumption makes it suitable for many applications.

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Labkit

The characteristics of the TSic 306/303/301 sensors at a glance:

  • Fully calibrated
  • Custom calibration and assembly available
  • Outstanding accuracy of ±0.3 K (TSic 30x)
  • Calibrated accuracy range of 80 K can be shifted (default: +10 °C to +90 °C)
  • Very low power consumption
  • Available with digital, analog and ratiometric output signal
     

TSic 506F/503F/501F - Accuracy of ±0.1 K in a range of 40 K

TSic 506F/503F/501F - Accuracy of ±0.1 K in a range of 40 K

The TSic 506F/503F/501F Series of temperature sensor ICs is specifically designed as a low-power solution for temperature measurement in building automation, industrial and mobile applications. With a standard calibration and an accuracy of ±0.1 K in a range of 40 K (e.g. +5 °C to +45 °C), the TSic sensors are more accurate than a class F0.1 (IEC 60751) platinum sensor in the range of 40 K. The range can be shifted up or downwards to reach a high accuracy of between -5 °C to +35 °C for example.

The TSic has a high precision bandgap reference with a PTAT (proportional-to-absolute-temperature) output, a low-power and high-precision ADC and an on-chip DSP core with an EEPROM for the precisely calibrated output signal. The TSic temperature sensor is fully calibrated, meaning no further calibration effort is required by the customer. Extended long wires (> 10 m) will not influence the accuracy.

The TSic 506F/503F/501F sensors are available with digital (ZacWire, TSic 506F), analog (0 V to 1 V, TSic 501F) or ratiometric (10 % to 90 % V+, TSic 503F) output signal. The low power consumption makes it suitable for many applications.

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TSic 506

 

The characteristics of the TSic 506F/503F/501F sensors at a glance:

  • Fully calibrated
  • Custom calibration and assembly available
  • Outstanding accuracy of ±0.1 K
  • Available with digital, analog and ratiometric output signal
  • Very low power consumption
  • Calibrated accuracy range of 40 K can be shifted (default: +5 °C to +45 °C)

TSic 716 - Accuracy of ±0.07 K in a range of 20 K

TSic 716 - Accuracy of ±0.07 K in a range of 20 K

The TSic 716 Series of temperature sensor ICs is specifically designed as a low-power solution for temperature measurement in building automation, industrial and mobile applications. The TSic provides a simple temperature measurement and achieves outstanding accuracy combined with long term stability. With a standard calibration and an accuracy of ±0.07 K in a range of 20 K (e.g. +25 °C to +45 °C), the TSic sensors are more accurate than a class F0.1 (IEC 60751) platinum sensor in the range of 20 K. The range can be shifted up or downwards.

The TSic has a high precision bandgap reference with a PTAT (proportional-to-absolute-temperature) output, a low-power and high-precision ADC and an on-chip DSP core with an EEPROM for the precisely calibrated output signal. The TSic temperature sensor is fully calibrated, meaning no further calibration effort is required by the customer. 

The TSic 716 sensor is available with a 14 bit digital (ZacWire, TSic 716F) output signal. The low power consumption of about 35 µA makes it suitable for many applications.

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TSic

 

The characteristics of the TSic 716 sensor at a glance:

  • Easy to integrate (digital output signal)
  • Accuracy range of 20 K can be shifted (default: +25 °C to +45 °C)
  • Outstanding accuracy of ±0.07 K
  • Fully calibrated
  • Custom calibration and assembly available
  • Very low power consumption
  • Capable of communicating over a distance of > 10 m