TMP235-Q1

ACTIVO

Sensor de temperatura de salida analógica de ±1.5°C de calidad automotriz, de 2.3 V a 5.5 V con gana

Detalles del producto

Local sensor accuracy (max) 1.5 Rating Automotive Operating temperature range (°C) -40 to 150 Supply current (max) (µA) 12 Interface type Analog output Sensor gain (mV/°C) 10 Features Industry standard pinout TI functional safety category Functional Safety-Capable
Local sensor accuracy (max) 1.5 Rating Automotive Operating temperature range (°C) -40 to 150 Supply current (max) (µA) 12 Interface type Analog output Sensor gain (mV/°C) 10 Features Industry standard pinout TI functional safety category Functional Safety-Capable
SOT-23 (DBZ) 3 6.9204 mm² (2.92 mm × 2.37 mm) SOT-SC70 (DCK) 5 4.2 mm² (2 mm × 2.1 mm)
  • AEC-Q100 qualified for automotive applications
    • TMP235-Q1 grade 0: –40°C to +150°C
    • TMP236-Q1 grade 1: –40°C to +125°C
  • Functional Safety-Capable
  • Tight accuracy across a wide temperature range:
    • ±2.5°C (maximum): –40°C to +150°C (TMP235 -Q1)
    • ±2.5°C (maximum): –10°C to +125°C (TMP236 -Q1)
  • Positive slope sensor gain, offset (typical):
    • 10 mV/°C, 500 mV at 0°C (TMP235 -Q1)
    • 19.5 mV/°C, 400 mV at 0°C (TMP236 -Q1)
  • Wide operating supply voltage range:
    • 2.3 V to 5.5 V (TMP235 -Q1)
    • 3.1 V to 5.5 V (TMP236 -Q1)
  • Short-circuit protected output
  • Low power: 9 µA (typical)
  • Strong output for driving loads up to 1000 pF
  • Available package options:
    • 5-pin SC70 (DCK) surface mount
    • 3-pin SOT-23 (DBZ) surface mount
    • Footprint compatible with industry-standard LMT8x-Q1, LM50-Q1, and LM20 temperature sensors
  • Cost-effective alternative to thermistors
  • AEC-Q100 qualified for automotive applications
    • TMP235-Q1 grade 0: –40°C to +150°C
    • TMP236-Q1 grade 1: –40°C to +125°C
  • Functional Safety-Capable
  • Tight accuracy across a wide temperature range:
    • ±2.5°C (maximum): –40°C to +150°C (TMP235 -Q1)
    • ±2.5°C (maximum): –10°C to +125°C (TMP236 -Q1)
  • Positive slope sensor gain, offset (typical):
    • 10 mV/°C, 500 mV at 0°C (TMP235 -Q1)
    • 19.5 mV/°C, 400 mV at 0°C (TMP236 -Q1)
  • Wide operating supply voltage range:
    • 2.3 V to 5.5 V (TMP235 -Q1)
    • 3.1 V to 5.5 V (TMP236 -Q1)
  • Short-circuit protected output
  • Low power: 9 µA (typical)
  • Strong output for driving loads up to 1000 pF
  • Available package options:
    • 5-pin SC70 (DCK) surface mount
    • 3-pin SOT-23 (DBZ) surface mount
    • Footprint compatible with industry-standard LMT8x-Q1, LM50-Q1, and LM20 temperature sensors
  • Cost-effective alternative to thermistors

The TMP23x -Q1 devices are a family of automotive grade precision CMOS integrated-circuit linear analog temperature sensors with an output voltage proportional to temperature , serving various automotive applications from powertrain to infotainment. These temperature sensors have a typical accuracy from 0°C to +70°C of ±0.5°C. The TMP235 -Q1 device provides a positive slope output of 10 mV/°C over the full –40°C to +150°C temperature range and a supply range from 2.3 V to 5.5 V. The higher gain TMP236 -Q1 sensor provides a positive slope output of 19.5 mV/°C from –10°C to +125°C and a supply range from 3.1 V to 5.5 V.

The 9-µA typical quiescent current and 800-µs typical power-on time enable effective power-cycling architectures to minimize power consumption for battery-powered devices. A class-AB output driver provides a strong 500-µA maximum output to drive capacitive loads up to 1000 pF and is designed to directly interface to analog-to-digital converter sample and hold inputs. With excellent accuracy and a strong linear output driver, the TMP23x -Q1 analog output temperature sensors are cost-effective alternatives to passive thermistors.

The TMP23x -Q1 devices are a family of automotive grade precision CMOS integrated-circuit linear analog temperature sensors with an output voltage proportional to temperature , serving various automotive applications from powertrain to infotainment. These temperature sensors have a typical accuracy from 0°C to +70°C of ±0.5°C. The TMP235 -Q1 device provides a positive slope output of 10 mV/°C over the full –40°C to +150°C temperature range and a supply range from 2.3 V to 5.5 V. The higher gain TMP236 -Q1 sensor provides a positive slope output of 19.5 mV/°C from –10°C to +125°C and a supply range from 3.1 V to 5.5 V.

The 9-µA typical quiescent current and 800-µs typical power-on time enable effective power-cycling architectures to minimize power consumption for battery-powered devices. A class-AB output driver provides a strong 500-µA maximum output to drive capacitive loads up to 1000 pF and is designed to directly interface to analog-to-digital converter sample and hold inputs. With excellent accuracy and a strong linear output driver, the TMP23x -Q1 analog output temperature sensors are cost-effective alternatives to passive thermistors.

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Documentación técnica

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Documentación principal Tipo Título Opciones de formato Descargar la versión más reciente en inglés Fecha
* Hoja de datos TMP23x-Q1 Automotive Grade, High-Accuracy Analog Output Temperature Sensors datasheet (Rev. D) PDF | HTML 30/06/2022
Libro electrónico An Engineer's Guide to Temperature Sensing (Rev. A) PDF | HTML 1/06/2022
Artículo técnico Achieving accurate temperature and humidity sensing in ADAS sensor modules PDF | HTML 28/01/2022
Application brief Improving System Reliability in Auto and Ind. Cameras w/ AccurateTemp. Sensing PDF | HTML 3/01/2022
Información sobre seguridad funcional TMP23x-Q1 Functional Safety FIT Rate and FMD (Rev. A) 30/08/2021
Application brief How to Protect Displays with the Latest Temperature Sensing Technology PDF | HTML 26/07/2021
Artículo técnico How to enable thermal safety for automotive infotainment and cluster systems PDF | HTML 15/10/2019
Artículo técnico Powering infotainment systems of the future PDF | HTML 7/10/2019
Artículo técnico Eight questions about monitoring and protection in hybrid and electric vehicles PDF | HTML 22/05/2019
Artículo técnico What are the advantages of an automotive temperature sensor IC compared to an NTC? PDF | HTML 13/06/2018

Diseño y desarrollo

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Placa de evaluación

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