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Temperature Sensors

We offer a wide variety of Temperature Sensor ICs with temperature measurement from -40° to 125°.

These Temperature Sensors available with Voltage Output, Serial Output or as Temperature Swtich which can later be interfaced with any Microcontroller for monitoring & further processing.

The Voltage output temperature sensor are based on Linear Active Thermistor™ ICs technology where the output voltage is directly proportional to measured temperature.


Voltage Output Temperature Sensor (Linear Active Thermistor Based)

  • ±0.5°C typical temperature conversion accuracy
  • Operating current as low as 35µA
  • 2.5V to 5.5V supply voltage range
  • -40°C to 125°C temperature range
  • Available in 6.25mV/°C and 10mV/°C linear temperature slopes
  • Small 3-lead SOT-23 & TO-92 packages

Serial Output Temperature Sensor

  • ±0.5°C typical accuracy
  • Operating current as low as 200 µA
  • 2-wire SMBus compatible interface
  • 3-wire and 4-wire SPI™ compatible interfaces
  • Standby mode for power savings, (as low as 0.1 µA)
  • High temperature resolution (0.0625°C to 1°C)
  • Fast temperature conversion times
  • Wide temperature range: -55°C to 125°C
  • Small SOT-23, MSOP and DFN packages

Temperature Switch

  • ±0.5°C typical threshold accuracy
  • Operating current as low as 40µA
  • 2.7V to 18V available supply voltages
  • Programmable hysteresis for TC07/6501/6502/6503/6504
  • Dual trip-points for TC620/621/623
  • External temperature sensor for TC621
  • Small SOT-23, MSOP and SOIC packages

MCP9701-E/TO Temperature Sensor

MCP9701-E/TO Temperature Sensor

Rs 15  / PieceGet Best Price
Usage/ApplicationIndustrial
Accuracy+/- 4 deg C Accuracy from 0 deg C to +70 deg C
Linear Temperature Slope19.53 mV/ deg C
Operating Current12 microA (max)
Operating Voltage3.1V to 5.5V
PackageSC-70 Package
Item CodeMCP9701-E/TO
No of Pins3 pin to-92 pacakge
We are offering Temperature Sensor to our clients. Linear Active Thermistor ICs are sensors whose output voltage is directly proportional to measured temperature. The MCP9701 can accurately measure temperature. The output of the MCP9701 is calibrated to a slope and has a DC offset. The offset allows reading negative temperatures without the need for a negative supply. The MCP9701 is packaged in space saving 5-pin SC-70 packages, making it ideal for space-critical and low-cost applications.

Features:
  • No External Components Required
  • Space-saving SC-70 Package

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MCP9701-E/TO  Temperature Sensor

MCP9701-E/TO Temperature Sensor

Rs 20  / PieceGet Best Price
Usage/ApplicationIndustrial
ModelMCP9701-E/TO
Temperature Range (Degree Celsius)-40 to +125 Degree Celsius
Linear Temperature Slope10 mV / Degree Celsius
Operating Current12 microA (max)
Min Operating Voltage2.3 V
Max Operating Voltage5.5 V
MCP9701-E/TO Temperature Sensor is a Linear Active Thermistor™ ICs sensors whose output voltage is directly proportional to measured temperature. The MCP9700 can accurately measure temperature. The output of the MCP9700 is calibrated to a slope and has a DC offset. The offset allows reading negative temperatures without the need for a negative supply. The MCP9700 is packaged in space saving 5-pin SC-70 packages, making it ideal for space-critical and low-cost applications.

Features:
  • No External Components Required
  • Space-saving SC-70 Package
  • ±4°C Accuracy from 0°C to +70°C
  • -4°C/+6°C Accuracy from -40°C to +150°C

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  • LM35DZ Temperature Sensor with Analog Output
  • LM35DZ Temperature Sensor with Analog Output
LM35DZ Temperature Sensor with Analog Output

LM35DZ Temperature Sensor with Analog Output

Rs 40  / PieceGet Best Price
Accuracy+-0.5 Degree Celsius
BrandTexas
Model Name/NumberLM35DZ
Interface TypeAnalog
Temperature-55 to +150 Degree Celsius
Minimum Voltage4V
Maximum Voltage30V
Scale Factor10.0mV / Degree Celsius
DESCRIPTION

The LM35 Analog Temperature Sensor is a popular option for temperature sensing over the range of -55 to 150°C.

PACKAGE INCLUDES:
  • LM35 Temperature Sensor
KEY FEATURES OF LM35 ANALOG TEMPERATURE SENSOR:
  • Provides analog output directly readable in degrees Celsius
  • Output voltage corresponds to 10.0mV/°C
  • -55 to 150°C measurement range with ±0.5°C accuracy°
  • 5V compatible.  3.3V uC compatible if the sensor is run off separate 4 to 20V supply.

If you have a uC like an Arduino and you want to measure temperature, the LM35 is one of the more popular temperature measurement ICs to use.

The LM35 is a 3-pin analog thermometer packaged in a TO-92 package.  The output is a linear voltage that corresponds to 10.0mV/°C, so the output is directly readable in degrees Celsius using an analog port on a uC.  Accuracy is typically within 0.5°C.

Since the voltage output range of the sensor is limited to 1.5V, if a greater resolution is desired, the analog reference voltage on the uC can be changed from the default 5V to something closer to 1.5V which will decrease the voltage step size on the analog readings.

Hook-up is very simple.  Connect GND pin to ground, Vs pin to 5V (or anything between 4 – 20V) and Vout pin to an analog pin on the uC.  The device can be left open air for measuring air temps or it can be glued or cemented to an object that you want to measure the temperature of such as a heat sink.

When using the LM35 with a single supply voltage, the temperature measurement range is limited to 2°C to 150°C which is adequate for most applications.  If the negative range is required, see the datasheet for specifics.

An alternative for temperature measurement is to use a digital temperature sensor like the DS18B20 which comes in the same package.  Digital temp sensors tend to have better noise immunity which is useful when the sensor will be placed some distance away or is in an electrically noisy environment, but they do require a software library to implement the communication protocol.  Libraries are readily available for most common microcontrollers such as the Arduino and are very straightforward to use.


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  • MCP9700A-E/TO Temperature Sensor
  • MCP9700A-E/TO Temperature Sensor
MCP9700A-E/TO Temperature Sensor

MCP9700A-E/TO Temperature Sensor

Rs 17  / PieceGet Best Price
Usage/ApplicationIndustrial
BrandTexas
Model Name/NumberMCP9700A-E/TO
Voltage5.5V
Accuracy1 Degree Celsius
Linear Active Thermistor™ ICs are sensors whose output voltage is directly proportional to measured temperature. The MCP9700A-E/TO Temperature Sensor can accurately measure temperature. The output of the MCP9700A is calibrated to a slope of 10mV/°C and has a DC offset. The offset allows reading negative temperatures without the need for a negative supply.

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S1216F8GI3 SMD Receiver Module

S1216F8GI3 SMD Receiver Module

Rs 1,100.00  / PieceGet Best Price

Product Brochure

Model Name/NumberS1216F8GI3
BrandSkytraq
Dimensions12mm W x 16mm L
Operating Temperature-45 to +80 Degree Celsius
Current110mA
Weight2g
The  S1216F8???GI3  is  a  satellite  navigation  receiver  capable  of  using  L5  NavIC  and  L1  GPS  /  GAGAN  /  GLONASS  signal  to  provide  3D  navigation  in  a  single  compact  SMD  module.  The  S1216F8???GI3  has  56  tracking  channels  and  could  track  all  in???view satellites. It is fully autonomous such that once power is  applied,  the  receiver  automatically  searches,  acquires  and  tracks  satellite  signals. When  a  sufficient  number  of  satellites  are  tracked  with  valid  measurements,  the  receiver  produces  3D position and velocity outputs. 

NavIC + GPS + GLONASS triple???satellite capability enables using greater number of satellite signal than GPS???only receivers. The increased  satellite  number  offers  superior  performance  in  challenging urban canyon and multipath environments.    The S1216F8???GI3 module contains SkyTraq Venus 8 positioning  engine  inside,  featuring  high  sensitivity,  low  power  consumption, and fast TTFF. The superior cold start sensitivity allows it to acquire, track, and get position fix autonomously in  difficult  weak  signal  environment.  The  receiver’s  superior  tracking  sensitivity  allows  continuous  position  coverage  in  nearly all outdoor application environments. 

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