Q.1
What is the use of the LMTemperature Sensor Module?
  • a) Object Identification
  • b) To provide 3G Connectivity
  • c) To measure temperature
  • d) To measure Wi-Fi strength
Q.2
How many terminals does the LMTemperature Sensor Module have?
  • a) 1
  • b) 3
  • c) 2
  • d) 4
Q.3
What is the sensitivity of the LMTemperature Sensor Module?
  • a) 10mV/°C
  • b) 1mV/°C
  • c) 23mV/°C
  • d) 12mV/°C
Q.4
What will happen if we supply a voltage ofto the Vcc of the LMTemperature Sensor Module?
  • a) Damage is caused
  • b) Module will shut down
  • c) Module will not respond for the time the voltage is applied
  • d) Module will function normally
Q.5
What is the maximum temperature value that the LMTemperature Sensor Module can read?
  • a) 100°C
  • b) 140°C
  • c) 150°C
  • d) 130°C
Q.6
What is the minimum temperature that the LMTemperature Sensor Module can read?
  • a) -11°C
  • b) -55°C
  • c) -10°C
  • d) 0°C
Q.7
If the temperature would be 25°C then what would be the corresponding output on the LMTemperature Sensor?
  • a) 250mV
  • b) 200mV
  • c) 25V
  • d) 250V
Q.8
What is the formula for obtaining the temperature value in degrees centigrade from the LMTemperature Sensor while using an ADC?
  • a) °C=ADC/10mV
  • b) °C=ADC/100mV
  • c) °C=ADC/1mV
  • d) °C=ADC/120mV
Q.9
What is the approximate self heating temperature of the LMTemperature Sensor Module?
  • a) 0.08°C
  • b) 0.91°C
  • c) 0.11°C
  • d) 1.23°C
Q.10
Does one need to calibrate the LMTemperature Sensor Module?
  • a) Yes
  • b) No
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