Podcast
Questions and Answers
What type of output does the LM35 temperature sensor provide?
What type of output does the LM35 temperature sensor provide?
- A digital output corresponding to the temperature it measures
- A pulse width modulated output based on the temperature it measures
- An alternating current output proportional to the temperature it measures
- An analog voltage output proportional to the temperature it measures (correct)
What is a key advantage of the LM35 temperature sensor?
What is a key advantage of the LM35 temperature sensor?
- Low cost with high margin of error
- Large size with non-linear output
- High power consumption with wide temperature range
- High accuracy with low margin of error (correct)
In which temperature range does the LM35 sensor typically operate?
In which temperature range does the LM35 sensor typically operate?
- From -50°C to +200°C
- From -100°C to +200°C
- From 0°C to 100°C
- From -55°C to +150°C (correct)
What type of temperature does the LM35 sensor measure?
What type of temperature does the LM35 sensor measure?
Which application is NOT mentioned for the LM35 temperature sensor?
Which application is NOT mentioned for the LM35 temperature sensor?
What is the output of the LM35 temperature sensor?
What is the output of the LM35 temperature sensor?
What is a key feature of the LM35 temperature sensor?
What is a key feature of the LM35 temperature sensor?
What is the typical temperature range for the LM35 sensor?
What is the typical temperature range for the LM35 sensor?
What is the primary method of temperature measurement used by the LM35 sensor?
What is the primary method of temperature measurement used by the LM35 sensor?
Which application is NOT mentioned for the LM35 temperature sensor?
Which application is NOT mentioned for the LM35 temperature sensor?