1.Gyroscope Sensor:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEj0USt6Ua321QmMMmCnCEZdmm2JG3sQx54nWwofrzSD6TIGe5hsdTnrwuyZPwgz6G1w5uQ1mHblutUSnEV0U6ebHwpI1XRF-0No4lNE4zSqD9hr74y4VreRY1myxb0_SrtiBan0laNaJlcO/s200/IvenSense_Dual-Axis-Gyro_IDG-1215_09071-03-L.jpg)
This sensor is like the accelerometer sensor but this sensor is more advance than the accelerometer sensor. This sensor provides is more accurate than the accelerometer sensor. This Gyroscope sensor calculates or measures the angular velocity and provide accurate information. This Gyroscope sensor calculates/measures the orientation or movement of your smartphone. This sensor calculates each and every movement of your device. This sensor is mainly used in gaming. The Gyroscope sensor measures the direction of movement and it sends the commands to the game to move in a particular direction on which we tilt the phone.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiIZB_q7dtIYuPo5Nq_pzNW_pXKmrOIF_3-NEkp_xZ-Fda8Q3nDZr4Ny0o0jK5hnH1k95AJ8o_5ecnNBk1HIpNVmjAR-2r6ndNEr3H-3zoU4GyIJ6mADBJ1M0dOwhae-1Kn4HzR5D_ZrgJ4/s200/SparkFun_Triple-Axis-Gyro-Breakout_ITG-3200_11977-02.jpg)
2.Accelerometer Sensor:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiHkpc9fPMdjUhc9DNTPXPJAxgBmLez7aTuGj6l022gXeCprT-rkgVkG0qNyARRE8nWCNz0vlEDluXpGLKMzruRUf94fWA9Jfh4Uu147NkezK9BjCS4swGY4EZcFBucl_bpdbt_cYh7gSPE/s200/acclerometer+sensor.jpg)
We
can call this sensor as an orientation sensor in simple language. This
sensor works according to the position of your phone. This Accelerometer
Sensor is a device that measures the direction of your phone and it
adjusts the phone screen according to the position of your phone. For
example: if you tilt your phone horizontally then your device display
screen tilts in a landscape mode and if you place your phone vertically
then the display screen also arrange in normal mode.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgCZiVYcZmXq0D4o9sveVaqIC0cnhf95e1QyNwvKwoAjHI-KDUTUyxLdCVl2g8KFJevI2kTlG0gaAjBkbnj2qn7A075shCd3Q0sHm0sIN6hrvYJfp5swsIPH6N7TiPdqVoAcmosDX3eBRKF/s200/acclerometer.jpg)
3.Magnetometer Sensor:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhl1TZyMjz1-RAFxi1Kxbmk1qwANdQGoxylooE3-2DNaK_2DCn971XfoVOGmBiTGmjiEKxo_LQmZCAc2yrPuzGMaPuRCGvB_IvknzMSGYZdTRk9Wre4Mpvpzd_J3U2eM7fXSqCAc2Le8HeI/s200/magnetometer+sensor.jpg)
This
sensor utilizes the magnetic field to provide the result. We can also
call this sensor as a compass. Compass is a device used to know the
direction like East, West, North, and South. Then the Magnetometer
sensor works the same as a compass, with the help of a magnetometer
sensor we can know directions.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiseiRpDRDHwlfPZkPoFTJrTbTkzWDgVXkcGOm7U_QW0_22E4wgGjaTAntpGzt6_-obFyS_K2eHcvPz9b_g_I473ul1js0DVIIefBpFvxagiesvWas1IJ2d-Oi6pIKou7c2WWEoIxdSPiha/s200/magnometer.jpg)
4.Barometer Sensor:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgVcLemYj2FzXGkt3h3R89WMiMtewxXerDZ_uGv4cmRIXAYjkgVkNxpA1V4MuChKM0lqNCvNGbGadltikvBMWEM1A2c5klf5EZlvGGfgk3LtKxtcd1PzLBs0s6suRoq7vFy6DC4TpwhrN7R/s200/barometer.jpg)
This
sensor is very important for a smartphone. This sensor can calculate or
measures the height or altitude from the sea level. This sensor is also
very useful when using a GPS(Global Positioning System)
in our phone. We can get our exact location with the help of this
barometer sensor. Besides this, a sensor is used to measure the air
pressure and to know the weather of a certain location.
5.Biometric Sensor:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgJkNOT8gxpVy0idh8rnQRwjTqqorddIQM9HvArCsjisxsv5m7zvYsjyb7g3ctMhRdtfp6oPcpkd51v6OILhooyVdYqYiPeCVtYKIst3Q5yy2DaylzXA6viRdIw2WI1ljQAwaEqrfQS6wtJ/s200/biometric+sensor.jpg)
This
biometric sensor is very useful to use a security lock in our devices.
Security options like Face unlock, Fingerprint scanner, iris scanner,
etc can be used with the help of a biometric sensor. This biometric
sensor stores your biometric data like Face ID, Fingerprint, iris
pattern, etc and uses the data for security options. Then if the data
match then you can excess your device. If the provided data does not
match then you are unable to excess the device.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgxuOA4hL05XeepMRtbaVQNOvs4QhbwdfFWNp7uaYM3fxk9Mp3rEHA8dg5Lf4nMYzM-d6eCeGVnwh0HmFZFXvxeXTMyinpdg2mjATJQBSE0FaYNB1yl1OCYjCoT5HiXh9egaLg30SI2JiWd/s200/biometric.jpg)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEi4I4oKeHSzNcd4KlYVw3XbgQorPXlZQu0XbIrWUjGwllGFO5pQSSQetjoXppQbpZk1BhXc52oYLl_lnbT06kfzY5_332ARJWq2IUrphGU7NxdG9C024leL0xB4u-ax5KvgqOwTliighXhA/s200/iris.jpg)
6.Light Sensor:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEj51BtDd7RrsVEWRb98ED502NjU_HC43RVP-6TSZxFcS8PG0azfyJVzvq183CpGrGlpn7XHGtwshwdWN2JBAbck4sEhvrN-GdsCyIefAUPGLEYfau9G5l7CbPusrl4oqiDLvkQcWv25QN19/s200/light+sensor.jpg)
These
types of sensors are also widely used in many devices, basically, this
light sensor controls your device screen brightness. You can activate
this light sensor by just turning on the AUTO ADJUST BRIGHTNESS option
available in the display setting. When you operate your device in a dark
environment then the brightness of your device automatically becomes
dim and when you operate your phone outdoor or in a bright light
environment than the brightness automatically increases and becomes
bright. This thing happens due to the light sensor.
7.Proximity Sensor:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhAGn5PsZ4z1V5LGZlljvTq-N2CSuQt1lt4N2gMIaOtcyE_lLX23nLNgSKmEocjQ2M03TglrpDm1FXzjGL6MbAJPYMOii_LsNZR3qzPnHe2NGFq5uDzgg3VlWB_iw-WCFAJyZsBVgMcQjz4/s200/proxymeter+sensor.jpg)
This
proximity sensor is available in all types of smartphones available in
the market. This sensor is useful when you are calling someone. Mainly
this sensor is available on the top of your phone near to the calling
speaker and front camera of your phone. You have noticed that when you
are calling someone and if you place your ear near to the phone then the
screen automatically turns off this is due to the Proximity Sensor.
When you call someone then the Proximity Sensor activated. Then from the
Proximity Sensor, a beam of light is emitted which is not visible to
the normal eye. Then if the beam of light strikes some obstacles like
your ear, hand, etc then the beam of light reflects back to the
Proximity Sensor and the screen light turns off. This prevents unwanted
disturbances during your call. The range of the beam of light is very
low so the obstacles should be very close to the phone.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjSlK8ZjwWDHHse90OSBjxYx01ejucYY4Pd6HFjJMcVL-IhN2B-h9OAri-nledv17b-wv0CFq0rEHO0koOJJ5AO71VTrkdUELDyO4RkWxBugunEZI4JEj-4bSkokdSOeu6D1Bw-HqTKtAJD/s200/proxymeter.jpg)
8.Thermometer sensor:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjae6asevXn2PSpcKVV8l7zmrVCdynqzs_rcx6EZliCZh6N_RutKMg4y6Zn_skhOJlFk5CArzl8-2hjZ1LdJRMbm1RwntyB51DpxnxPzj7PMHcfzGjpFuUA5qtfEUhWoSi8i1sujrVcUC1C/s200/thermometer+sensor.jpg)
This sensor is used to measure the internal temperature of your phone.
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