Part number:
NOA2301
Manufacturer:
File Size:
236.48 KB
Description:
Digital proximity sensor.
* and very low active sensing power consumption directly address the power requirements of battery operated mobile phones and mobile internet devices. The proximity sensor measures reflected light intensity with a high degree of precision and excellent ambient light rejection. The NOA2301 enables a pr
NOA2301
236.48 KB
Digital proximity sensor.
📁 Related Datasheet
NOA2301W - Digital Proximity Sensor
(ON Semiconductor)
NOA2301W
Digital Proximity Sensor with Interrupt
Description The NOA2301W bines an advanced digital proximity sensor
and LED driver coupled with .
NOA1211 - Ambient Light Sensor
(ON Semiconductor)
NOA1211 Ambient Light Sensor with Dark Current Compensation
Description
The NOA1211 is a very low power ambient light sensor (ALS) with an analog cur.
NOA1212 - Ambient Light Sensor
(ON Semiconductor)
NOA1212
Ambient Light Sensor with Dark Current Compensation
Description The NOA1212 is a very low power ambient light sensor (ALS) with
an analog cu.
NOA1213 - Ambient Light Sensor
(ON Semiconductor)
NOA1213
Ambient Light Sensor with Dark Current Compensation
Description The NOA1213 is a very low power ambient light sensor (ALS) with
an analog cu.
NOA1302 - Ambient Light Sensor
(ON Semiconductor)
NOA1302
Ambient Light Sensor with I2C Interface
Description The NOA1302 integrates a wide dynamic range ambient light
sensor (ALS) with a 16−bit ADC .
NOA1305 - Ambient Light Sensor
(ON Semiconductor)
NOA1305
Ambient Light Sensor with I2C Interface and Dark
Current Compensation
Description The NOA1305 ambient light sensor (ALS) is designed for han.
NOA1312 - High-Precision Ambient Light Sensor
(ON Semiconductor)
NOA1312
Product Preview
High-Precision Ambient Light Sensor with Three I2C
Slave Addresses, EEPROM
and Dark Current
Compensation
Description The NOA1.
NOA3301 - Digital Proximity Sensor
(ON Semiconducto)
NOA3301 Digital Proximity Sensor with Ambient Light Sensor and Interrupt
Description
The NOA3301 bines an advanced digital proximity sensor and LE.
