of the sensor. Optical design guidelines and application relevant information are given in Sec. 7 followed by the guidelines for the electrical design in Sec. 8. Finally Sec. 9 presents a sample software code. More general information about ambient light sensing, technical data and I²C bus are available in the following documents: - OSRAM OS general applicat.
a mores sensitive proximity sensor (up to five times improved sensitivity) and improved ambient light sensor (sensitive down to 0.03 lx). The document starts with a general introduction to the device, followed by a brief overview on the features (Sec. 2) and operating modes (Sec. 3) of the sensor. The integration and operation of the sensor in an I²C bus environment is described in Sec. 4, whereas Sec. 5 covers the interrupt capabilities of the SFH 7770 E6. Sec. 6 provides a functional description of the sensor. Optical design guidelines and application relevant information are given in Sec. 7.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | SFH7776 |
OSRAM |
Ambient Light and Proximity Sensor | |
2 | SFH7779 |
OSRAM |
Ambient Light and Proximity Sensor | |
3 | SFH7710 |
OSRAM |
SMD Orientation-Sensor | |
4 | SFH7050 |
OSRAM |
BioMon Sensor | |
5 | SFH7060 |
OSRAM |
BioMon Sensor | |
6 | SFH7070 |
OSRAM |
BIOFY Sensor | |
7 | SFH7072 |
OSRAM |
BIOFY Sensor | |
8 | SFH7225 |
OSRAM GmbH |
(SFH7225 / SFH7226) Multi TOPLED | |
9 | SFH7226 |
OSRAM GmbH |
(SFH7225 / SFH7226) Multi TOPLED | |
10 | SFH750 |
Siemens Semiconductor Group |
Plastic Fiber Optic Transmitter Diode | |
11 | SFH750V |
Siemens Semiconductor Group |
Plastic Fiber Optic Transmitter Diode | |
12 | SFH751 |
Siemens Semiconductor Group |
PLASTIC FIBER OPTIC TRANSMITTER DIODE |