ONEIC.US
  1. Home
  2. Product Categories
  3. cigen-BPW 34 FAS

BPW 34 FAS Series

The BPW 34 FAS series from OSRAM Opto Semiconductors is a line of surface-mount infrared photodiodes designed for light detection applications. These photodiodes convert infrared light into electrical signals, making them ideal for a variety of sensing tasks in environments where optical detection is needed but space is limited. If you're working on projects involving proximity sensing, object detection, or any system that requires non-contact measurement, these photodiodes could be a great fit. One thing worth noting is their compact size, which makes them particularly useful in space-constrained applications. Engineers tend to reach for this when they need a reliable light detection solution that doesn't take up much board real estate. They’re also known for their robust performance in challenging conditions, such as varying ambient light levels or harsh industrial environments. Another practical benefit is their ease of integration. Since they are surface-mount components, they can be easily soldered onto PCBs, reducing assembly time and complexity. Additionally, the BPW 34 FAS series is well-suited for applications requiring high sensitivity and fast response times, making them

The BPW 34 FAS series from OSRAM Opto Semiconductors is a line of surface-mount infrared photodiodes designed for light detection applications. These photodiodes convert infrared light into electrical signals, making them ideal for a variety of sensing tasks in environments where optical detection is needed but space is limited. If you're working on projects involving proximity sensing, object detection, or any system that requires non-contact measurement, these photodiodes could be a great fit. One thing worth noting is their compact size, which makes them particularly useful in space-constrained applications. Engineers tend to reach for this when they need a reliable light detection solution that doesn't take up much board real estate. They’re also known for their robust performance in challenging conditions, such as varying ambient light levels or harsh industrial environments. Another practical benefit is their ease of integration. Since they are surface-mount components, they can be easily soldered onto PCBs, reducing assembly time and complexity. Additionally, the BPW 34 FAS series is well-suited for applications requiring high sensitivity and fast response times, making them

Series Images (7)

Frequently Asked Questions

Content generated by AI, for reference only
Loading...
03

BPW 34 FAS - Part List

3 parts in total

Spectral Range

Wavelength - Peak

Sensing Angle

Viewing Angle

Mounting Type

Polarity

Mfr Part #Quantity AvailablePriceCategorySpectral RangeWavelength - PeakWidthHeightLengthMounting TypePolarityWavelengthSensitivitySensing AngleViewing AngleSensitivity (mV/g)Wavelength - DominantMaterialNumber of PinsOptic MaterialPackage CooledPackage QuantitySize / DimensionNumber of ContactsProductOther NamesPart # AliasesProduct CategoryStandard PackageFactory Pack QuantityRoHSNoiseFall TimePower - RatedResponse TimeRise Time (Typ)Responsivity @ nmLED Forward CurrentCurrent - Dark (Max)Current - Dark (Typ)Current - Dark (Id) (Max)Voltage - DC Reverse (Vr) (Max)Voltage - Gate Trigger (Vgt) (Max)Mounting StylePackage / CaseDiode TypeActive AreaOperating Temperature
BPW 34 FAS
2
BPW 34 FAS

OSRAM Opto Semiconductors

32050703: $3.6305-730nm ~ 1100nm880 nm4mm1.2mm4.5mmPCB Surface MountReverse880nm0.65A/W60 deg120°0.65A/W730nmSi2SiDIPDIP4.5 x 4 x 1.2mm2PIN PhotodiodesQ65110A3121Q65110A3121Photodiodes1,5001500RoHS Compliant3.9E-14 W/sqrt Hz20 ns150 mW20ns20 ns0.65 A/W100 mA30 nA2 nA50 uA16V16 VSMD/SMTDIL-SMT-2PIN2.65mm x 2.65mm (7mm²)+ 100 C
BPW 34 FAS R18R
BPW 34 FAS R18R

OSRAM Opto Semiconductors

86775: $6.766-Infrared1100nm4mm1.2mm4.5mmPCB Surface MountReverse-0.65A/W60 °--730nmSi2-DIP-4.5 x 4 x 1.2mm-------------------------
BPW 34 FASR
BPW 34 FASR

OSRAM OPTO SEMICONDUCTORS

15001500: $2.3079-红外730nm4mm1.2mm4.5mm表面安装反向880nm--60 °0.65A/W---Si-DIP-2------------------------
Page 1 / 1
1