SFH 310 ams OSRAM, 50 ° IR + Visible Light Phototransistor, Through Hole 2-Pin 3mm (T-1) package

RS Stock No.: 665-5384Brand: ams OSRAMManufacturers Part No.: SFH 310
brand-logo
View all in Phototransistors

Technical Document

Specifications

Brand

ams OSRAM

Spectrums Detected

Infrared, Visible Light

Typical Fall Time

12µs

Typical Rise Time

12µs

Number of Channels

1

Maximum Dark Current

50nA

Angle of Half Sensitivity

50 °

Polarity

NPN

Number of Pins

2

Mounting Type

Through Hole

Package Type

3mm (T-1)

Dimensions

3.4 x 3.4 x 4.8mm

Collector Current

50mA

Maximum Wavelength Detected

1070nm

Minimum Wavelength Detected

470nm

Spectral Range of Sensitivity

470 → 1070 nm

Height

4.8mm

Length

3.4mm

Width

3.4mm

Product details

Phototransistor 3mm Package

Phototransistors, OSRAM Opto Semiconductors

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more
View all in Phototransistors

Stock information temporarily unavailable.

Price on asking

Each (In a Pack of 20) (Exc. VAT)

SFH 310 ams OSRAM, 50 ° IR + Visible Light Phototransistor, Through Hole 2-Pin 3mm (T-1) package
Select packaging type

Standard

Select packaging type

Standard - each

Available in multiples of 20.

Production -

Available in multiples of 20.

Recommended for ordering in large quantities. Items are packaged ready for insertion into machinery, allowing you to improve production efficiency.

20

Available in multiples of 20
20Price on asking
40Price on asking
60Price on asking
80Price on asking
100Price on asking
120Price on asking
140Price on asking
160Price on asking
180Price on asking
200Price on asking
220Price on asking
240Price on asking
260Price on asking
280Price on asking
300Price on asking

Price on asking

Each (In a Pack of 20) (Exc. VAT)

SFH 310 ams OSRAM, 50 ° IR + Visible Light Phototransistor, Through Hole 2-Pin 3mm (T-1) package

Stock information temporarily unavailable.

Select packaging type

Standard

Select packaging type

Standard - each

Available in multiples of 20.

Production -

Available in multiples of 20.

Recommended for ordering in large quantities. Items are packaged ready for insertion into machinery, allowing you to improve production efficiency.

20

Available in multiples of 20
20Price on asking
40Price on asking
60Price on asking
80Price on asking
100Price on asking
120Price on asking
140Price on asking
160Price on asking
180Price on asking
200Price on asking
220Price on asking
240Price on asking
260Price on asking
280Price on asking
300Price on asking

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more

Technical Document

Specifications

Brand

ams OSRAM

Spectrums Detected

Infrared, Visible Light

Typical Fall Time

12µs

Typical Rise Time

12µs

Number of Channels

1

Maximum Dark Current

50nA

Angle of Half Sensitivity

50 °

Polarity

NPN

Number of Pins

2

Mounting Type

Through Hole

Package Type

3mm (T-1)

Dimensions

3.4 x 3.4 x 4.8mm

Collector Current

50mA

Maximum Wavelength Detected

1070nm

Minimum Wavelength Detected

470nm

Spectral Range of Sensitivity

470 → 1070 nm

Height

4.8mm

Length

3.4mm

Width

3.4mm

Product details

Phototransistor 3mm Package

Phototransistors, OSRAM Opto Semiconductors

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more