First Sensor AG Avalanche Photodiodes (APD) with Enhanced Red/green Sensitivity, 650 mm, Series 8r 3001262

Description
The Series 8r offers high sensitivities in the red and green wavelength range and is optimized for 650 nm. The new photodiodes are ideal for applications which demand fast rise times and low capacitance such as laser distance meters (LDM), laser rangefinders (LRF), high speed photometry as well as fiber optical communication. Special features Maximum quantum efficiency at 650 nm Flat gain curve Fast rise time Low capacitance
  • Avalanche Photodiodes (APD) with Enhanced Red/green Sensitivity, 650 mm, Series 8r - 3001262 - First Sensor AG
    First Sensor AG
Datasheet
Description
The Series 8r offers high sensitivities in the red and green wavelength range and is optimized for 650 nm. The new photodiodes are ideal for applications which demand fast rise times and low capacitance such as laser distance meters (LDM), laser rangefinders (LRF), high speed photometry as well as fiber optical communication. Special features Maximum quantum efficiency at 650 nm Flat gain curve Fast rise time Low capacitance
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Avalanche Photodiodes (APD) with Enhanced Red/green Sensitivity, 650 mm, Series 8r - 3001262 - First Sensor AG
First Sensor AG
Berlin, Germany
Avalanche Photodiodes (APD) with Enhanced Red/green Sensitivity, 650 mm, Series 8r
3001262
Avalanche Photodiodes (APD) with Enhanced Red/green Sensitivity, 650 mm, Series 8r 3001262
The Series 8r offers high sensitivities in the red and green wavelength range and is optimized for 650 nm. The new photodiodes are ideal for applications which demand fast rise times and low capacitance such as laser distance meters (LDM), laser rangefinders (LRF), high speed photometry as well as fiber optical communication. Special features Maximum quantum efficiency at 650 nm Flat gain curve Fast rise time Low capacitance

The Series 8r offers high sensitivities in the red and green wavelength range and is optimized for 650 nm. The new photodiodes are ideal for applications which demand fast rise times and low capacitance such as laser distance meters (LDM), laser rangefinders (LRF), high speed photometry as well as fiber optical communication.

Special features

  • Maximum quantum efficiency at 650 nm
  • Flat gain curve
  • Fast rise time
  • Low capacitance
Supplier's Site Datasheet
VAST STOCK CO., LIMITED
Sheung Wan, Hong Kong
Photodiodes
3001262
Photodiodes 3001262
Photodiodes AD230-8r TO (TO52S1.1)

Photodiodes AD230-8r TO (TO52S1.1)

Buy Now Datasheet

Technical Specifications

  First Sensor AG VAST STOCK CO., LIMITED
Product Category Photodiodes Photodiodes
Product Number 3001262 3001262
Product Name Avalanche Photodiodes (APD) with Enhanced Red/green Sensitivity, 650 mm, Series 8r Photodiodes
Photodiode Type Avalanche Photodiode
Photodiode Spectral Response Visible
Spectral Response Range 650 nm (6500 Å)
Photodiode Package TO52S1.1
Unlock Full Specs
to access all available technical data

Similar Products

InGaAs photodiodes - G12183-203K - Hamamatsu Photonics
Hamamatsu Photonics
InGaAs photodiodes
G12183-203K
Specs
Spectral Response Range 900 to 2550 nm (9000 to 25500 Å)
Peak Sensitivity Wavelength 2300 nm (23000 Å)
Photodiode Material Indium Gallium Arsenide
View Details
Photodiodes - 2121833 - RS Components, Ltd.
RS Components, Ltd.
Photodiodes
2121833
Specs
Photodiode Spectral Response IR
Peak Sensitivity Wavelength 5000 nm (50000 Å)
Photodiode Package Ceramic
View Details
Multifunctional Integrating Sphere, 2 Detectors, 1.5 in. ID, 600 nW to 3 W, Ø20 mm, 940 to 1640 nm - 819-IG-1.5-800PS - Newport MKS
Newport MKS
Multifunctional Integrating Sphere, 2 Detectors, 1.5 in. ID, 600 nW to 3 W, Ø20 mm, 940 to 1640 nm
819-IG-1.5-800PS
Specs
Spectral Response Range 940 to 1640 nm (9400 to 16400 Å)
View Details
Micropac Industries, Inc.
61056
Specs
Photodiode Type PN Photodiode; PIN Photodiode (optional feature)
Photodiode Spectral Response UV; Visible; IR
Spectral Response Range 290 to 1200 nm (2900 to 12000 Å)
View Details