China S1226-8BQ Silicon Photodiode For UV To Visible Precision Photometry Suppressed Near IR Sensitivity for sale
China S1226-8BQ Silicon Photodiode For UV To Visible Precision Photometry Suppressed Near IR Sensitivity for sale
  1. China S1226-8BQ Silicon Photodiode For UV To Visible Precision Photometry Suppressed Near IR Sensitivity for sale
  2. China S1226-8BQ Silicon Photodiode For UV To Visible Precision Photometry Suppressed Near IR Sensitivity for sale
  3. China S1226-8BQ Silicon Photodiode For UV To Visible Precision Photometry Suppressed Near IR Sensitivity for sale

S1226-8BQ Silicon Photodiode For UV To Visible Precision Photometry Suppressed Near IR Sensitivity

Price Negotiable
MOQ 1
Delivery Time 3-5work days
Brand Hamamatsu
Place of Origin Japan
Model Number S1226-8BQ
Packaging Details In a box
Payment Terms L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability 3000/pcs/pre

Product Details

Product Specification

Encapsulated Metal Place of Origin Japan
Packaging Details In a box Number of pixels 1
Model Number S1226-8BQ Supply Ability 3000/pcs/pre
Brand Name Hamamatsu Payment Terms L/C, D/A, D/P, T/T, Western Union, MoneyGram
Delivery Time 3-5work days Price Negotiable
Minimum Order Quantity 1 Refrigeration and Non - cooled
Reverse voltage (max) 5V photographic area is 5.8 × 5.8mm
encapsulation type is TO-8

Product Description

Product Description:

S1226-8BQ Silicon Photodiode For UV To Visible Precision Photometry Suppressed Near IR Sensitivity

 

Features:

● High UV sensitivity: QE = 75% (λ=200 nm)

● Suppress NIR sensitivity

● Low dark current

● High reliability

Dark current (maximum) 20 pA

Rise time (typical value). 2 mu s

Junction capacitance (typical value) 1200 pF

Measurement condition Ta=25 ℃, Typ., Unless otherwise noted, Photosensitivity: λ=720 nm, Dark current: VR=10 mV, Terminal capacitance: VR=0 V, f=10 kHz

 

Specifications:

Reverse voltage (Max.) 5V
spectral response range is 190 to 1000 nm
peak sensitivity wavelength (typical value) was 720 nm
Type infrared photoelectricity