SLD-70BG2
Infrared Rejection Filter
Planar Photodiode
Features
1.9
Optical
Clear Epoxy
Anode
38 nom.
Red dot
Low capacitance, fast switching time
Linear response vs irradiance
IR blocking filter
Multiple dark current ranges available
5.1
7.2
Description
BGFilter
0.50-0.52
The planar photodiode is designed to operate in
either photoconductive or photovoltaic modes. This
diode incorporates a BG filter that rejects infrared
wavelengths and approximates the response of the
human eye. High sensitivity and low dark current
allow use in low irradiance applications. The
photodiode measures 3.6 mm X 3.6 mm (0.140” X
0.140”) and is supplied on a ceramic base with a
clear epoxy dome package.
3.4
Max.
6.3
Cathode
Chip Size = 3.6 mm X 3.6 mm
Active Area = 9.8 sq.mm.
Dimensions in mm. (+/- 0.2)
Directional Sensitivity Characteristics
40°
30°
20°
10°
1.0
50°
0.8
0.6
0.4
0.2
0.0
Half Angle = 60°
Absolute Maximum Ratings
60°
70°
Storage Temperature
Operating Temperature
Soldering Temperature (1)
-20C to +85C
-20C to +85C
260C
80°
90°
Notes: (1) >2 mm from case for < 5 sec.
(2) Ee = source @ 2854K
100°
(3) Ee = source @ = 580 nm
1.0
0.8
0.6
0.4
20°
40°
60° 80° 100° 120°
Electrical Characteristics (TA=25C unless otherwise noted)
Symbol
Parameter
Short Circuit Current
Open Circuit Voltage
Min
40
Typ
55
0.40
Max
Units
A
V
Test Conditions
ISC
VOC
ID
VR=0V, Ee=25mW/cm2 (2)
Ee=25mw/cm2 (2)
Reverse Dark Current:
SLD-70BG2A
100
100
20
5
1
180
4
nA
nA
nA
nA
nA
pF
s
s
%/C
V
nm
nm
VR=100mV, Ee=0
VR=5V, Ee=0
VR=5V, Ee=0
VR=5V, Ee=0
VR=5V, Ee=0
VR=0V, Ee=0, f=1MHz
VR=5V, RL=1k (3)
VR=5V, RL=1k (3)
(2)
SLD-70BG2B
SLD-70BG2C
SLD-70BG2D
SLD-70BG2E
CJ
tR
tF
TCI
VBR
P
Junction Capacitance
Rise Time
Fall Time
Temp. Coef., ISC
6
+0.2
Reverse Breakdown Voltage
Maximum Sensitivity Wavelength
Sensitivity Spectral Range
Acceptance Half Angle
50
IR=100A
550
60
400
700
R
1/2
deg (off center-line)
Specifications subject to change without notice.
REV 04/30-14
Advanced Photonix Canada Inc.,
300 St-Sacrement
Suite 519
Page 1
Phone:(514) 768-8000
Fax: (514) 768-8889
http://www.advancedphotonix.com
Montréal, QC, Canada H2Y 1X4