
Blue Enhanced PIN Photodiodes
Specifications
Responsivity:
0.20 A/W minimum, 0.28 A/W typical @ 450nm
Series Resistance:
100
maximum (measured by applying +10mA to photodiode and measuring
voltage across anode and cathode)
Part Number
Active Area
Storage &
Operating Temp.
Shunt Resistance1
Dark Current1
@ 5V
Breakdown Voltage2
@ 10
A
Capacitance3
(typ)
NEP4
Max. Linear
Current5
Response Time6
@ 5V
..
in.
(mm)
(C
° )
(min)
(M-Ohm)
(typ)
(nA)
(max)
(nA)
(typ)
(V)
at 0V
(pF)
at 5V
(pF)
(typ)
(W/
√ Hz)
(typ)
(mA)
(typ)
(nsec)
SD 041-12-22-011
(isolated) -211
0.040 x 0.033
(1.0 x .833)
-40 to 110
1500
0.3
1.0
50
14
5
1.7x10-14
0.09
5
SD 076-12-22-011
(isolated) -211
0.105 x 0.043
(2.66 x 1.09)
-40 to 110
450
0.9
3.5
50
15
3.6x10-14
0.29
11
SD 100-12-22-021
(isolated) –221
0.100 (dia.)
(2.54 dia.)
-40 to 110
300
1.6
6.4
50
87
26
4.2x10-14
0.51
15
SD 172-12-22-021
(isolated) -221
0.185 x 0.125
(4.7 x 3.18)
-40 to 110
100
5.0
20.0
50
255
75
6.4x10-14
1.5
30
SD 200-12-22-041
(isolated) –241
0.200 (dia.)
(5.08 dia.)
-40 to 110
70
6.5
26.0
50
345
102
8.9x10-14
2.03
45
SD 290-12-22-041
(isolated) -241
0.300 x 0.220
(7.62 x 5.58)
-40 to 110
35
13.0
52.0
50
725
213
1.2x10-13
4.26
70
SD 445-12-22-305
0.394 x 0.394
(10 x 10)
-20 to 75
15
30.0
120
50
1700
500
1.9x10-13
10.0
200
1.
Dark Current and Shunt Resistance vary with temperature as follows: for T>23
° C, I
D=1.09
TI
D23, RSH=0.9
TR
SH23 and for T<23° C, ID=ID23/1.09
T,
RSH=RSH23/0.9 T, where T is the temperature difference from 23° C, and ID23 and RSH23 are the dark current and shunt resistance at 23° C.
2.
Typical values listed. Minimum value shall be 50% of typical.
3.
Typical values are listed in the table. Maximum value is 20% higher than the typical value.
4.
Test conditions are VB=10mV and 450nm.
5.
Maximum linear current specifies the level above which the output current deviates more than 10%. Short circuit current saturates at approximately 10 times this
level.
6.
Response times listed are for the rising or falling edge, and were measured at 830nm with a 50
load. Shorter wavelengths will result in faster rise and fall times.
Blue/Visible
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