KODENSHI KMIP3

Optical Monitoring Photodiode mini ceramic pkg
KMIP3-C425NS
Description
KMIP3-C425NC is InGaAs PIN Photodiode with □ 250 um active area in Φ3.0mm ceramic pkage.
It is recommended for optical data communication and power monitoring.
Features
Front illuminated planar PIN-PD
Low capacitance and low dark current
Ceramic pkage with Φ3.0mm resine dome.
High reliability and environmental endurance
Wide operating wavelength range from 1.1mm to 1.6mm
Applications
Optical Data Communications
Optical power monitoring
Absolute Maximum Ratings
Parameter
Reverse Voltage
Symbol
VR
Ratings
20
Unit
V
Maximun Optical Power Input
Pmax
30
mW
Forward Current
IF
50
mA
Operating Temperature
Topr
-40 ~ +85
℃
Storage Temperature
Tstg.
-40 ~ +100
℃
Soldering Temperature *1
Tsol.
260
℃
*1 : Soldering Time ≤ 10 seconds (at a distance of 1mm from the package)
Electro-Optical Characteristics
Parameter
Active area
Dark Current
Responsivity
1.31um
1.55um
Symbol
D
ID
S
Min.
Typ.
Max.
Unit
1.0
㎛
nA
□ 250
0.85
mA/mW
0.90
3dB Cut off frequency
BW
0.6
-
GHz
Capacitance
Cp
5
8
pF
Condition
@ VR=5V, 25℃
@ VR=5V, 25℃
@VR=5, RL=50Ω
@ VR=5V, f=1MHz
* These specifications are subject to change without notice.
1/2
For more information on other parts available, please visit our website: www.kodenshi.co.kr
KODENSHI KOREA Corp. 513-5 Eoyang-Dong, Iksan, 570-210, Korea
Rev.001
Optical Monitoring Photodiode mini ceramic pkg
KMIP3-C425NS
Outline Drawing
Ordering information
KMIP
Pin type -
PKG Method
PKG
type
Active
Size
Pin Config.
1 : 1Pin
F : Cap with Flat Window 2 : Ø2
5: Ø50um
A:Cathod Common
KODENSHI 2 : 2Pin
B : Cap with Ball lens
B:Anode Common
3 : Ø2.96 8: Ø75um
Mini CAN 3 : 2Pin Isolated L : Longcap with Ball lens 4 : Ø3.0 25: ㅁ250um C:CASE GND
InGaAs
C : Ceramic Dome
D:CASE Anode
PIN PD
N: Normal
Available now
Lead Form'g
S : straight lead
C : center lead form
L : side lead form
2/2
For more information on other parts available, please visit our website: www.kodenshi.co.kr
KODENSHI KOREA Corp. 513-5 Eoyang-Dong, Iksan, 570-210, Korea
Rev.001