PL-1700-IG-QD1-TO InGaAs Quadrant PIN Detector, high sensitivity photo-diode for use in infrared instrumentation and sensing applications. High spectral response in the region 800 nm to 1700 nm. The photosensitive area is 4x1mm in diameter. Planar-passivated device structure.
Name | Model | Description | Parameter | Price |
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● Top illumination planar PD
● Narrow Element gap,
● Low Crosstalk,High reliability
● Good Reponsivity homogeneity of each Quadrant
Tsub=25°C, CW bias unless stated otherwise
Parameters | Sym. | Test conditions | Min | Typ | Max | Unit |
Response Spectrum | λ | VR=5V | 850~1700 | nm | ||
Active diameter | φ | - | 4x1 | mm | ||
Element gap | d | 40 | um | |||
Reponsivity | Re | λ=1.31µm,VR=5V,Pin =10µw | 0.80 | 0.85 | A/W | |
λ=1.55µm,VR=5V,Pin =10µw | 0.90 | 0.95 | ||||
Reverse breakdown voltage | VBR | I R =10µA | 35 | V | ||
Dark current | ID | V R =5V | 0.5 | 1.0 | nA | |
Total capacitance | C | V R =5V | 1.5 | nF | ||
Crosstalk | SL | V R =5V | 2 | % | ||
Max linear power | Φs | VR =5V, λ=1.55μm | 5 | - | - | mW |
-3dB bandwidth | BW | VR=5V,λ=1.55μm,RL=50Ω | 120 | - | - | MHZ |
Typical characteristical curve
Responsivity, R (A/W)
Wavelength, λ (nm)
P-I Curve
Application electric circuit
1 | 2nd Quadrant P + | 4 | 4th Quadrant P + |
2 | 1st Quadrant P + | 5 | 3rd Quadrant P + |
3 | GND | 6 | Common N- Pole |
Absolute Maximem Ratings
Operating voltage | 5V | Operating temperature | -50~+85℃ | Power dissipation | 100mW |
Forward current | 10mA | storage temperature | -55~+125℃ | Soldering temperature | 260℃(10s) |
● Laser guidance
● Laser positioning
● Laser navigation
● Laser range finder
PL-□□□□-☆-QD▽-XXX
□□□□: Cut off Wavelength
400: 400nm
900: 900nm
1700: 1700nm
2100: 2100nm
2400: 2400nm
2700: 2700nm
☆: Material
IG: InGaAs
Si: Si
▽: Active Area(Single element)
1: 1mm
2: 2mm
….
3: 3mm
XXX: Package/Fiber and Connector Type
TO: TO46 Package
FSA=SMF-28E Fiber coupled+ FC/APC
FSP=SMF-28E Fiber coupled + FC/PC
FPP=PM Fiber Fiber coupled + FC/PC
FPA=PM Fiber Fiber coupled + FC/APC
User Safety
Safety and Operating Considerations
This device operates under reverse bias voltage, and the polarity of the device can’t be reversed.
Operating the Photodiode outside of its maximum ratings may cause device failure or a safety hazard. Power supplies used with this component cannot exceed maximum peak optical power.
ESD PROTECTION—Electrostatic discharge (ESD) is the primary cause of unexpected laser diode failure. Take extreme precaution to prevent ESD. Use wrist straps, grounded work surfaces, and rigorous antistatic techniques when handling Photodiodes.