Avalanche Photodiode
TO46-905APD-800-1/2
905 nm APD, 800 um active area
TO-46 packaged 905 nm silicon APD with an 800 um active area and a strong-ambient-light filter, intended for long-range laser ranging and LiDAR receivers.
905 nmWavelength
Estimated range
Range estimates apply to pulsed transmitter parts. This device is specified by its own parameters above.
Every parameter on this page is transcribed from the manufacturer datasheet.
TO46-905APD-800-1/2 specification
| Response spectrum | 400 - 1100 nm |
|---|---|
| Wavelength | 905 nm |
| Active diameter | 800 um |
| Responsivity | 55 A/W @ M=100 |
| Response time | 0.35 ns |
| Dark current | 0.8 nA @ M=100 |
| Total capacitance | 2.0 pF @ M=100 |
| Optimum gain | 100 |
| Reverse breakdown voltage | 130 - 220 V |
| Voltage temp. coefficient | 1.1 V/C |
| Optical filter | 905 nm narrow-band filter, strong-ambient-light version |
| Package | TO-46 |
| Operating temperature | -40 to +100 C |
| Storage temperature | -55 to +125 C |
Key features
- Responsivity 55 A/W @ M=100
- Response time 0.35 ns
- Active diameter 800 um
- Optimum gain M = 100
- Breakdown voltage 130 - 220 V
- Temperature coefficient 1.1 V/C
- 905 nm narrow-band filter, strong-ambient-light version
Typical applications
- Laser rangefinder receivers
- LiDAR receive channels
- Optical time-of-flight measurement
- Low-light optical detection
Calculate with this datasheet
Each calculator below opens with this part's datasheet numbers already filled in, in the units the fields ask for.
- APD Bandwidth Response bandwidth fbw 1000 MHz · Rise time tr 350 ps · Total capacitance Ctot 2 pF
- APD Dark-Current Dissipation Dark-current dissipation Pdark 0.139532 μW · Dark current Id 0.8 nA · Bias voltage Vr 174.415 V
- APD Gain-Voltage Model Avalanche gain M 100 · Operating voltage Vr 174.415 V · Breakdown voltage Vbr 175 V
- APD Temperature Compensation Compensated operating voltage 174.415 V · Reference voltage Vref 174.415 V · Temperature coefficient δ 1.1 V/°C
Need this part in a specific configuration?
Fibre pigtail, fast-axis collimation, a matched driver board or a filtered receiver - describe the build and we will quote against it.