Indium Gallium Arsenide (InGaAs ) photodetector is a rated bandwidth, with the fixed gain photodetector to detect optical signals. The optical signal is input from the photoelectric sensor sensing surface and output in the form of voltage through BNC. This product can measure optical signals in the wavelength range of 800nm to 1700nm. For specific performance parameter data, please refer to the appendix table. The Idealphotonicx photodetector housing has a mounting hole with an imperial 1/4"-20 thread, which can be easily installed and fixed. The housing also comes with two different sizes of threaded rings, which are suitable for industrial applications and scientific research applications respectively, and can be easily adapted to external optical components such as filters, attenuators, lenses, FC fiber adapters, etc. The product includes a plastic dust cover. For specific installation, please refer to Chapter 3. Each photodetector is equipped with a DC linear power supply with an output of ±9V. The input rated voltage of the DC power supply is 220VAC/50HZ
产品特点Low noise, less than ±1mV、 Small overshoot, overshoot voltage less than 2.5%、 Gain stability: gain error is less than 1%、 Dark bias voltage output noise: less than 1mV (rms)
产品货号E80040181
应用领域Display panel inspection 、LED lighting stroboscopic analysis 、Measurement of flashing frequency and power of toy lights 、 Gas analysis
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Sherry
电话:16628709332
邮箱:moli@microphotons.com
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parameter
PN# | PDA M 005B-Si | PDA M 36A5B6G-SI | PDA M 20A6B4G- InGaAs |
Electrical characteristics | |||
Input voltage | ±9VDC, 60mA | ±9VDG 100mA | ±9VDC. 100mA |
Probe | Silicon PIN | Silicon PIN | InGaAs PIN |
Photosensitive surface | 2.65mm * 2.65mm | 3.6mm * 3.6mm | Diameters@2 mm |
wavelength | 400 nm - 1100 nm | 320 nm - 1100 nm | 800 nm - 1700 nm (Optional Extended 2600 nm) |
Peak response | 0.62A/W @850nm | 0.6 A/W @960nm | 0.9 A/W@1550nm |
43.6mV/ uW @850nm | 1 mV/ nW @960nm | 9mV/uW@1550nm | |
Saturation optical power | 113pW@ 850nm (Hi-Z) | 6uW @960nm (Hi-Z) | 660 uW@1550nm (Hi-Z) |
Bandwidth | DC •-5MHz | DC - 200kHz | DC - 5MHz |
NEP | 7.2 pW /4HZ 1/2 | 2.2 pW /HZ 1/2 | 64.5 pW /HZ 1/2 |
Output noise (RMS) | 700 uV | 1 mV・typ | 1.3 mV. typ |
Dark current bias (MAX) | ±5 mV | ±1 mV | ±5 mV |
Rising edge/falling edge (10%-90%) | 65 ns | 1.7 us | 68ns |
Output voltage | |||
Hi-Z | 0-SV (Hi-Z) | 0-6V (Hi-Z) | 0-6V (Hi-Z) |
500 | 0 • 2.5V (50ohm) | 0 • 25V (50ohm) | 0 • 25V (50ohm) |
Gain multiple | |||
Hi-Z | 67.5 kV/A | 1.68 MV/A | 10 kV/A |
50Q | 33.8 kV/A | 0.84 MV/A | 5kV/A |
Gain accuracy ( typ ) | ±1% | ±1% | ±1% |
Other parameters | |||
Toggle switch | Toggle switch | Toggle switch | |
Output Interface | BNC | BNC | BNC |
size | 53*50*50mm | 53*50*50mm | 53*50*50mm |
weight | 150g | 150g | 150g |
Operating temperature | 10-50 degrees | 10-50 degrees | 10-50 degrees |
Storage temperature | -25℃ - 70℃ | -25℃ - 70℃ | -25℃ - 70℃ |
Reference for the amplified, &fixed gain model of InGaAs photodetector
model | wavelength | bandwidth | Rise time | Gain | RMS Noise | NEP | Sensing surface | Operating temperature | power supply | |
Hi-Z Load | 50Ω Load | |||||||||
PDA10A8B4G-NIR | 800 - 1700 nm | DC - 140MHz | 2.5 nS | 1*10 4 V/A | 5*10 3 V/A | 760 µV . typ | 4.8*10 -12 W/√HZ | ф1 mm | 10-50℃ | Included (±9V) |
PDA05A7B4G-NIR | 800 - 1700 nm | DC - 25MHz | 14 nS | 1.2*10 4 V/A | 6*10 3 V/A | 1 mV . typ | 1.9*10 -11 W/√HZ | ф0.5 mm | 10-50℃ | Included (±9V) |
PDA10A7B4G-NIR | 800 - 1700 nm | DC - 12MHz | 29 nS | 1*10 4 V/A | 5*10 3 V/A | 800 µV . typ | 2.6*10 -11 W/√HZ | ф1 mm | 10-50℃ | Included (±9V) |
PDA20A6B4G-NIR | 800 - 1700 nm | DC - 5MHz | 70 nS | 1*10 4 V/A | 5*10 3 V/A | 1.3 mV . typ | 6.5*10 -11 W/√HZ | ф2 mm | 10-50℃ | Included (±9V) |
PDA30A6B4G-NIR | 800 - 1700 nm | DC - 2MHz | 175 nS | 1*10 4 V/A | 5*10 3 V/A | 800 µV . typ | 6.3*10 -11 W/√HZ | ф3 mm | 10-50℃ | Included (±9V) |
Appearance and installation
Test cases :
Test light source:
PN: PL-DFB-9672.4-B-A81-PA
SN:DO3431e-q2-Bo2-A19
Test conditions: 25℃, laser current scan 15-23mA, detector output as shown below.
This detector has high detection accuracy at 972nm and can detect weak light (tens of microwatts).
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