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PD10B High-gain balanced photodetector
Koheron PD10B is a balanced photodetector with 80 kV/A transimpedance gain and 8 MHz bandwidth. With a noise equivalent power of only 0.8 pW/√Hz at 1 MHz, the PD10B is a perfect alternative to the PD100B balanced photodetector for those who require a higher gain.
315 €
Resources
Specifications
| PD10B-3-DC | PD10B-80-DC | |
|---|---|---|
| Detector | ||
| Detector type | InGaAs photodiodes | InGaAs photodiodes |
| Wavelength range | 900 nm to 1700 nm | 900 nm to 1700 nm |
| Optical input power | 0 mW to 1.5 mW | 0 mW to 1.5 mW |
| Photodiode connector | FC | FC |
| Photodiode active diameter | 300 µm | 300 µm |
| Photodiode peak responsivity | 0.9 A/W | 0.9 A/W |
| Transimpedance amplifier | ||
| Small signal bandwidthat 3 dB | 0 Hz to 50 MHz | 0 Hz to 8 MHz |
| Coupling | DC | DC |
| Transimpedance gain | 3 kV/A | 80 kV/A |
| Noise Equivalent Power | 3.5 pW/√Hz (at 10 MHz) | 0.8 pW/√Hz (at 1 MHz) |
| Output impedance | 50 Ω | 50 Ω |
| Output voltage rangehigh impedance | 8 Vpp | 8 Vpp |
| Output voltage range50 Ω | 3.8 Vpp | 3.8 Vpp |
| Output | SMA female connector | SMA female connector |
| Power supplies | ||
| Positive supply voltage | 5.5 V to 9 V, nom. 6 V | 5.5 V to 9 V, nom. 6 V |
| Negative supply voltage | -9 V to -5.5 V, nom. -6 V | -9 V to -5.5 V, nom. -6 V |
| Quiescent current per rail | 35 mA | 35 mA |
| Maximum current per rail | 75 mA | 90 mA |
| Other | ||
| Outside dimensions | 63 mm x 38 mm x 14 mm | 63 mm x 38 mm x 14 mm |
| Weight | 26 g | 26 g |
| Operating temperature | 0 °C to 50 °C | 0 °C to 50 °C |
| Mechanical details | Compatible with M6 metric breadboards (25 mm spacing) | Compatible with M6 metric breadboards (25 mm spacing) |
More Photodetectors
Functional diagram
Characterization
Output power spectral density
The power spectral density of the PD10B photodetectors output was measured for different incident optical powers. The indicated power is the incident power per photodiode. Optical source is a Koheron LD101 laser at 1550 nm. Power spectrum is measured using the Koheron ALPHA250 FFT analyzer.
Frequency response
Noise equivalent power
