Balanced Receiver, 8 mm Silicon Detector, 400-1070 nm, 1 MHz
$892.00
Ex Tax: $892.00
Available Options
The 2307 Adjustable Gain Balanced Receiver takes the headache out of aligning and re-aligning your 400-1070 nm beams onto the photodetector by featuring a large 8 mm diameter Silicon photodiode. Ideal for FM spectroscopy, absorption spectroscopy, or ellipsometry, these balanced photoreceivers can make all the difference when you're trying to see a small signal. They can even eliminate the need for lock-in amplifiers, enabling you to cancel out laser-intensity noise in any experimental setup that produces either a reference signal or balanced optical signals. These photoreceivers can operate off batteries, your own DC power supply or our Model 0901 power supply. 8-32 mounting thread. M4 metric adaptor and tool now included.
feature | |
3 dB Bandwidth | 1 MHz, 200 kHz, 150 kHz |
Common Mode Rejection | 40 dB |
Detector Diameter | 8 mm |
Detector Material | Silicon |
Detector Type | PIN |
Maximum Balanced Power per Photodiode | 10 mW/mm2 |
Maximum Conversion Gain | 1.2 x 106 V/W |
Maximum Differential Power | 4 mW |
Maximum Optical Power | 4 mW |
Maximum RF Power | +12 dBm bei 50 Ω |
Maximum Transimpedance Gain | 2x103, 105, 2x106 V/A |
NEP | 80 pW/√Hz |
Optical Input | Free Space |
Output Connector | BNC |
Output Impedance | 100 Ω |
Peak Responsivity | 0.6 A/W |
Power Requirements | ±15 VDC or 9-V Battery |
Rise Time | 500 ns |
Saturation Power | 4 mW |
Thread Type | 8-32 |
Wavelength Range | 400-1070 nm |