Description
The PH100-SI-HA-OD1-D0 is a state-of-the-art photodiode laser power detector designed by Gentec-EO, renowned for its precision and reliability in laser power measurement. This advanced device is engineered to measure laser power up to 300 mW, making it an essential tool for professionals who require accurate and dependable readings. With its robust design and cutting-edge technology, the PH100-SI-HA-OD1-D0 stands out as a leader in the field of photodiode detectors.
One of the standout features of this detector is its large aperture, measuring 10 mm in diameter, which is ideal for silicon sensors. This design choice ensures that the detector can accommodate a wide range of laser beams, providing versatility and adaptability in various applications. The device is available in three distinct versions, each tailored to specific wavelength ranges and power capacities, ensuring that users can select the model that best fits their needs.
Precision is at the heart of the PH100-SI-HA-OD1-D0 power detector, with its precise calibration capabilities allowing for wavelength selection in 1 nm steps. This level of detail ensures that users can achieve the most accurate measurements possible. Additionally, the smart interface of the detector contains all the necessary calibration data, simplifying the setup process and enhancing user convenience.
Designed with high accuracy in mind, this detector boasts the lowest calibration uncertainty to date, a testament to Gentec-EO's commitment to quality and innovation. The device's physical characteristics, including its compact dimensions and lightweight design, make it easy to handle and integrate into existing systems. With a maximum average power density of 100 W/cm² and a peak sensitivity of 0.5 A/W at 980 nm, this photodiode detector is a powerful tool for any professional seeking reliable laser power measurements.
PH100-Si-HA-OD1-D0 Photodiode Laser Power Detector
Specifications
Max Average Power: | 0.3 W |
---|---|
Effective Aperture: | 10 mm |
Spectral Range: | 0.42 – 1.08 um |
Cooling Method: | No cooling |
Maximum Average Power: | 300 mW |
Noise Equivalent Power: | 100 pW |
Spectral Range: | 420 - 1080 nm |
Typical Rise Time: | 0.2 sec |
Power Calibration Uncertainty (420 - 980 Nm): | ±4.0 % |
Power Calibration Uncertainty (981 - 1049 Nm): | ±5.0 % |
Power Calibration Uncertainty (1050 - 1080 Nm): | ±7.0 % |
Peak Sensitivity: | 0.5 A/W @ 980 nm |
Maximum Average Power Density: | 100 W/cm² |
Aperture Diameter: | 10 mm |
Absorber: | Si |
Dimensions: | 38.1Ø x 36D mm |
Weight: | 0.14 kg |
Distance To Sensor Face: | 13.7 mm |
Features
- Large Apertures: 10 mm Ø for the silicon sensors.
- Three Versions Available:
- Silicon: 350 - 1080 nm, up to 750 mW
- Silicon-UV: 210 - 1080 nm, up to 38 mW
- Germanium: 800 - 1650 nm, up to 500 mW
- Choice of Attenuators:
- OD0.3: 50% transmission (for PH100-SI UV only)
- OD1: 10% transmission
- OD2: 1% transmission
- High Accuracy: The new PH100-SI-HA presents the lowest calibration uncertainty to date.
- Precise Calibration: Wavelength selection in 1 nm steps.
- Smart Interface: Contains all the calibration data.
- Compatible Stand: STAND-D-233
- Compatible Displays & PC Interfaces:
- MAESTRO
- TUNER
- UNO
- P-LINK (USB)
- M-LINK
- P-LINK (RS-232)
- P-LINK-4 (USB)
- P-LINK-4 (Ethernet) V2
- Measurement Capabilities:
- Maximum Average Power: 300 mW
- Noise Equivalent Power: 100 pW
- Spectral Range: 420 - 1080 nm
- Typical Rise Time: 0.2 sec
- Power Calibration Uncertainty:
- ±4.0% (420 - 980 nm)
- ±5.0% (981 - 1049 nm)
- ±7.0% (1050 - 1080 nm)
- Peak Sensitivity: 0.5 A/W @ 980 nm
- Physical
Applications
- Laser power detection
- Laser optics
- Spectroscopy
- Metrology
Frequently Asked Questions
What are the features of the detector heads?
What is the calibration uncertainty of this photodetector?
What is this photodetector model used for?
What is the maximum average power that this photodetector can measure?
What is the peak sensitivity of the PH100-SI-HA-OD1-D0 photodetector?
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