Description
The UPF10P-2S-H5-L-D0 is a state-of-the-art thermopile laser power detector designed by Gentec-EO, tailored for precise laser power measurement up to 2 watts. This advanced thermal detector combines the low noise level typical of photo detectors with the expansive bandwidth and high power capacity of thermal devices, making it an ideal choice for professionals seeking accuracy and reliability in laser power measurement.
One of the standout features of the UPF10P-2S-H5-L-D0 thermopile laser power detector is its integrated IR filter, which effectively removes unwanted infrared interference, ensuring that measurements are not only accurate but also consistent. This laser power detector model is engineered for high performance, boasting a fast rise time of just 1.4 seconds and a high damage threshold of 36 kW/cm². Its compact design, with a thickness of only 13 mm, makes it a convenient addition to any laboratory or field setup.
Beyond its power measurement capabilities, this laser power detector also supports energy mode, allowing for the measurement of single-shot energy up to 3 joules. The smart interface of this detector contains all necessary calibration data, ensuring ease of use and precision in every measurement. With its robust design and advanced features, the UPF10P-2S-H5-L-D0 thermopile laser power detector is a versatile tool for those who demand the best in laser power detection technology.
UPF10P-2S-H5-L-D0 Thermopile Laser Power Detector 2W
Specifications
| Detector Type: | Thermal Absorber (thermopile) |
|---|---|
| Spectral Range: | 0.28 – 2.1 um |
| Size: | 10 mm |
| Maximum Power: | 2 W |
| Noise Equivalent Power: | 200 uW |
| Max Average Power Density: | 36 kW/cm2 |
| Maximum Average Power: | 2 W |
| Noise Equivalent Power: | 30 μW |
| Spectral Range: | 0.28 - 2.1 μm |
| Typical Rise Time: | 1.4 sec |
| Typical Power Sensitivity: | 2 mV/W |
| Power Calibration Uncertainty: | ±2.5 % |
| Repeatability: | ±0.5 % |
| Typical Energy Sensitivity: | 2.4 mV/J |
| Maximum Measurable Energy: | 3 J |
| Noise Equivalent Energy: | 5 mJ |
| Minimum Repetition Period: | 2 s |
| Maximum Pulse Width: | 63 ms |
| Energy Calibration Uncertainty: | ±5 % |
| Maximum Average Power Density: | 36 kW/cm² |
| Maximum Energy Density: | 1 J/cm² |
| Peak Power Density: | 143 MW/cm² |
| Aperture Diameter: | 10 mm |
| Absorber: | H5 |
| Dimensions: | 46H x 46W x 21.4D mm |
| Weight: | 0.14 kg |
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Features
- Low Power Thermopile: Combines the noise level of a photo detector with the large bandwidth and high power capacity of a thermal device.
- IR Filter (UPF10 Models): Effectively removes unwanted IR interference for accurate measurements.
- High Performance:
- Fast rise time of 1.4 seconds.
- High damage threshold of 36 kW/cm².
- Compact Design: Slim profile with only 13 mm thickness (UP10P model).
- Energy Mode: Capable of measuring single shot energy up to 3 J.
- Smart Interface: Contains all the calibration data for seamless operation.
- Compatible Stand: STAND-S-233.
- Compatible Displays & PC Interfaces:
- MAESTRO
- TUNER
- UNO
- S-LINK-1
- S-LINK-2
- P-LINK (USB)
- M-LINK
- P-LINK (RS-232)
- P-LINK-4 (USB)
- P-LINK-4 (Ethernet) V2
- S-LINK-1 (Ethernet)
- S-LINK-2 (Ethernet)
- Measurement Capabilities:
- Maximum average power (continuous): 2 W
- Noise equivalent power: 30 μW
- Spectral range: 0.28 - 2.1 μm
- Typical rise time: 1.4 sec
- Typical power sensitivity: 2 mV/W
- Power calibration uncertainty: ±2.5%
- Repeatability: ±0.5%
- Measurement Capabilities (Energy Mode):
- Typical energy sensitivity: 2.4 mV/J
- Maximum measurable energy: 3 J
- Noise equivalent energy: 5 mJ
- Minimum repetition period
Applications
- Laser power measurements in the 280nm to 2100 nm range (UV to SWIR).
- Spectroscopy
- Metrology
- Laser calibration
Frequently Asked Questions
What is the Gentec-EO High Power Detector UPF10P-2S-H5-L-D0 used for?
What is the maximum average power that the laser power detector can measure?
What is the noise equivalent power of the detector?
What is the physical characteristic of the power detector?
What is the typical rise time of this thermopile laser power detector?
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