Description
The QUAD-4TRACK is an advanced Beam Position Measurement system. It is used with the Pulse Track Applications Software, which creates a full featured data acquisition system for measuring and displaying laser energy and beam position.
4-Quadrant Laser Position Sensing Detector QUAD-20-MT-E-D0
Specifications
Sensor Size: | 20 mm |
---|---|
Max Power: | 20 W |
Min Detectable Power: | 1 mW |
Max Power Density: | 100000 kW/cm^2 |
Spectral Range: | 0.1 – 3000 um |
Spectral Range: | 0.1 - 3000 μm |
Typical Rise Time: | 150 µsec |
Maximum Repetition Rate: | 1000 Hz |
Minimum Beam Size: | 10 mm Ø |
Minimum Position Resolution: | 1 μm |
Calibration Uncertainty: | ±4 % |
Maximum Measurable Energy: | 20 mJ |
Noise Equivalent Energy: | 1 μJ |
Maximum Pulse Width: | 2.5 μs |
Maximum Average Power Density: | 100 MW/cm² |
Maximum Energy Density: | 50 mJ/cm² |
Aperture Width: | 20 mm |
Aperture Height: | 20 mm |
Dimensions: | 63.5Ø X 40.6D mm |
Weight: | 0.18 kg |
Features
The QUAD-4TRACK is used with compatible Gentec-EO probes, the DPQ-J9, DPQ-J20, DPQ-R9, and DPQ-R20. The J series probes are used for pulsed laser applications, and the R series are used for Radiometric application. The QUAD-4TRACK can measure pulsed lasers up to 1000pps on each channel when using the J series probes.
When using the R series probes the beam modulation rate can be set from 5Hz to 50Hz.
Applications
- MEASURE, TRACK AND ALIGN: Follow your laser beam wherever it goes.
- 4-CHANNEL DETECTORS: Unique quadrant detector technology senses laser beam position with high resolution.
Frequently Asked Questions
What applications is the QUAD-4TRACK suitable for?
The QUAD-4TRACK is suitable for laser beam position sensing.
What is the maximum repetition rate for pulsed lasers that the QUAD-4TRACK can measure?
The QUAD-4TRACK can measure pulsed lasers up to 1000pps on each channel when using the J series probes.
What is the QUAD-4TRACK?
The QUAD-4TRACK is an advanced Laser Beam Position Measurement system used for measuring and displaying laser energy and beam position.
What is the typical rise time for the QUAD-4TRACK?
The typical rise time for the QUAD-4TRACK is 150 µsec.
What probes are compatible with the QUAD-4TRACK?
The QUAD-4TRACK is used with compatible Gentec-EO probes, the DPQ-J9, DPQ-J20, DPQ-R9, and DPQ-R20.
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