Laser Energy probe
- Laser splitting lenses available
- ST\FC\SMA\SC adapter optional
- Highly sensitive photoelectric Silicon (Si), Germanium (Ge) detector
Specifications
| Product Overview
The Laser Energy probe refers to a probe that can "distinguish" and test the Pulse Energy of the pulse laser that is repeatedly output. Within a certain Repetition Rate range, this probe can be used for each light. The pulse outputs an electrical signal, which is read and stored by the meter head or computer. Energy probes are often used in applications that require measuring the energy of each pulse individually and analyzing pulse-Pulse Energy stability. Occasion. Photodiode (PD) of its fast response, it can be designed as an energy probe suitable for weak energy pulsed light measurement; the response of the pyroelectric probe itself is pulsed, so it is widely used in medium and high energy. Energy measurement. Similar to thermopile probes, pyroelectric probes also have different Absorption materials and Absorption bodies to adapt to the Laser of various characteristics.
Photodiode (PD) Laser Energy probe
• High sensitive photoelectric Silicon (Si), Germanium (Ge) detector
• The fastest measuring frequency is 20kHz
• Minimum measurement energy 10pJ
• Wide line corresponding range 0.19-1.8μm
• Provide Laser splitting lenses
• ST\FC\SMA\SC adapter optional
Pyroelectric energy meter probe
• A variety of pyroelectric probes
• Measured frequency up to 25kHz
• Measuring energy range 2μJ-40J
• Measured Pulse Duration up to 20ms
• High-frequency metal coating
• High damage threshold BF film
• Removable Diffuser to extend measurement range
• Special probe for Near Infrared (NIR) and large diameter measurement
• Provide Laser splitter lens, Optical Fiber adapter and other accessories
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