High repetition rate laser pulse measurement capable high-speed energy meter MACH series
MACH Series
High repetition rate laser energy pulses can be measured with high precision. Pulse interval measurements are possible at up to 200 kHz. Up to 4 million pulses can be captured and data stored.
● Pulse interval measurement is possible at a maximum of 200 kHz (M6): Real-time measurement of high repetition rate laser pulse energy with 12-bit accuracy. ● Can capture up to 4 million pulses and store 40 seconds of data at 100 kHz. ● Able to track the number of lost pulses and pulses below the energy threshold. ● Wide energy range; pJ to mJ. ● High data transfer speed and fast measurement (USB 2.0). ● Comes with LabView software that has many diagnostic functions. ● Measurement is also possible using an oscilloscope by employing the Analog Module (APM).
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basic information
The MACH series features a special ultra-fast detector that allows for real-time measurement of high repetition rate laser pulse energy using six types of detectors with a dedicated digital module. ■M5/M6-6-Si: Silicon sensor (φ6mm, 0.35–1.1μm) ■M5/M6-6-Si-L: Low noise silicon sensor (φ6mm, 0.35–1.1μm) ■M5/M6-6-In: InGaAs sensor (φ6mm, 1.0–1.6μm) ■M5/M6-6-In L: Low noise InGaAs sensor (φ6mm, 1.0–1.6μm) ■M5/M6-6-PY: Chromium-coated pyroelectric sensor (φ6mm, 0.35–2.5μm) ■M5/M6-12.5-PY: Chromium-coated pyroelectric sensor (φ12.5mm, 0.35–2.5μm)
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High-precision measurement of high-repetition energy pulses.
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Company information
Our company started with the import and sales of laser oscillators and optical devices and components, and has developed through the import and sales of innovative and original electronic optical devices from around the world, as well as the provision of advanced technical services. Our main products include a variety of laser light sources ranging from semiconductor lasers to nano, pico, and femtosecond lasers, along with various devices and measurement instruments for their adjustment and control. In the field of optical spectroscopy and analysis, we provide high-performance multi-spectral fiber-coupled spectrometers and their application measurement systems (color, luminescence, absorption, Raman spectroscopy, fluorescence, plasma, LIBS, etc.), as well as thermal imaging IR lenses. Furthermore, in response to the development of thin film technology, we handle thin film measurement instruments such as thin film adhesion strength testers and optical interference film thickness monitors. Moving forward, we will enhance various applications and after-sales services to respond quickly to user demands. We will continue to firmly establish ourselves in the fields of light and nanotechnology, adapting to market trends, and aim for further development as a frontier trading company that serves everyone.
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