Gentec-EO M6-12.5-PY Integrating Sphere Detector

Name: Gentec-EO M6-12.5-PY Integrating Sphere Detector
Brand: Gentec-EO
Availability: InStock

Description

The M6-12.5-PY is an advanced integrating sphere detector designed for accurate laser energy measurements up to 20 mJ. Ideal for high-repetition rate applications, this detector can capture pulse-to-pulse data at frequencies up to 200 kHz without any sampling. It features a pyroelectric absorber that ensures precise energy readings across a broad spectral range of 0.35 - 2.5 μm. With the ability to store up to 4 million pulses (40 seconds of data at 100 kHz), users can track missed pulses and those below the energy threshold, providing complete data for analysis.

Equipped with full-speed USB 2.0 for high data rate transfer, the M6-12.5-PY also includes user-friendly software with diagnostic features like live mode, FFT display, and life test mode for automating laser testing. The detector offers high repeatability (±1%) and is compatible with several heads, including silicon, InGaAs, and pyroelectric variants, making it versatile for various applications. The M6-12.5-PY is also compatible with the STAND-D-233 for secure installation.

Specifications

Max Measurable Energy:	200 mJ
Max Repetition Rate:	200000 Hz
Effective Aperture:	12.5 mm
Spectral Range:	0.35 – 2.5 um
Maximum Measurable Energy:	20 mJ
Noise Equivalent Energy:	0.5 μJ
Maximum Pulse Width:	100 ns
Energy Calibration Uncertainty:	±4 %
Maximum Power:	25 W
Absorber:	Pyroelectric
Dimensions:	76H x 111W x 76D mm
Typical Rise Time:	150 ns
Energy Calibration Uncertainty:	±4 %
Maximum Power:	25 W

Download Data Sheet

Features

Broad Spectral Range: Covers wavelengths from 0.35 to 2.5 μm, ensuring versatility for different laser sources
Fast Response Time: With a typical rise time of 150 ns, it captures rapid laser pulses with precision
High Repeatability: Provides ±1% repeatability for consistent and dependable measurements
High Repetition Frequency: Suitable for applications with a maximum repetition frequency of up to 200,000 Hz
Accurate Calibration: Energy calibration uncertainty of ±4% ensures measurement accuracy
Low Noise: Noise equivalent energy of 0.5 μJ allows for precise detection of low-energy laser pulses

Applications

Laser Energy Measurement: Ideal for accurately measuring laser energy output in a wide spectral range
Pulse Energy Analysis: Well-suited for capturing and analyzing pulse energies, ensuring laser system performance
High-Frequency Applications: Capable of handling high-repetition-frequency laser systems

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since 2014

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Frequently Asked Questions

What is the MACH 6 Joulemeter used for?

The MACH 6 Joulemeter is used to measure every pulse at up to 200 kHz with 12-bit digital accuracy and capture up to 4 million pulses in real time.

What type of energy probes does the MACH 6 Joulemeter support?

The MACH 6 Joulemeter is designed to support a full complement of fast energy probes that include Silicon, InGaAs and Pyroelectric Detectors.

What is the maximum energy range that can be measured with the MACH 6 Joulemeter?

The MACH 6 Joulemeter can measure from pJ to mJ and from 0.35 to 2.5 μm.

What are some of the key features of the MACH 6 Joulemeter?

Some of the key features of the MACH 6 Joulemeter include up to 200 kHz pulse-to-pulse capture and store up to 4 million pulses, track missing pulses and pulses below threshold, several heads to choose from, analog module available, full-speed USB 2.0 connection, and user-friendly software with many diagnostic features.

What are the available models and accessories for the MACH 6 Joulemeter?

The available models for the MACH 6 Joulemeter include M6-6-Si, M6-6-Si-L, M6-6-In, M6-6-In-L, M6-6-PY, and M6-12.5-PY. Accessories include a USB cable, Pelican carrying case, APM analog power supply, additional 9V power supply, and stand with Delrin post.