YOKOGAWA AQ6375 Optical Multifunctional Instrument

YOKOGAWA AQ6375 Optical Multifunctional Instrument

Product Details Introduction

The YOKOGAWA AQ6375 optical multifunctional analyzer is a high-performance spectrometer primarily used for precise measurements in optical communication, fiber optic sensing, and other optical applications. It can provide accurate spectral analysis and measurement of various optical parameters, and is widely used in fields such as research and development, production, and quality control.

Main features and functions:

Wide wavelength range: AQ6375 supports a wavelength range from 350 nm to 1750 nm, covering common fiber optic communication bands such as C-band and L-band.

High resolution: With high-resolution spectral analysis capabilities, it can accurately distinguish small spectral changes and is suitable for high-precision optical measurement needs.

The resolution can reach 0.02 nm, ensuring accurate measurement of various details of optical signals.

Multiple measurement functions:

Spectral scanning: It can quickly scan the entire wavelength range and display spectra, suitable for testing optical communication equipment.

Relative spectral intensity measurement: It can measure the intensity of light at different wavelengths, helping to detect the performance of light sources and optical fibers.

Spectral bandwidth measurement: It can analyze the bandwidth of optical signals to ensure that system performance meets standards.

Multiple modes:

Real time analysis: supports real-time spectral display, helping users obtain analysis results in real-time.

Signal analysis: capable of analyzing and identifying signal characteristics in fiber optic communication systems, including spectral lines, bandwidth, noise, etc. of light sources.

Automation and user-friendly interface: Provides a simple interface for users to easily set measurement parameters through touch screens and buttons, reducing the complexity of manual operations.

High precision: AQ6375 has low spectral noise and high signal-to-noise ratio, which can perform precise optical measurements and is suitable for scientific research and high-end industrial applications.

Memory and data storage functions: The instrument can store a large amount of measurement data, facilitating subsequent data analysis and report generation.

Application areas:

Fiber optic communication: used for testing fiber optic transmission systems, such as analyzing fiber optic bandwidth, optical signal quality, transmission loss, etc.

Laser development and testing: can be used for testing optical characteristics such as wavelength and spectral line width of lasers, helping to develop and optimize laser performance.

Optical sensors: In the field of optical sensors, AQ6375 can provide accurate spectral data, which is helpful for sensor design and testing.

Research and development: In scientific experiments, it is used for the study of optical systems, especially for the testing of new optical communication technologies and optical equipment.

Quality control and production: In the production process of optical devices, ensure that each optical product meets performance standards, improve product consistency and reliability.

Product imag

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