An optical wavelength meter capable of measuring communication LD wavelengths quickly and with high accuracy.
High precision 2ppm, high resolution 0.001nm, measuring light wavelength at high speed of 0.1 seconds, manufactured by A.D.C. Company!
The 8471 uses a He-Ne laser as the reference wavelength, enabling highly accurate measurements for an optical wavelength meter based on the Michelson interferometer method. This allows for high-resolution and high-accuracy measurements of emission center frequencies, such as those of LDs for DWDM. The measurement speed is also fast at 10 times per second, making it ideal for adjusting the oscillation wavelength. Additionally, the deviation display function allows for high-resolution and high-accuracy measurements of short-term wavelength changes.
Inquire About This Product
basic information
【Features】 ● Measurement wavelength range: 630nm to 1650nm (182THz to 476THz) ● Can display in wavelength and frequency ● High-speed measurement: 10 times/second ● High sensitivity measurement: -35dBm (1200nm to 1600nm) ● Capable of displaying maximum, minimum, and deviation ● Can store up to 10,000 data points ● Can perform averaging measurements up to 100 times ● Equipped with both GPIB and USB interfaces ● For more details, please download the catalog or contact us.
Price information
******
Delivery Time
Applications/Examples of results
【Usage】 ● It is optimal for wavelength adjustment of LD for DWDM due to high-speed measurement. ● Because of its high accuracy, it can be used as a wavelength standard for calibrating spectrometers and optical spectrum analyzers. ● Automation of measurements such as wavelength temperature characteristics and wavelength current characteristics of LD is possible.
catalog（1）
Download All Catalogs
Company information
We will propose and provide the optimal measuring instruments/systems tailored to your environment and usage conditions from our approximately 1,500 domestic and international business partners, starting with electronic measuring instruments.
