Used JDSU Q304-HD-1000R #9378211 for sale

JDSU Q304-HD-1000R is an erbium-doped fiber amplifier (EDFA) laser that leverages optical technology to boost the signal-to-noise ratio and reach an output power greater than 1W. This EDFA laser is used for applications such as long-haul telecommunications and metro networks to increase the amount of data that can be transmitted. This Q304-HD-1000R EDFA laser features a high stability and runs an output power up to 1100 mW over a wide temperature range. It is also equipped with an integrated control unit, and is housed in a 19-inch rack mountable enclosure. The core component of JDSU Q304-HD-1000R EDFA laser is an erbium-doped step-index fiber. Its core is doped with a rare earth metal such as erbium, allowing it to absorb and amplify incoming light signals of 1550 nm. This amplification is realized by the EDFA laser's built-in Pumps, which feature a high rate of accuracy and safety. The Pumps supply a constant current and temperature, to ensure the EDFA laser's maximum efficiency and power output without any distortions. The Pump also includes a thermo electric cooling unit that keeps the EDFA laser within its temperature range at a much lower operating cost compared to other technologies. The output power of Q304-HD-1000R EDFA laser is adjustable, ranging from 1 mW to 1100 mW. In addition to this, the EDFA laser's optical bandwidth and optical gain can also be adjusted. This ensures the user's application is running optimally and that the output power remains within its specified range. The EDFA laser's integrated control unit allows for a convenient, troubleshooting-free operation with a full package of protection and monitoring features. All of these features can ensure a stable, reliable, and secure performance even in challenging conditions. JDSU Q304-HD-1000R EDFA laser is a powerful and reliable laser for users' telecommunications and metro networks that require high data transmission speeds. With its innovative optical technology, this impressive EDFA laser provides users with an optimal combination of flexibility and stability for greater signal-to-noise ratio assurance.