Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 5517D #9207307 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 5517D is a high-performance diode-pumped diode laser system capable of producing a range of wavelengths from 780-910 nm. It is an air-cooled, mono-mode laser that features a high stability and fast response time. Its short warm-up time of only 5 minutes ensures that users can quickly reach optimal performance. The laser is capable of offering long operating times with minimal maintenance, while its robust design enables reliable operation in laboratory and industrial environments. On the power side, the laser generates a maximum output of 1 Watt of total power at 910 nm. It features a pulse width of 200 ns and a repetition rate of up to 250 kHz, as well as a single frequency stability better than 1MHz in one hour with long-term frequency stability below 0.1 MHz per month. In addition, the diode laser offers high-frequency accuracy with temperatures below 0°C and good beam quality with 0.5 mrad maximum divergence angle. The laser system also comes with a variety of accessories and control features for greater precision. The built-in controller mode offers 10 user-configurable set-ups and provides up to 10 Hz operating frequency. There are numerous trigging modes available, including external gate and switch control signals, allowing for multiple pulse configurations. Furthermore, the optional wavelength monitoring module offers real-time tracking and control of the laser output within specified parameters. HP 5517D is a versatile diode laser that can meet the needs of many applications. Its high reliability, high power output, and adjustable features make it an ideal solution for scientific research, industrial applications, and laser manufacturing applications. Its small footprint ensures a minimum of desk space is taken up, making it a good choice for environments where space is limited. Furthermore, the laser's exceptional beam quality and long lifetime make it a strong choice for a variety of laser applications.