Webcommercial dual wedge Fizeau wavemeter (Highfinesse WS7-60 standard). The spectral measurement range is 330– 1180 nm. The results are shown in figure 4. Upper and lower traces in the figures correspond to interference patterns of low- and high-resolution Fizeau wedges inside the wavemeter, which together result in the high measurement precision. Webmeasurement, we use a commercial wavelength meter (HighFinesse WS7) to record the frequency variationunder same expe rimental conditions, which is shown in Fig. 4(b). The true frequency modulation rate is about 34.23±21.6 GHz/s, which means measurement the based on the SAS technique is valid. This can also be verified by comparing the two figures
Design and analysis of Pound-Drever-Hall-based free-space and …
Web20 de nov. de 2024 · The frequency spectrum of the signal is analysed with a commercial dual wedge Fizeau wavemeter (Highfinesse WS7-60 standard). The spectral measurement range is 330–1180 nm. The results are shown in figure 4. WebHighFinesse – Software Update, Driver Update Package, Windows OS. Please select product group. and find your local distributor. Information about Cookies. We use cookies … how many ml are in 3/4 teaspoonful
HighFinesse德国Highfinesse波长计WS7系列-参数-价格-仪器 ...
Web13 de ago. de 2024 · We measure the frequency (wavelength) stability of the SHG with a wavelength meter (HighFinesse WS7 standard, 400–1100 nm). By changing the voltage and temperature of the LD seed, the wavelength can be tuned from 670 nm to 671.5 nm with a tuning resolution of 0.01 pm. WebWSU-10. Optical Wavelength Meter by HighFinesse. Download Datasheet Request Quote. The WSU-10 from HighFinesse is a Optical Wavelength Meter with Wavelength Range 330 to 2250 nm. More details for WSU-10 can be seen below. WebThe 650 nm laser is monitored by a commercial wavelengthmeter (Highfinesse WS7) and stabilized via feedback from the computer attached to the wavelengthmeter Dietrich . The trap is loaded using isotope-selective two-step photoionization with a 791 nm ECDL and a N 2 laser Steele et al. ( 2007 ) . how many ml are in 5 tbsp