Difference between revisions of "Lab Book PrYSiO"
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| Line 1: | Line 1: | ||
==To do list:== | ==To do list:== | ||
| − | # increase output laser power | + | # Dye laser |
| + | ## increase output laser power | ||
## is it stably locked? | ## is it stably locked? | ||
## better dye? rhodamine b with methanol solvent. | ## better dye? rhodamine b with methanol solvent. | ||
| Line 17: | Line 18: | ||
## leakage detection | ## leakage detection | ||
## install it back | ## install it back | ||
| − | # buy gloves | + | # <del>buy gloves</del> |
| + | # Hall detector | ||
==3 October 2019== | ==3 October 2019== | ||
Revision as of 08:20, 4 October 2019
To do list:
- Dye laser
- increase output laser power
- is it stably locked?
- better dye? rhodamine b with methanol solvent.
- Kazakhstan package
receivecheck- overview
- Homodyne
- Red pitaya
- check potentiometer
- run DDS
- PWR spply control
- scheme layout
- cryostat
- remove magnets
- leakage detection
- install it back
buy gloves- Hall detector
3 October 2019
- Laser output power 370 mW
- Started testing EOM
30 September 2019
- install eom
- check laser linewidth
- check Pr sample
- check leakage
- spool the magnets
- check the magnets for quenching
- check external fluctuations of magnetic field
- keep vibrations of cryo in mind
- calibrate magnets with Erbium
28 September 2019
- PCB way responded
27 September 2019
- Dye laser is tuned to 606 nm, low output power up to 300 mW.
