d2:laser_controller
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| d2:laser_controller [2021/02/26 22:52] – Michael Radunsky | d2:laser_controller [2021/06/10 21:20] – external edit 127.0.0.1 | ||
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| //NOTE: Depending on the thermal design, nested temperature loops can fight each other, causing oscillations and instability. If you observe this, you will need to reduce the gain and/or increase the time-constants on the slower stage. // | //NOTE: Depending on the thermal design, nested temperature loops can fight each other, causing oscillations and instability. If you observe this, you will need to reduce the gain and/or increase the time-constants on the slower stage. // | ||
| - | ===Tuning Temperature Loop for Photodigm Mercury Lasers=== | + | ===Tuning Temperature Loop for Photodigm Mercury Lasers |
| + | If you have a D2-105 with S/N 2674 or lower (PCBs with S/N 6986 and lower), then you may still be able to tune the parameters of the loop to stably control the temperature of the TOSA by following the protocol below: | ||
| If you are using the D2-105 laser controller to drive a Photodigm Mercury laser in a TOSA package, the following may be helpful as a starting point for setting the thermal control loop parameters.((Courtesy of [[http:// | If you are using the D2-105 laser controller to drive a Photodigm Mercury laser in a TOSA package, the following may be helpful as a starting point for setting the thermal control loop parameters.((Courtesy of [[http:// | ||
d2/laser_controller.txt · Last modified: 2024/03/27 15:33 by Thomas Bersano