2015/12/22 (Tuesday)

0950	[ANV] Hooked up the DCRCs to the wall jack. They are successfully accessible from anywhere (yikes?) on the UNIX cluster as 192.168.96.1/2/3, for DIBs 1,2,3 (actually DCRCs 55,33,50) respectively. Now we can run the DAQ from cdms2.spa.umn.edu, trying for faster responses in general. The wall jacks actually have PoE, so we wouldn't need our extra switch or power supplies in this mode. One drawback is that I currently have a long ethernet cable across the floor, this is because I didn't want to disconnect the windows machine and we don't have enough jacks near the fridge stand. I am dubious about leaving this with an easy trip cord hooked up to sensitive electronics.
1016	[ANV] When hooked up to a non-functional detector can trigger on charge and see noise traces. Furthermore set the frontend gain of the phonons to unity and squid biases to zero to see phonon noise as well. Note this probably doesn't map on to our operating noise, but is good for triggering tests.

0950

[ANV] Hooked up the DCRCs to the wall jack. They are successfully accessible from anywhere (yikes?) on the UNIX cluster as 192.168.96.1/2/3, for DIBs 1,2,3 (actually DCRCs 55,33,50) respectively. Now we can run the DAQ from cdms2.spa.umn.edu, trying for faster responses in general. The wall jacks actually have PoE, so we wouldn't need our extra switch or power supplies in this mode. One drawback is that I currently have a long ethernet cable across the floor, this is because I didn't want to disconnect the windows machine and we don't have enough jacks near the fridge stand. I am dubious about leaving this with an easy trip cord hooked up to sensitive electronics.

1016

[ANV] When hooked up to a non-functional detector can trigger on charge and see noise traces. Furthermore set the frontend gain of the phonons to unity and squid biases to zero to see phonon noise as well. Note this probably doesn't map on to our operating noise, but is good for triggering tests.

Next Day (Run 56)