Difference between revisions of "R1S6 SL2 HVB5 BurnIn"

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| 03/11/13 || 16:56 || S6 SL2 HVB5 || 536 || -750 || 1500 || 11.5 || 11.7 || Peaked around 13 <math>\mu</math>A initially, but is rapidly decreasing after sense wires stabilized at operating voltage. Trip is set to 50 <math>\mu</math>A, no wires tripped during voltage rise at 5 V/s.
 
| 03/11/13 || 16:56 || S6 SL2 HVB5 || 536 || -750 || 1500 || 11.5 || 11.7 || Peaked around 13 <math>\mu</math>A initially, but is rapidly decreasing after sense wires stabilized at operating voltage. Trip is set to 50 <math>\mu</math>A, no wires tripped during voltage rise at 5 V/s.
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| 03/11/13 || 17:11 || S6 SL2 HVB5 || 536 || -750 || 1500 || 10.7 || 10.8 ||
 
| 03/11/13 || 17:11 || S6 SL2 HVB5 || 536 || -750 || 1500 || 10.7 || 10.8 ||
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Revision as of 23:17, 11 March 2013

Date Time (24h) HV Board ID Guard (V) Field (V) Sense (V) Sense ([math]\mu[/math]A) Field ([math]\mu[/math]A) comments
03/11/13 16:50 S6 SL2 HVB5 50 -50 50 0.000 0.065 Probed traces and pins connected to boots for fields/guard, all are showing voltage.
03/11/13 16:56 S6 SL2 HVB5 536 -750 1500 11.5 11.7 Peaked around 13 [math]\mu[/math]A initially, but is rapidly decreasing after sense wires stabilized at operating voltage. Trip is set to 50 [math]\mu[/math]A, no wires tripped during voltage rise at 5 V/s.
03/11/13 17:11 S6 SL2 HVB5 536 -750 1500 10.7 10.8