- Joined
- Dec 26, 2019
- Messages
- 33 (0.02/day)
Hi fellow inmates,
It goes without saying that TPU is the best review site overall for SSD's.
And especially for thermal throttling effects.
Two related questions, if you please:
(1) Which FLIR system are you using?
I'm thinking of getting a thermal camera, and not sure if I'll buy one ready made, or make one.
That's only cost effective for the higher end though.
It's not for SSD's, or even electronic components per se, but sure if I have one I'll use it for that.
From the specs, and a few papers I've seen, I think the FLIR One Pro with the FLIR Lepton 3.5 sensor is a pretty good lower end system.
Pretty good sensor size (160x120 pixels), and acceptable radiometric accuracy (+/- 3 C/5%) and Spatial Sensitivity (12um/pixel).
Your shots look good, and I was wondering if you'd got them with this system.
Otherwise, the FLIR's with the much bigger sensor (464x348), the FLIR Lepton 3.0 or maybe 3.5, are very expensive as a ready-made unit ($+/-$9k??).
Better to buy the sensor on its own and then build the rest I think.
Or perhaps the higher resolution ON Semiconductor sensor (AVNET 1820HS)
(2) You've found that there's sometimes quite a big difference from the SSD's own sensors, and the FLIR.
And sometimes it's abiut the same.
Any ideas on where the SSD on-board sensor is physically located?
It's hard to get much info on the controllers because they seem to restrict the datasheets to NDA-access only.
Bit stupid, the competition would know exactly what they are.
Thanks,
Alan
It goes without saying that TPU is the best review site overall for SSD's.
And especially for thermal throttling effects.
Two related questions, if you please:
(1) Which FLIR system are you using?
I'm thinking of getting a thermal camera, and not sure if I'll buy one ready made, or make one.
That's only cost effective for the higher end though.
It's not for SSD's, or even electronic components per se, but sure if I have one I'll use it for that.
From the specs, and a few papers I've seen, I think the FLIR One Pro with the FLIR Lepton 3.5 sensor is a pretty good lower end system.
Pretty good sensor size (160x120 pixels), and acceptable radiometric accuracy (+/- 3 C/5%) and Spatial Sensitivity (12um/pixel).
Your shots look good, and I was wondering if you'd got them with this system.
Otherwise, the FLIR's with the much bigger sensor (464x348), the FLIR Lepton 3.0 or maybe 3.5, are very expensive as a ready-made unit ($+/-$9k??).
Better to buy the sensor on its own and then build the rest I think.
Or perhaps the higher resolution ON Semiconductor sensor (AVNET 1820HS)
(2) You've found that there's sometimes quite a big difference from the SSD's own sensors, and the FLIR.
And sometimes it's abiut the same.
Any ideas on where the SSD on-board sensor is physically located?
It's hard to get much info on the controllers because they seem to restrict the datasheets to NDA-access only.
Bit stupid, the competition would know exactly what they are.
Thanks,
Alan