What Would You Do With a Sensor Reading That Carried Its Own Error Bar?
A calibrated sensor stores its correction coefficients rounded to fit, then reports a value as though they were exact. UxHw® propagates that error through the same conversion routine in one pass. Enter your instrumented points, your reading rate, and your reject volume.
Instrumented Points
4,000
Sensors across the plant whose calibrated output feeds a control loop or an alarm.
Readings Per Point Per Second
10
Conversion routines a second. This is what decides whether uncertainty can be tracked in the loop or only offline.
Signaloid Module
The published thermal figure was measured on the two microSD parts. C0-SD is included because it is the only one that will displace a working storage card.
Where the Uncertainty Comes From
The published work quantifies the first: a sensor stores its calibration coefficients rounded to fit its EEPROM, and the compensation routine then reports a temperature as though they were exact.
Cost of a False Reject
What one wrongly rejected part or spurious alarm costs you. No default: it is entirely yours, and it is the figure the whole false-alarm case turns on.
Rejects Per Day Today
How many rejects or alarms the line raises now. Combined with the published precision improvement, this is what sizes the saving.
C0-microSD
$49, shipping today from Mouser. 12 MHz, 128 KiB, 17.1 mW average, up to η = 16.
$49, shipping today from Mouser. 12 MHz, 128 KiB, 17.1 mW average, up to η = 16.
C0-microSD+
$99, engineering samples available today, contact sales@signaloid.com. At least 60 MHz, 320 KiB, up to η = 64.
$99, engineering samples available today, contact sales@signaloid.com. At least 60 MHz, 320 KiB, up to η = 64.
C0-SD
$199, engineering samples available today, contact sales@signaloid.com. 90 MHz, 448 KiB plus 128 MiB PSRAM, up to η = 128.
$199, engineering samples available today, contact sales@signaloid.com. 90 MHz, 448 KiB plus 128 MiB PSRAM, up to η = 128.
Benefits