Version vom 16. März 2026, 13:06 Uhr

Autor:	Onyesi John Abiagam
Sprache:	DE EN

Introduction

Table 1: Requirements for the Unit
Req.	Description	Priority
1	The mass must be determined using the HX711AD load cell via Arduino and Simulink.	1
2	The measuring range must be determined.
3	The measurement uncertainty (1σ) must be determined for the measuring range and displayed as a confidence interval.
4	The `on/off` button starts the system. The sensor must first be calibrated and display 0 g.
5	The weight must be referenced for the measuring range.
6	The measured values must be filtered/smoothed over time.
7	A beep must indicate when the measured value is stable/constant.
8	The sensor system must display the weight in g on a display.
9	The `tara` button resets the current weight to 0 g (recalibration).

@@ Zeile 12: / Zeile 12: @@
 |+ style = "text-align: left"| Table 1: Requirements for the Unit
 |-
-! # !! Requirement !! Priority
+! Req. !! Description !! Priority
 |-
-| 1 || Beispiel || Beispiel
+| 1 || The mass must be determined using the HX711AD load cell via Arduino and Simulink.  || 1
 |-
-| 2 || Beispiel || Beispiel
+| 2 || The measuring range must be determined. ||
 |-
-| 3 || Beispiel || Beispiel
+| 3 || The measurement uncertainty (1σ) must be determined for the measuring range and displayed as a confidence interval.||
+|-
+| 4 || The <code>on/off</code> button starts the system. The sensor must first be calibrated and display 0&thinsp;g. ||
+|-
+| 5 || The weight must be referenced for the measuring range. ||
+|-
+| 6 || The measured values must be filtered/smoothed over time.  ||
+|-
+| 7 || A beep must indicate when the measured value is stable/constant. ||
+|-
+| 8 || The sensor system must display the weight in g on a display.  ||
+|-
+| 9 || The <code>tara</code> button resets the current weight to 0&thinsp;g (recalibration).  ||
 |}