Professional Circuit Design: Statistical Analysis

Focused View

Andreas Ernst

2:20:38

70 View

1 - Introduction to Statistical Analysis

1 - Introduction.mp4

01:39

2 - Mathcad Prime

2 - Basic Functions.mp4

07:07

3 - ORIGIN MIN TYP MAX.mp4

03:31

4 - Function Definition.mp4

05:43

5 - Partial Derivations.mp4

02:19

6 - Plots.mp4

03:45

7 - Interpolation.mp4

03:45

8 - Min Max Functions.mp4

01:55

9 - Programming.mp4

04:15

10 - Material.html

10 - Mathcad-Basics.pdf

10 - mathcad-basics.zip

3 - Statistics

11 - Statistic Basics.mp4

08:43

11 - statistic-basics.zip

12 - Material.html

12 - Statistic-Basics.pdf

12 - statistic-basics.zip

4 - Voltage Divider Circuit

13 - Introduction.mp4

02:12

14 - Goal of the Analysis.mp4

00:34

15 - Circuit Diagram.mp4

00:44

16 - Parameter Definitions.mp4

03:16

17 - Gaussian Propagation of Uncertainty.mp4

03:11

18 - Partial Derivation.mp4

09:20

19 - Results.mp4

08:33

20 - Summary.mp4

06:12

21 - Material.html

21 - Statistical-Analysis-Voltage-Divider.pdf

21 - statistical-analysis-voltage-divider.zip

5 - Temperature Measurement Sensor Circuit

22 - Introduction.mp4

01:41

23 - Goal of the Analysis.mp4

00:57

24 - Requirements.mp4

02:27

25 - Circuit Diagram.mp4

05:01

26 - Parameter Definitions.mp4

12:40

27 - Gaussian Propagation of Uncertainty.mp4

04:52

28 - Standard Deviation.mp4

06:41

29 - Partial Derivation.mp4

04:30

30 - Temperature Coefficient.mp4

12:35

31 - Results.mp4

05:18

32 - Summary.mp4

07:12

33 - Material.html

33 - Statistical-Analysis-Temperature-Measurement.pdf

33 - statistical-analysis-temperature-measurement.zip

Description

Statistical Method for Professional Circuit Development based on Typical Examples from Industry

What You'll Learn?

In this course you will learn a statistical method for developing a robust circuit design using examples from electronics development
You will gain a better understanding of electronic circuit developments in the field of statistical analysis
You will learn step by step using examples from industry such as temperature sensors with external NTC, voltage monitoring, etc.
The "Automotive Standard Tool" Mathcad Prime 7 is used for the calculations

Who is this for?

To engineers, students, technicians, physicists and people who want to continue their education

What You Need to Know?

Basics of electronic circuit design is presumed

More details

Description
In this course you will learn a well-founded methodology for calculating the statistical tolerance of different electrical circuits. After this course you will be able to calculate different circuits and analyze them down to the smallest detail. You will learn this methodology using typical examples from industry.
The PTC Mathcad Prime tool is used for the calculations and derivations. Other tools can also be used, here the focus is on the calculation method and not the tool itself.

The following course content is explained in detail:

Introduction to Statistical Analysis

Mathcad Prime Basic Functions

Statistic Basics

Voltage Divider Circuit
Introduction
Goal of the Calculation
Circuit Diagram
Parameter Definitions
Gaussian Propagation of Uncertainty
Partial Derivations
Results
Summary

Temperature Measurment Sensor Circuit
Introduction
Goal of the Calculation
Requirements
Circuit Diagram
Parameter Definitions
Gaussian Propagation of Uncertainty
Standard Deviation
Partial Derivation
Temperature Coefficient
Results
Summary

My goal is that after completing this course you will be able to analyze different circuits and calculate them in a professional way. This knowledge offers you the best prerequisites for professionally developing and analyzing circuits. As a student As a graduate, you can use this knowledge to gain an advantage over other applicants. This will prepare you ideally for future jobs and projects.

Who this course is for:
To engineers, students, technicians, physicists and people who want to continue their education

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Development engineer in the area of hardware development at Robert Bosch GmbH. My main activities were circuit development with a focus on robust circuit design. Hardware development in the field of functional safety (ISO 26262 / ASIL D). Analytical circuit analysis at the highest level. The development and implementation of various diagnostic concepts, mainly for safety-related functions. In addition, I have some invention disclosures and hold the patents for them.Entwicklungsingenieur im Bereich Hardwareentwicklung bei der Robert Bosch GmbH. Meine Tätigkeitsschwerpunkte waren Schaltungsentwicklung mit Fokus auf robustes Schaltungsdesign. Hardwareentwicklung im Bereich der Funktionalen Sicherheit (ISO 26262 / ASIL D). Analytische Schaltungsanalyse auf höchstem Niveau. Die Erarbeitung und Umsetzung diverser Diagnosekonzepte hauptsächlich für sicherheitsrelevante Funktionen. Zusätzlich habe ich einige Erfindungsmeldungen und halte hierfür die Patente.

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