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Component Design

1: CM690A_HwAg0Meas_RSENTPeripheralCfg
2: CM690A_HwAg0Meas_FDD_CheckList
3: HwAg0Meas_FuncRequirement

Component Design

1 - CM690A_HwAg0Meas_RSENTPeripheralCfg

Overview

Configuration
Sheet1
Sheet2

Sheet 1: Configuration

RSENT Peripheral Register Configuration
*Offset*	*Name*	*Update*	*Description*	*Bit #*	*Set/Clear*	*Comment*
0000H	RSENTnTSPC	Static	RSENT timestamp register	16	0	Master Mode
				14-8	0	Tick Multiplier = 1
				6-0	79U	Tick Prescaler value = 80
0010H	RSENTnCC	Static	RSENT communication configuration register	12	1	SPC Pulse Active low
				11	1	Frame Check Against Previous Calibration Pulse
				10	1	Slow Channel CRC Check disable
				9	0	Fast Channel CRC Check Enable
				7-6	0	No Serial Message Extraction
				5	0	Puase Pulse for Variable Message Length
				4	0	Puase Pulse Absent
				3-1	3U	4 data nibble
				0	1	SPC mode enable
0014H	RSENTnBRP	Static	RSENT baud rate prescaler register	27-24	0	Tick Time Decimal Fraction = 0.0 us
				22-16	0	Time Tick Integer 1us
				14-8	4U	Sample Clock Division Value: 5 (80/5=16)
				0	0	Sample Clock Multiplication Value: 1
0018H	RSENTnIDE	Static	RSENT interrupt/DMA enable register	10	0	Slow Channel Encoding Error Interrupt Enable : Disabled
				9	0	Slow Channel Message Lost Interrupt Enable : Disabled
				8	0	Slow Channel CRC Error Interrupt Enable : Disabled
				7	0	No Response Error Interrupt Enable : Disabled
				6	0	Calibration Pulse Length Variation Error Interrupt Enable : Disabled
				5	0	Calibration Pulse Length Error Interrupt Enable : Disabled
				4	0	Fast Channel Nibble Count Error Interrupt Enable : Disabled
				3	0	Fast Channel Nibble Encoding Error Interrupt Enable : Disabled
				2	0	Fast Channel Message Lost Interrupt Enable : Disabled
				1	0	Fast Channel CRC Error Interrupt Enable : Disabled
				0	0	Fast Channel Receive Interrupt Enable : Disabled
001CH	RSENTnMDC	Dynamic	RSENT Mode Control Register	2-0	ZZZ	0 - Reset 1U- Configuration 5U - Operation Active
0020H	RSENTnSPCT	Static	RSENT SPC transmission register	6-0	ZZZ	17 Tick = 17 us

Note 1:	ZZZ= Dynamic change value, X = Don’t Care, 1=Set, 0=Clear, -=Loaded Data, unspecified register bits shall have safe default value
Note 2:	RSENTn, where n = 4

Sheet 2: Sheet1

HwTqMeas_Register_Configuration
Register Name	Abbrevision	Address			Bit Position	Bit Name	Function to Set
RSENT timestamp register	RSENTnTSPC	FFE0 5000	+	0000H
					16	TMS	0: Master mode


RSENT timestamp counter	RSENTnTSC	FFE0 5000	+	0004H



RSENT communication configuration register	RSENTnCC	FFE0 5000	+	0010H



RSENT baud rate prescaler register	RSENTnBRP	FFE0 5000	+	0014H



RSENT interrupt/DMA enable register	RSENTnIDE	FFE0 5000	+	0018H



RSENT mode control register	RSENTnMDC	FFE0 5000	+	001CH
RSENT SPC transmission register	RSENTnSPCT	FFE0 5000	+	0020H
RSENT mode status register	RSENTnMST	FFE0 5000	+	0024H
RSENT communication status register	RSENTnCS	FFE0 5000	+	0028H
RSENT communication status clear register	RSENTnCSC	FFE0 5000	+	002CH
RSENT slow channel receive timestamp register	RSENTnSRTS	FFE0 5000	+	0030H
RSENT slow channel receive data register	RSENTnSRXD	FFE0 5000	+	0034H
RSENT calibration pulse length register	RSENTnCPL	FFE0 5000	+	0038H
RSENT message length register	RSENTnML	FFE0 5000	+	003CH
RSENT fast channel receive timestamp register	RSENTnFRTS	FFE0 5000	+	0040H
RSENT fast channel receive data register	RSENTnFRXD	FFE0 5000	+	0044H
RSENT timestamp mode selection register	RSENTTSSEL	FFE0 5000	+	A000H

Sheet 3: Sheet2

RSENT timestamp register	RSENTnTSPC	RSENTn_base>	+	0000H
RSENT timestamp counter	RSENTnTSC	RSENTn_base>	+	0004H
RSENT communication configuration register	RSENTnCC	RSENTn_base>	+	0010H
RSENT baud rate prescaler register	RSENTnBRP	RSENTn_base>	+	0014H
RSENT interrupt/DMA enable register	RSENTnIDE	RSENTn_base>	+	0018H
RSENT mode control register	RSENTnMDC	RSENTn_base>	+	001CH
RSENT SPC transmission register	RSENTnSPCT	RSENTn_base>	+	0020H
RSENT mode status register	RSENTnMST	RSENTn_base>	+	0024H
RSENT communication status register	RSENTnCS	RSENTn_base>	+	0028H
RSENT communication status clear register	RSENTnCSC	RSENTn_base>	+	002CH
RSENT slow channel receive timestamp register	RSENTnSRTS	RSENTn_base>	+	0030H
RSENT slow channel receive data register	RSENTnSRXD	RSENTn_base>	+	0034H
RSENT calibration pulse length register	RSENTnCPL	RSENTn_base>	+	0038H
RSENT message length register	RSENTnML	RSENTn_base>	+	003CH
RSENT fast channel receive timestamp register	RSENTnFRTS	RSENTn_base>	+	0040H
RSENT fast channel receive data register	RSENTnFRXD	RSENTn_base>	+	0044H
RSENT timestamp mode selection register	RSENTTSSEL	RSENT0_base>	+	A000H

2 - CM690A_HwAg0Meas_FDD_CheckList

Nexteer_Template_V1.0

Overview

Peer Review Instructions
Technical Review Checklist
Template Change Log

Sheet 1: Peer Review Instructions

Instructions for Functional Design Package Peer Review

PRE-MEETING
	Function Owner	Confirm that requirements are reviewed and approved PRIOR to the FDP peer review
	Function Owner	Start with latest version of the template for any "first reviews" - Continue to use existing temmplate for re-reviews
	Function Owner	Provide the functional design package (changed documents) to the invited attendees 1-2 working days in advance of review
	Function Owner	Notify the assigned peer reviewer and make sure they are prepared to do their function in the meeting
	Function Owner	Identify necessary attendance and invite to meeting
	Function Owner	Complete the "Author" column information for sections 1 through 3 prior to the review
	Function Owner	Complete the attendance invitation list in section 5
	Function Owner	For Re-reviews only: Complete the column "remarks by author" to identify actions taken to address items found in earlier reviews.

DURING MEETING
	Function Owner	Present document changes to the review team
	Peer Reviewer	Capture attendance of the review
	Peer Reviewer	Capture actions and issues in section 4. Identify issue summary, Document type, Reference (Requirement ID, section number, etc), Defect Type and indicate status as "OPEN"

POST MEETING
	Function Owner	Follow up on all "open" items. Update "Summary of Resolution" to indicate what was done or decided.
	Function Owner	Schedule follow up review OR review open items with peer reviewer and obtain agreement to close
	Peer Reviewer	Close change request in system and confirm all associated tasks are complete. Upload peer review checklist (this document) with any FDP updates

Sheet 2: Technical Review Checklist

Technical Review Checklist - Template Version 01.00.09

Product Name

Electric Power Steering

Electrical Arch.

Review Scope

Defect Type

Numbers

Yes

Closed

Function Name

CM690A Handwheel Angle 0 Measurement

Version

1.11.0

WCR-EA4#6129
Change Description:
- Throughput Improvement

Requirement

Rejected

FDD

Author

Muragesh Asundi

Interface

Open

Model

Effort

Design

FMEA

Review Effort(Hrs.)

0.25

Standards

*.m File

Corr+Verf effort(Hrs.)

Documentation

Cal Process

Total Effort (Hrs.)

0.25

Others

Total

Checklist No.

Description of Check

Author: This column is for Self review. Author shall fill Yes/No/NA against each point in checklist. Author

Author: This column is for reviewer. Reviewer shall fill Yes/No/NA against each point in checklist. Reviewer

Author: Detailed Description of the finding shall be provided by the reviewer. Description of finding by reviewer

Author: Defect type to be selected. Defect Type

Author: What action is taken to fix the comment & other remarks need to be filled by author. Remarks By Author

Author: Data in this column shall be filled by reviewer after checking whether the rework is completed. Status

Section 1: TECHNICAL CHECK

1.1

Confirm that all signal inputs into the FDP (Functional Design Package) are contained within and exactly named as the "Available_Nexteer_Signals.m" states.

Yes

1.2

Confirm any removed signal inputs from the design have been removed from the "Available_Nexteer_Signals.m" file.

1.3

Confirm all signals and parameters (outputs, calibrations, constants, non-volatile memory) used in the *.m file and the design conform to the AutoSAR naming convention documentation.

Yes

1.4

Confirm *.m file has been provided to the "Available_Signal_Names" Author.

Yes

1.5

Confirm Electrical Systems interface map is updated to reflect the FDP (signal IO)

Yes

1.6

Confirm that Static Register evaluation has been completed and updated for any register data that is written to.

1.7

Have calibration default values been reviewed for correctness?

Section 2: Safety CHECK

Author: This column is for Self review. Author shall fill Yes/No/NA against each point in checklist. Author

Author: This column is for reviewer. Reviewer shall fill Yes/No/NA against each point in checklist. Reviewer

Author: Detailed Description of the finding shall be provided by the reviewer. Description of finding by reviewer

Author: Defect type to be selected. Defect Type

Author: What action is taken to fix the comment & other remarks need to be filled by author. Remarks By Author

Author: Data in this column shall be filled by reviewer after checking whether the rework is completed. Status

2.1

Confirm that the functional DFMEA is up to date based on the design in the current package.

2.2

Confirm that Safety requirements (ASIL A - D) are referenced in the design documents.

Yes

Section 3: Lessons Learned

Author: This column is for Self review. Author shall fill Yes/No/NA against each point in checklist. Author

Author: This column is for reviewer. Reviewer shall fill Yes/No/NA against each point in checklist. Reviewer

Author: Detailed Description of the finding shall be provided by the reviewer. Description of finding by reviewer

Author: Defect type to be selected. Defect Type

Author: What action is taken to fix the comment & other remarks need to be filled by author. Remarks By Author

Author: Data in this column shall be filled by reviewer after checking whether the rework is completed. Status

3.01

Have functions depending upon system state been reviewed for need to be executed at the 2ms rate to avoid system lag issues?

Yes

3.02

Have all diagnostics (NTCs) been confirmed to show logic to invoke a diagnostic "PASS" for control of the status byte at the customer level.

Yes

3.03

Has the requirements traceability steps used the RMI steps as defined in the FDD authoring spec to generate the traceability report?

Yes

3.04

Has the requirements traceability report been verified to only contain ONLY requirements from the FR.

Yes

3.05

Confirm that all PIM that does NOT have an initialization value of zero is initialized in an INIT function.

Yes

3.06

Confirm if NVM is used, the NVM is defined in structures

3.07

If the function uses NVM, confirm that the m file uses the SetBlockStatus to indicate a write at powerdown

3.08

Confirm NTCs are not set within an IRQ (not related to the typical periodic OS)

Yes

3.09

Confirm NTCs are not set or read in a periodic rate faster than 2 ms (ex. Motor Control Loop)

Yes

3.10

Constants check: Do all constants have the correct scope (local, global) and are they defined in the correct location (this FDD, ES/SF/AR999)?

Yes

3.11

Confirm all calibrations are required (ie they cannot be constants)

Yes

Section 4: Issues / Actions Identified

Document

Reference

Summary of resolution

Author: Defect type to be selected. Defect Type

Author: What action is taken to fix the comment & other remarks need to be filled by author. Remarks By Author

Author: Data in this column shall be filled by reviewer after checking whether the rework is completed. Status

4.1

4.2

4.3

4.4

4.5

4.6

4.7

4.8

4.9

4.10

4.11

4.12

4.13

4.14

4.15

4.16

4.17

4.18

4.19

4.20

4.21

4.22

4.23

4.24

4.25

Section 5: APPROVALS

Role

First Review

Date

Attendance

Approval?

Function Owner*

Keyur Patel

6/10/2016

Yes

Peer Reviewer*

Travis

Yes

EPDT Engineer

ES Engineer

Software Lead

Krishna Anne

Yes

Hardware Lead

Test Lead

Safety Lead

Role

Second Review (if required)

Date

Attendance

Approval?

Function Owner*

Peer Reviewer*

<Name>

EPDT Engineer

ES Engineer

Software Lead

Hardware Lead

Test Lead

Safety Lead

Role

Third Review (if required)

Date

Attendance

Approval?

Function Owner*

Peer Reviewer*

<Name>

EPDT Engineer

ES Engineer

Software Lead

Hardware Lead

Test Lead

Safety Lead

Role

Fourth Review (if required)

Date

Attendance

Approval?

Function Owner*

Peer Reviewer*

<Name>

EPDT Engineer

ES Engineer

Software Lead

Hardware Lead

Test Lead

Safety Lead

Role

Add more if necessary

Date

Attendance

Approval?

P.S.:

Yes indicates adherence

No indicates non-adherence, reviewer shall provide suitable comments at the end of this document for each point.

NA indicates not applicable

Sheet 3: Template Change Log

Rev	Change	Author
01.00.05	Added lesson learned #3.5	MDK
01.00.06	Added lesson learned #3.6, 3.7 - Structure and writing of NVM in mfiles and models.	MDK
01.00.07	Clarified 3.6 and 3.7 Added lessons learned for NTCs not being set in IRQs or periodics faster than 2ms/	MDK
01.00.08	Added section 1.6 to look for critical static register analysis	MDK
01.00.09	Added two checks - default cals and are all cals really required to be a calibration	MDK

3 - HwAg0Meas_FuncRequirement

CM690A_HwAg0Meas_FR

ID	Baselined 1.1 and Released	Is Requirement?	.ASIL	.ReqCat	Review Date	Review Action	Review Action Status
CM690A_1	Purpose	FALSE
CM690A_4	Intention of this document to capture requirements for Handwheel Angle 0 Measurement for EA4 onwards.	FALSE
CM690A_2	Interface Requirements	FALSE
CM690A_5	Definitions	FALSE
CM690A_6	Inputs	FALSE
CM690A_9	HwAg0Polarity: Count Input signal, -1 indicate reverse Polarity and 1 indicate positive polarity of Handwheel Angle Sensor 0.	FALSE
CM690A_10	HwAg0Phy : Physical input signal, Digital SENT message received from Sensor 0.	FALSE
CM690A_7	Outputs	FALSE
CM690A_11	HwAg0: Handwheel Angle Sensor 0 Output signal.	FALSE
CM690A_12	HwAg0Qlfr : Enumeration Output Signal, indicates : NO Result, NTC Pass and NTC Fail, from protocol evaluation of Hand Wheel Angle Sensor 0.	FALSE
CM690A_13	HwAg0RollgCntr: Count output signal, use as instantaneous indicator of fault evaluation pass test or not of hand wheel Angle Sensor 0.	FALSE
CM690A_8	Internally Defined Terms	FALSE
CM690A_3	Requirements	FALSE
CM690A_14	Primary Functional Requirements	FALSE
CM690A_26	The HwAg0Meas Function shall provide measured sensor signal output in Engineering Unit in range of ±900 HwDeg with 0.1 (CBE) HwDeg resolution.	TRUE	D	Direct	6/3/2015		Closed
CM690A_27	The HwAg0Meas Function shall detect protocol error.	TRUE	D	Direct	6/3/2015		Closed
CM690A_28	The HwAg0Meas Function shall provide mechanism to detect any Sensor self internal diagnostic.	TRUE	D	Direct	6/3/2015		Closed
CM690A_29	The HwAg0Meas Function shall hold previous known good value in the event of error detected.	TRUE	D	Direct	6/3/2015		Closed
CM690A_30	The HwAg0Meas Function shall provide qualified status of the fault.	TRUE	D	Direct	6/3/2015		Closed
CM690A_31	The HwAg0Meas Function shall provide instantaneous status of the fault.	TRUE	D	Direct	6/3/2015		Closed
CM690A_32	The HwAg0Meas Function shall provide mechanism for correction of Handwheel Angle Output based on HwAg0Polarity.	TRUE	D	Direct	6/3/2015	06/03: Verify name as per standard - Corrected, IO name should be in bold.	Closed
CM690A_90	The HwAg0Meas Function shall provide handwheel angle to the vehicle centre offset trim for the final absolute handwheel angle output.	TRUE	D	Direct	6/3/2015		Closed
CM690A_108	The HwAg0Meas Function shall provide fault injection mechanism to manipulate final absolute handwheel angle0 measurement result.	TRUE	D	Direct	6/18/2015		Closed
CM690A_109	The HwAg0Meas Function shall provide fault injection mechanism to inject protocol failure.	TRUE	D	Direct	6/18/2015		Closed
CM690A_112	The HwAg0Meas Function shall provide Trigger based mechanism to read handwheel Angle data for final computation of absolute handwheel angle 0 within 10ms max time.	TRUE	D	Direct	6/18/2015		Closed
CM690A_15	Hardware Requirements	FALSE
CM690A_34	The HwAg0Meas Function shall provide power to the Angle sensor within the range of 4.5V (Min) to 5.5V (Max).	TRUE	D	Derived	6/3/2015		Closed
CM690A_35	The HwAg0Meas Function shall require a logic high signal to be higher than 3.0V in magnitude for the read Angle information as input.	TRUE	D	Derived	6/3/2015		Closed
CM690A_36	The HwAg0Meas Function shall require a logic Low signal to be lower than 0.1V in magnitude for the Angle Sensor Trigger information as output.	TRUE	D	Derived	6/3/2015		Closed
CM690A_37	The HwAg0Meas Function shall provide an open collector pull high design as an interface to the sensor input.	TRUE	D	Derived	6/3/2015		Closed
CM690A_16	Software / Algorithm Requirements	FALSE
CM690A_17	Special Execution Requirements	FALSE
CM690A_86	The HwAg0Meas Function shall schedule reading of Sensor0 (10th tooth) spur data prior to Sensor 1 (11th tooth) spur data.	TRUE	D	Derived	6/3/2015		Closed
CM690A_18	Software Algorithm Decomoposition	FALSE
CM690A_19	Diagnostic Requirements	FALSE
CM690A_20	HwAg0 Sensor 0 Protocol Fault (0x093)	FALSE
CM690A_21	Required Debounce Strategy	FALSE
CM690A_38	The HwAg0Meas Function shall use the ISO based error accumulator strategy for NTC 0x093.	TRUE	D	Derived	6/3/2015		Closed
CM690A_22	Requirements to Perform Diagnostic Test Conditions	FALSE
CM690A_39	The HwAg0Meas Function shall activate NTC 0x093 in states defined while the operating system is available.	TRUE	D	Derived	6/3/2015		Closed
CM690A_23	Test Condition Negative Requirements	FALSE
CM690A_40	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "Synchronization and calibration" Tick count is measured outside of 56 ticks ± 20%.	TRUE	D	Derived	6/3/2015		Closed
CM690A_41	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "Status and Communication" data falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_42	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "Data 0" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_43	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "Data 1" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_44	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "Data 2" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_89	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "Data 3" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_45	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "CRC" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_46	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame "CRC" field doesn't match with CRC calculated.	TRUE	D	Derived	6/3/2015		Closed
CM690A_47	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 misses a new message received (with coherent data in the SENT frame).	TRUE	D	Derived	6/3/2015		Closed
CM690A_48	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "Status and Communication" data falls data >12 tick (means indicatation of Temporary or Critical 10th Tooth Sensor 0 internal diagnostic error).	TRUE	D	Derived	6/3/2015		Closed
CM690A_110	The HwAg0Meas Function test condition result shall indicate negative, when the 10th Tooth Sensor 0 SENT frame field "Data 3" have other than Sensor 0 ID.	TRUE	D	Derived	6/18/2015		Closed
CM690A_24	Test Condition Positive Requirements	FALSE
CM690A_49	The HwAg0Meas Function shall provide a positive result to the test condition for NTC 0x093 when none of the negative result requirements are satisfied.	TRUE	D	Derived	6/3/2015		Closed
CM690A_51	HwAg0 Sensor 1 Protocol Fault (0x095)	FALSE
CM690A_52	Required Debounce Strategy	FALSE
CM690A_53	The HwAg0Meas Function shall use the ISO based error accumulator strategy for NTC 0x095.	TRUE	D	Derived	6/3/2015		Closed
CM690A_54	Requirements to Perform Diagnostic Test Conditions	FALSE
CM690A_55	The HwAg0Meas Function shall activate NTC 0x095 in states defined while the operating system is available.	TRUE	D	Derived	6/3/2015		Closed
CM690A_56	Test Condition Negative Requirements	FALSE
CM690A_57	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "Synchronization and calibration" Tick count is measured outside of 56 ticks ± 20%.	TRUE	D	Derived	6/3/2015		Closed
CM690A_58	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "Status and Communication" data falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_59	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "Data 0" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_60	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "Data 1" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_61	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "Data 2" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_88	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "Data 3" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_62	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "CRC" falls outside the range of 12 <Tick counts <=27.	TRUE	D	Derived	6/3/2015		Closed
CM690A_63	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame "CRC" field doesn't match with CRC calculated.	TRUE	D	Derived	6/3/2015		Closed
CM690A_64	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 misses a new message received (with coherent data in the SENT frame).	TRUE	D	Derived	6/3/2015		Closed
CM690A_65	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "Status and Communication" data falls data >12 tick (means indicatation of Temporary or Critical 11th Tooth Sensor 1 internal diagnostic error).	TRUE	D	Derived	6/3/2015		Closed
CM690A_111	The HwAg0Meas Function test condition result shall indicate negative, when the 11th Tooth Sensor 1 SENT frame field "Data 3" have other than Sensor 1 ID.	TRUE	D	Derived	6/18/2015		Closed
CM690A_66	Test Condition Positive Requirements	FALSE
CM690A_67	The HwAg0Meas Function shall provide a positive result to the test condition for NTC 0x095 when none of the negative result requirements are satisfied.	TRUE	D	Derived	6/3/2015		Closed
CM690A_69	HwAg0 Sensor Interface Fault (0x094)	FALSE
CM690A_70	Required Debounce Strategy	FALSE
CM690A_71	The HwAg0Meas Function shall use the ISO based error accumulator strategy for NTC 0x094.	TRUE	D	Derived	6/3/2015		Closed
CM690A_72	Requirements to Perform Diagnostic Test Conditions	FALSE
CM690A_73	The HwAg0Meas Function shall activate NTC 0x094 in states defined while the operating system is available.	TRUE	D	Derived	6/3/2015		Closed
CM690A_74	Test Condition Negative Requirements	FALSE
CM690A_75	The HwAg0Meas Function test condition result shall indicate negative, when the HandWheel Angle condition (Absolute (Current Step Sequence Nr - Previous Step Sequence Nr) >1) for skip step is true.	TRUE	D	Derived	6/26/2015		Closed
CM690A_76	The HwAg0Meas Function test condition result shall indicate negative, when the vernier error of absolute handwheel angle between 10th Tooth and 11th tooth > field configurable vernier error threshold.	TRUE	D	Derived	6/3/2015		Closed
CM690A_84	Test Condition Positive Requirements	FALSE
CM690A_85	The HwAg0Meas Function shall provide a positive result to the test condition for NTC 0x094 when none of the negative result requirements are satisfied.	TRUE	D	Derived	6/3/2015		Closed
CM690A_98	HwAg0 Trim Not Performed Fault (0x1F9)	FALSE
CM690A_99	Required Debounce Strategy	FALSE
CM690A_100	The HwAg0Meas Function shall use the Immediate fault strategy for NTC 0x1F9.	TRUE	QM	Derived	6/26/2015		Closed
CM690A_101	Requirements to Perform Diagnostic Test Conditions	FALSE
CM690A_102	The HwAg0Meas Function shall activate NTC 0x1F9 in states defined while the operating system is available.	TRUE	QM	Derived	6/18/2015		Closed
CM690A_103	Test Condition Negative Requirements	FALSE
CM690A_104	The HwAg0Meas Function test condition result shall indicate negative, when the handwheel angle0 offset trim service not performed.	TRUE	QM	Derived	6/18/2015		Closed
CM690A_106	Test Condition Positive Requirements	FALSE
CM690A_107	The HwAg0Meas Function shall provide a positive result to the test condition for NTC 0x1F9 when none of the negative result requirements are satisfied.	TRUE	QM	Derived	6/18/2015		Closed
CM690A_25	Manufacturing Requirements	FALSE
CM690A_50	The HwAg0Meas Function shall provide mechanism store HwAg0 Offset trim performed status in persistent storage.	TRUE	D	Direct	6/3/2015		Closed
CM690A_91	The HwAg0Meas Function shall store Auto offset trim to persistent storage.	TRUE	D	Direct	6/3/2015		Closed
CM690A_92	The HwAg0Meas Function shall provide mechanism report the value of HwAg0 Offset Trim stored in persistent storage, on request.	TRUE	QM	Direct	6/3/2015		Closed
CM690A_93	The HwAg0Meas Function shall provide mechanism report the value of HwAg0 Offset Trim performed status stored in persistent storage, on request.	TRUE	QM	Direct	6/3/2015		Closed
CM690A_94	The HwAg0Meas Function shall provide mechanism clear HwAg0 Offset Trim stored in persistent storage to zero, on request.	TRUE	QM	Direct	6/3/2015		Closed
CM690A_95	The HwAg0Meas Function shall provide mechanism manual write HwAg0 Offset Trim stored in persistent storage, on request.	TRUE	QM	Direct	6/3/2015		Closed
CM690A_96	The HwAg0Meas Function shall provide mechanism Auto Learn write HwAg0 Offset Trim stored in persistent storage, on request.	TRUE	QM	Direct	6/3/2015		Closed

Component Design

Component Design

Module Detailled Design

Component Documentation

Reports

1 - CM690A_HwAg0Meas_RSENTPeripheralCfg

Overview

Sheet 1: Configuration

Sheet 2: Sheet1

Sheet 3: Sheet2

2 - CM690A_HwAg0Meas_FDD_CheckList

Overview

Sheet 1: Peer Review Instructions

Sheet 2: Technical Review Checklist

Sheet 3: Template Change Log

3 - HwAg0Meas_FuncRequirement