活动
从 2024-10-23 到 2024-11-01
2024-11-01
- 19:14 功能 #2605 (已拒绝): Ford_SYSR：FS_REQ0084_V2 Software Flashing
- conti development requirements, not for HASCO
- 19:13 功能 #2603 (已拒绝): Ford_SYSR：FS_REQ0082_V1 Supplier Defined: Service Return and Development Reporting
- regular can message, conti development requirements
- 19:13 功能 #2876 (已拒绝): Ford_SWER_0082_0003:LDM Diag service ID
- regular can message, conti development requirements
- 19:13 功能 #2873 (已拒绝): Ford_SWER_0082_0002:LDM Service and Diagnostics Report Frame define
- regular can message, conti development requirements
- 19:13 功能 #2870 (已拒绝): Ford_SWER_0082_0001:LDM Diagnostic service requirement
- regular can message, conti development requirements
- 19:11 功能 #2602 (已拒绝): Ford_SYSR：FS_REQ0081_V1 Supplier Defined: Lamp Manufacturing
- conti requirements， not for HASCO Manufacotory
- 19:10 功能 #3004 (已关闭): Ford_SWER_0027_0002：DRL EEL LIN command Table for dataset
- 13:30 功能 #3004 (已解决): Ford_SWER_0027_0002：DRL EEL LIN command Table for dataset
- Dataset “ParkPos_Intensity_cfg”配置项已完成,“DRL_intensity_cfg”与客户确认无需配置
- 19:08 功能 #3007 (已解决): Ford_SWER_0026_0004：DRL frequency
- 编写测试用例
- 13:36 功能 #3007 (已关闭): Ford_SWER_0026_0004：DRL frequency
- If DRL input frequency>210Hz||<190Hz,software should ignore this PWM.
- 19:03 功能 #2865 (已关闭): Ford_SWER_0026_0002：DRL value for dataset
- 19:03 功能 #2858 (已关闭): Ford_SWER_0026_0001：DRL Control Mode for dataset
- 18:59 功能 #2825 (已关闭): Ford_SWER_0024_0001: Turn Indicator Delay(Dataset Cfg)
- 18:56 功能 #2875 (已关闭): Ford_SWER_0023_0005：Turn Indicator Activation( Dataset “DRL_Combined_TI_cfg”& "DRL_TI_Control_cfg")
- 18:55 功能 #2846 (进行中): Ford_SWER_0023_0001：Turn Indicator Activation(the definition of the operational state of the Turn Indicator)
- 18:53 功能 #2997 (已关闭): Ford_SWER_0022_0002：High Beam EEL Front Fog Activation Reaction for dataset
- 13:17 功能 #2997 (已解决): Ford_SWER_0022_0002：High Beam EEL Front Fog Activation Reaction for dataset
- 18:40 功能 #2819 (已关闭): Ford_SWER_0016_0016:PWM output configuration(Dataset PWM DRL1/2 Duty Cycle)
- 18:40 功能 #2774 (已关闭): Ford_SWER_0016_0002:PWM output configuration(Dataset PWM Duty Cycle)
- 18:40 功能 #2773 (已关闭): Ford_SWER_0016_0001:PWM output configuration(Dataset PWM Function)
- 18:37 功能 #3013 (已关闭): Ford_SYSR: 软件故障树
- LDM故障策略
https://thf8p89fgm.feishu.cn/docx/V6B8dbLtOoyVOaxGYfIcWflYnag#share-Sv19dm6tpomJCbx5ecxcT6AAne9 - 18:35 功能 #2668 (已关闭): Ford_SWER_0015_0009：Low Side Driver 1 and 2 usage Configuration(DRL2 clash)
- 18:34 功能 #2658 (已关闭): Ford_SWER_0015_0003：Low Side Driver 1 and 2 usage Configuration(Dataset LSD cycle)
- 13:12 功能 #2658: Ford_SWER_0015_0003：Low Side Driver 1 and 2 usage Configuration(Dataset LSD cycle)
- 客户矫正需求
- 18:34 功能 #2656 (已关闭): Ford_SWER_0015_0002：Low Side Driver 1 and 2 usage Configuration(Dataset DRL2 clash)
- 18:33 功能 #2655 (已关闭): Ford_SWER_0015_0001：Low Side Driver 1 and 2 usage Configuration(Dataset_Lsd_usage)
- 18:32 功能 #2770 (已关闭): Ford_SWER_0014_0008：Low Side Driver 1 and 2 Channel Configuration(APP Clash)
- 18:32 功能 #2769 (已关闭): Ford_SWER_0014_0007：Low Side Driver 1 and 2 Channel Configuration(Dataset Clash)
- 18:29 功能 #2646 (已关闭): Ford_SWER_0014_0001：Low Side Driver 1 and 2 Channel Configuration(Dataset Cfg)
- 18:26 功能 #2640 (已关闭): Ford_SWER_0013_0001：Channel 2 to 4 Functional Configuration（Dataset配置）
- 18:25 功能 #2639 (已拒绝): Ford_SWER_0011_0007：Turn Indicator Failsafe Mode（TI Feedback）
- 在failsafe模式下，模块不能常供电，outage内部上拉，TURN故障不能一直报警
- 18:25 功能 #2638 (已拒绝): Ford_SWER_0011_0006：Turn Indicator Failsafe Mode（Active Load Fault Reporting via LIN）
- 在failsafe模式下，模块不能常供电，outage内部上拉，TURN故障不能一直报警
- 18:24 功能 #2637 (已拒绝): Ford_SWER_0011_0005：Turn Indicator Failsafe Mode（N-1 Failure Detection）
- 在failsafe模式下，模块不能常供电，outage内部上拉，TURN故障不能一直报警
- 18:21 功能 #2636 (已拒绝): Ford_SWER_0011_0004：Turn Indicator Failsafe Mode（Channel Open/Short Detection）
- 在failsafe模式下，模块不能常供电，outage内部上拉，TURN故障不能一直报警
- 18:16 功能 #2635: Ford_SWER_0011_0003：Turn Indicator Failsafe Mode（TI Bin Sense）
- 编写测试用例
- 18:15 功能 #2634: Ford_SWER_0011_0002：Turn Indicator Failsafe Mode（TI Thermal Derating）
- 编写测试用例
- 18:15 功能 #2633: Ford_SWER_0011_0001：Turn Indicator Failsafe Mode（TI Light Output）
- 编写测试用例
- 18:13 功能 #2977 (已解决): Ford_SWER_0010_0011：Channel 1 Failsafe Mode
- 18:04 功能 #2627 (已解决): Ford_SWER_0010_0008：Channel 1 Failsafe Mode(Light Connected to CH1 Low Side Driver)
- 编写测试用例
- 18:02 功能 #2624: Ford_SWER_0010_0006：Channel 1 Failsafe Mode(Active Load Fault Reporting via LIN)
- 编写测试用例
- 18:02 功能 #2817: Ford_SWER_0080_0003:Self-Test“Cycle all” 不报故障
- 目前项目不需要，下一版开发
- 18:01 功能 #2621: Ford_SWER_0010_0004：Channel 1 Failsafe Mode(Channel Open/Short Detection)
- 编写测试用例
- 18:01 功能 #2620: Ford_SWER_0010_0003：Channel 1 Failsafe Mode(LB Bin Sense)
- 编写测试用例
- 18:01 功能 #2814: Ford_SWER_0080_0002:Self-Test “CycleAll” 指令LDM响应内容
- 目前项目不需求，迭代开发
- 18:00 功能 #2619: Ford_SWER_0010_0002：Channel 1 Failsafe Mode(LB Thermal Derating)
- 编写测试用例
- 18:00 功能 #2617: Ford_SWER_0010_0001：Channel 1 Failsafe Mode(LB Light Output)
- 编写测试用例
- 17:59 功能 #2678: Ford_SWER_0009_0002：Channel 1 output Assignment(APP Channel 1 combine LB)
- 编写测试用例
- 17:58 功能 #2677 (已关闭): Ford_SWER_0009_0001：Channel 1 output Assignment(Dataset Channel 1 combine LB)
- Data Set Requirement
- 17:57 功能 #3012 (新建): Ford_SWER_0079_0003:Software self-test function
- Software shall get the information from Self-Test Command Frame and light on the corresponding channels.
- 17:57 功能 #2801: Ford_SWER_0008_0005: 左右识别的数据调用存储
- 编写测试用例
- 17:57 功能 #2793: Ford_SWER_0008_0004: 左右识别的故障报警
- 编写测试用例
- 17:56 功能 #2791: Ford_SWER_0008_0003: 左右识别的task调度及策略
- 编写测试用例
- 17:56 功能 #2776: Ford_SWER_0008_0001: 左右识别的电压范围
- 编写测试用例
- 17:55 功能 #2777: Ford_SWER_0008_0002: 左右识别AD转换
- 编写测试用例
- 17:54 功能 #2632: Ford_SWER_0007_0002: 转向灯触发信号规格
- 编写测试用例
- 17:53 功能 #2910: Ford_SWER_0079_0002:Self-Test Command Frame Signal define
- 目前不需要，下一阶段开发
- 17:53 功能 #2631 (已关闭): Ford_SWER_0007_0001: 转向灯触发方式
- Data set
- 17:53 功能 #2909: Ford_SWER_0079_0001:Self Test command Frame
- 目前不需要，下一阶段开发
- 17:53 功能 #2973: Ford_SWER_0006_0003: DRL/PO LIN触发方式
- 编写测试用例
- 17:52 功能 #2972: Ford_SWER_0006_0002: DRL/PO硬线触发方式
- 编写测试用例
- 17:51 功能 #3011 (已解决): Ford_SWER_0078_0003： Part Number Value
- 软件已完成，提交给测试
- 17:49 功能 #3011 (已关闭): Ford_SWER_0078_0003： Part Number Value
- Software save PN “P2RB-13B626-AA”in the const and report PN by receiving corrosping ID.
- 17:51 功能 #2889 (已解决): Ford_SWER_0078_0001：Part Number Report
- 软件已完成，提交给测试
- 17:51 功能 #2906 (已关闭): Ford_SWER_0003_0005：Dataset中对于DRL/PO功能的防呆设定
- 17:50 功能 #2885 (已解决): Ford_SWER_0078_0002： Unused bytes handling
- 软件已完成，提交给测试
- 17:49 功能 #2998 (已解决): Ford_SWER_0026_0003：DRL value for App
- 17:48 功能 #2614 (已关闭): Ford_SWER_0003_0004：Dataset中对于DRL/PO功能的配置
- 已完成
- 17:43 功能 #2599: Ford_SYSR：FS_REQ0078_V1 LIN Part Number Reporting
- delete example
- 17:40 功能 #2630 (已关闭): Ford_SWER_0006_0001: DRL/PO触发方式
- 17:38 功能 #2628: Ford_SWER_0005_0001：输入通道2供电模式
- 编写测试用例
- 17:21 功能 #2852 (已解决): Ford_SWER_0077_0001：Compare data of BCM broadcast frames with Cfg_match
- 编写测试用例
- 16:43 功能 #2879 (已关闭): Ford_SWER_0074_0003: LDM Configuration Matching test
- 16:38 功能 #2879 (已解决): Ford_SWER_0074_0003: LDM Configuration Matching test
- 上位机需求
- 16:39 功能 #2881 (已关闭): Ford_SWER_0074_0003: LDM Data Configuration Requirement For BCM
- 16:37 功能 #2877 (已解决): Ford_SWER_0074_0002: LDM Data Configuration LIN data format
- 上位机需求
- 16:35 功能 #2864 (已解决): fORD_SWER_0073_0013: LDM Data Configuration Respond Frame Information
- 16:34 功能 #2861 (已解决): Ford_SWER_0073_0012: LDM Data Configuration should respond “Not configured” immediately
- BCM
- 16:31 功能 #2859 (已解决): Ford_SWER_0073_0011: LDM Data Configuration Start and Over time mechanism
- 15:54 功能 #2831: Ford_SWER_0073_0002：LDM Configuration LIN message ID
!clipboard-202411011554-a2a2m.png!
- 15:07 功能 #2831 (已解决): Ford_SWER_0073_0002：LDM Configuration LIN message ID
- 15:52 功能 #2853 (已解决): Ford_SWER_0073_0010: LDM Data Configuration detailed information
- 15:49 功能 #2850 (已解决): Ford_SWER_0073_0009: LDM Data Configuration LIN data frame bit map
- 15:13 功能 #2844 (已解决): Ford_SWER_0073_0007: LDM Data Configuration LIN frame protocol
- 编写测试用例
- 15:11 功能 #2843: Ford_SWER_0073_0006：LDM personalization configuration information
- 编写测试用例
- 15:09 功能 #2840 (已解决): Ford_SWER_0073_0005：LDM Configuration tirgger method
- 编写测试用例
- 15:08 功能 #2836 (已解决): Ford_SWER_0073_0004：LDM Configuration data transimission method
- 编写测试用例
- 15:07 功能 #2833 (已解决): Ford_SWER_0073_0004：LDM Configuration data storage mechanism
- 编写测试用例
- 15:06 功能 #2830 (已解决): Ford_SWER_0073_0001：LDM Data Configuration definition
- 15:04 功能 #2724 (已解决): Ford_SWER_0060_0008：LIN Bus Failures- report/status frame
- 15:03 功能 #2721 (已解决): Ford_SWER_0060_0007：LIN Bus Failures- Other wires
- 15:03 功能 #2718 (已解决): Ford_SWER_0060_0006：LIN Bus Failures- Bus Wiring Short to Battery Rcv
- 15:02 功能 #2717 (已解决): Ford_SWER_0060_0005：LIN Bus Failures- Bus Wiring Short to Battery
- 15:02 功能 #2716 (已解决): Ford_SWER_0060_0004：LIN Bus Failures- Bus Wiring Short to Ground Rcv
- 15:02 功能 #2715 (已解决): Ford_SWER_0060_0003：LIN Bus Failures- Bus Wiring Short to Ground
- 15:01 功能 #2714 (已解决): Ford_SWER_0060_0002：LIN Bus Failures-LDM Power Loss Rcv
- 14:59 功能 #2713 (已解决): Ford_SWER_0060_0001：LIN Bus Failures-LDM Power Loss
- 14:57 功能 #3010 (已关闭): Ford_SYSR: 软件命名规范
- 软件版本号分为Bootloader（B号）、APP（A号）均由三部分组成：
|说明|零件号|版本号|小版本号|
|Bootloader范例|SW0002894|B001|01|
|APP范例|SW0002890|A001|01|... - 14:56 功能 #2848 (反馈): Ford_SWER_0070_0003：How the Vehicle Operation Load Sequencing command is applied
- 14:29 功能 #2848: Ford_SWER_0070_0003：How the Vehicle Operation Load Sequencing command is applied
- TBD
- 14:55 功能 #2845 (反馈): Ford_SWER_0070_0002：The Vehicle Operation Load Sequencing command and functional correspondence
- 14:28 功能 #2845: Ford_SWER_0070_0002：The Vehicle Operation Load Sequencing command and functional correspondence
- TBD
- 14:55 功能 #3009 (已关闭): Ford_SWER_003x_0002：Welcome/Frawell for App
- App read the value of “Embrace_Delay_Welcome/Farewell_cfg”
It represents the time the LDM shall begin the fade after... - 14:55 功能 #2835 (反馈): Ford_SWER_0070_0001：VO_Load_Seq 0x07
- 14:28 功能 #2835: Ford_SWER_0070_0001：VO_Load_Seq 0x07
- TBD
- 14:53 功能 #2897 (反馈): Ford_SWER_0033_0001：Cornering Activation
- 14:53 功能 #2838 (已解决): Ford_SWER_0072_0001：Node Lighting Module Configuration
- 编写测试用例
- 14:51 功能 #3008 (已关闭): Ford_SWER_003x_0001：Welcome/Frawell for dataset
- ‘Embrace_Delay_Welcome_cfg’ can be seleted in the dataset
“Embrace_Delay_Welcome/Farewell_cfg”parameter definition:... - 14:42 功能 #2811 (已解决): Ford_SWER_0071_0007：APINFO0 bit map
- 编写测试用例
- 14:40 功能 #2800 (已解决): Ford_SWER_0071_0006：APINFO0 should be set to zero in all reported status
- 编写测试用例
- 14:39 功能 #2798 (已解决): Ford_SWER_0071_0005：APINFOx should follow Ford Standards
- 编写测试用例
- 14:38 功能 #2797 (已解决): Ford_SWER_0071_0004：All nodes are required to report Error Status
- 编写测试用例
- 14:32 功能 #2785 (已解决): Ford_SWER_0071_0001：Data format for first byte of LIN communication
- 编写测试用例
- 14:27 功能 #2591: Ford_SYSR：FS_REQ0070_V2 BCM EEL VO Load Sequencing
- TBD
- 14:23 功能 #2882 (已解决): Ford_SWER_0069_0004：The node that should be set to the 0x00
- 编写测试用例
- 14:23 功能 #2880 (已解决): Ford_SWER_0069_0003：LowBeam_Outage_Status feedback that the output of the LDM is faulty
- 编写测试用例
- 14:21 功能 #2867 (已解决): Ford_SWER_0069_0002：LDM_Load provide extended Load Fault Identification
- 编写测试用例
- 14:21 功能 #2820 (已解决): Ford_SWER_0069_0001：BCM EEL LDM Node Status Report Frame
- 编写测试用例
- 14:12 功能 #2855 (已解决): Ford_SWER_0068_0002：Exterior Lighting Functional Description
- 编写测试用例
- 14:11 功能 #2854 (已解决): Ford_SWER_0068_0001：The main lighting signal
- 编写测试用例
- 13:52 功能 #2809 (已解决): Ford_SWER_0067_0002：Description of the second frame of data
- 编写测试用例
- 13:51 功能 #2805 (已解决): Ford_SWER_0067_0001：the second frame from the BCM 0x01
- 编写测试用例
- 13:50 功能 #2799 (已解决): Ford_SWER_0066_0002：Description of the first frame of data
- 编写测试用例
- 13:49 功能 #2772 (已解决): Ford_SWER_0066_0001：the first frame from the BCM 0x00
- 编写测试用例
- 13:47 功能 #2860 (已解决): Ford_SWER_0065_0001：Information
- 编写测试用例
- 13:46 功能 #2768 (已解决): Ford_SWER_0064_0002：After each command frame, the BCM processes the node frames
- 编写测试用例
- 13:45 功能 #2765 (已解决): Ford_SWER_0064_0001：The master node sends it in a loop
- 编写测试用例
- 13:44 功能 #2729 (已解决): Ford_SWER_0063_0001：LDF
- 编写测试用例
- 13:42 功能 #2741 (已解决): Ford_SWER_0062_0005：LDM diagnostic with test command——Write MEC
- 编写测试用例
- 13:42 功能 #2740 (已解决): Ford_SWER_0062_0004：LDM diagnostic with test command——Read Daataset 数据
- 编写测试用例
- 13:41 功能 #2739 (已解决): Ford_SWER_0062_0003：LDM diagnostic with test command——Read SW Version
- 编写测试用例
- 13:40 功能 #2738 (已解决): Ford_SWER_0062_0002：LDM diagnostic with test command——Read EDF2
- snapshot未实施，预计A002.0添加，待确定
- 13:39 功能 #2737 (已解决): Ford_SWER_0062_0001：LDM diagnostic with test command——Read EDF1
- 编写测试用例
- 13:38 功能 #2736 (已解决): Ford_SWER_0061_0005：Failure Recover strategy—— Power Reset
- 编写测试用例
- 13:37 功能 #2735 (已解决): Ford_SWER_0061_0004：Failure Recover strategy—— LIN Rcv
- 编写测试用例
- 13:36 功能 #2734 (已解决): Ford_SWER_0061_0003：Failure Recover strategy——Buck Flt Rcv
- 编写测试用例
- 13:36 功能 #2733 (已解决): Ford_SWER_0061_0002：Failure Recover strategy——RBIN/NTC Rcv
- 编写测试用例
- 13:35 功能 #2732 (已解决): Ford_SWER_0061_0001：Failure Recover strategy——LED Rcv
- 编写测试用例
- 13:34 功能 #2731 (已解决): Ford_SWER_006x_0004：LB hardwire activate lost failure - LB Hardwire ON + Headlamp_Low_Beams_Out Off
- 编写测试用例
- 13:34 功能 #2730 (已解决): Ford_SWER_006x_0003：LB hardwire inactive and Headlamp_Low_Beams_Out ,LB shall OFF
- 编写测试用例
- 13:33 功能 #2728 (已解决): Ford_SWER_006x_0002：If either LB hardwire status and Headlamp_Low_Beams_Out ON status is ON,then LB Function shall ON
- 编写测试用例
- 13:32 功能 #2727 (已解决): Ford_SWER_006x_0001：LDM shall report the LB Outage while LB hardwire status and Headlamp_Low_Beams_Out ON status mismatch within1000ms
- 13:18 功能 #2996 (已解决): Ford_SWER：FS_REQ0018&REQ0020_0006 High Beam LDM standard ramping for dataset
- 13:15 功能 #3006 (已关闭): Ford_SWER_0034_0002：Right side light activation mode
- 右侧sm灯的激活/停用由 BCM LIN 命令 “Position_Park_Right_Cmd”触发，该命令控制右侧节点的sm灯，其中0x00为停用sm灯，0x01为激活sm灯。
The activation/deactivati... - 13:13 功能 #2670: Ford_SWER_0015_0011：Low Side Driver 1 and 2 usage Configuration(LSD Duty Cycle)
- 客户矫正需求
- 13:11 功能 #3005 (已关闭): Ford_SYSR：FS_REQ003x_V1 Welcome/Frawell
- The LDM shall support Fade on/off animation, ‘Embrace_Delay_Welcome_cfg/Embrace_Delay_farewell_cfg’ describes the tim...
2024-10-31
- 20:08 功能 #2708 (已解决): Ford_SWER_0059_0008：LIN Lost- LIN DRL
- 编写测试用例
- 20:08 功能 #2707 (已解决): Ford_SWER_0059_0007：LIN Lost- TI/LB/DRL Hardwared
- 编写测试用例
- 20:07 功能 #2706 (已解决): Ford_SWER_0059_0006：LIN Lost- HB Off
- 编写测试用例
- 20:05 功能 #2711 (反馈): Ford_SWER_0059_0011：LIN Lost- Front fog
- 目前项目不涉及该功能，因此下一版添加
- 20:04 功能 #2710 (反馈): Ford_SWER_0059_0010：LIN Lost- Lit star
- 目前项目不涉及该功能，因此下一版添加
- 20:04 功能 #2709 (反馈): Ford_SWER_0059_0009：LIN Lost- Side Marker
- 目前项目不涉及该功能，因此下一版添加
- 20:00 功能 #2727: Ford_SWER_006x_0001：LDM shall report the LB Outage while LB hardwire status and Headlamp_Low_Beams_Out ON status mismatch within1000ms
- 软件已完成，转给测试
- 19:56 功能 #2724: Ford_SWER_0060_0008：LIN Bus Failures- report/status frame
- 软件诊断功能可以自恢复，转给测试
- 19:55 功能 #2721: Ford_SWER_0060_0007：LIN Bus Failures- Other wires
- 软件可以自恢复，转给测试
- 19:54 功能 #2716: Ford_SWER_0060_0004：LIN Bus Failures- Bus Wiring Short to Ground Rcv
- 软件可以自恢复，转给测试
- 19:53 功能 #2718: Ford_SWER_0060_0006：LIN Bus Failures- Bus Wiring Short to Battery Rcv
- 软件可以自恢复，转给测试
- 19:53 功能 #2702 (已解决): Ford_SWER_0059_0004：LIN Lost- last valid frames
- 编写测试用例
- 19:52 功能 #2717: Ford_SWER_0060_0005：LIN Bus Failures- Bus Wiring Short to Battery
- 软件可以自恢复，转给测试
- 19:52 功能 #2701 (已解决): Ford_SWER_0059_0003：LIN Lost- Recover
- 编写测试用例
- 19:51 功能 #2715: Ford_SWER_0060_0003：LIN Bus Failures- Bus Wiring Short to Ground
- 软件可以自恢复，转给测试
- 19:50 功能 #2700 (已解决): Ford_SWER_0059_0002：LIN Lost- Above and equal Voltage
- 编写测试用例
- 19:50 功能 #2714: Ford_SWER_0060_0002：LIN Bus Failures-LDM Power Loss Rcv
- 软件完成，转给测试
- 19:49 功能 #2699 (已解决): Ford_SWER_0059_0001：LIN Lost-Under Voltage
- 编写测试用例
- 19:48 功能 #2713: Ford_SWER_0060_0001：LIN Bus Failures-LDM Power Loss
- 非软件需求，转给测试
- 19:47 功能 #2911 (已解决): Ford_SWER_0083_0001:LIN frames Data alignment
- 编写测试用例
- 19:45 功能 #2912 (已拒绝): Ford_SWER_0084_0001:Software Flashing
- 不符合模块需求定义
- 19:41 功能 #2726 (已解决): Ford_SWER_0086_0009: MEC change
- 编写测试用例
- 19:40 功能 #2725 (已解决): Ford_SWER_0086_0008: CANOE change MEC
- 编写测试用例
- 19:40 功能 #2723 (已解决): Ford_SWER_0086_0007: CANOE read of MEC
- 19:39 功能 #2720 (已解决): Ford_SWER_0086_0005: CANOE write MEC
- 编写测试用例
- 19:38 功能 #2719 (已解决): Ford_SWER_0086_0004: write MEC
- 编写测试用例
- 19:38 功能 #2712 (已解决): Ford_SWER_0086_0003: MEC function specification
- 编写测试用例
- 19:37 功能 #2705 (已解决): Ford_SWER_0086_0002: MEC data requirement
- 编写测试用例
- 19:35 功能 #2703: Ford_SWER_0086_0001: output status when MEC = 0
- 编写测试用例
- 19:32 功能 #2698 (已解决): Ford_SWER_0058_0003：NTC Thermistor Failure-FAN
- 编写测试用例
- 19:09 功能 #2697 (已解决): Ford_SWER_0058_0002：NTC Thermistor Failure-out is of range
- 编写测试用例
- 19:09 功能 #2694 (已解决): Ford_SWER_0058_0001：NTC Thermistor Failure-lost
- 19:07 功能 #2693 (已解决): Ford_SWER_0057_0002：Binning Resistor Lost or Out of Range - Out of Range
- 编写测试用例
- 19:07 功能 #2692 (已解决): Ford_SWER_0057_0001：Binning Resistor Lost or Out of Range - Lost
- 18:58 功能 #2691 (已解决): Ford_SWER_0056_0003： Buck Failure Detection - Open circuits
- 编写测试用例
- 18:57 功能 #2690 (进行中): Ford_SWER_0056_0002： Buck Failure Detection - Short to battery in HSD when it is off
- 18:57 功能 #2688 (已解决): Ford_SWER_0056_0001： Buck Failure Detection-Short to GND
- 编写测试用例
- 18:55 功能 #2687 (已解决): Ford_SWER_0055_0006：LDM Failure Response Reporting-TI
- 编写测试用例
- 18:54 功能 #2686 (已解决): Ford_SWER_0055_0005：LDM Failure Response Reporting-DRL Failure Report cfg
- 编写测试用例
- 18:53 功能 #2685 (已解决): Ford_SWER_0055_0004：LDM Failure Response Reporting-HB Failure Report cfg
- 编写测试用例
- 18:52 功能 #2684 (已解决): Ford_SWER_0055_0003：LDM Failure Response Reporting-LB Failure Report cfg
- 编写测试用例
- 18:51 功能 #2683 (已解决): Ford_SWER_0055_0002：LDM Failure Response Reporting-IG Status
- 编写测试用例
- 18:51 功能 #2681 (已解决): Ford_SWER_0055_0001：LDM Failure Response Reporting-Voltage range
- 编写测试用例
- 18:49 功能 #2676 (已解决): Ford_SWER_0054_0006：Load Failure Response Deactivation-TI Cfg
- 编写测试用例
- 18:49 功能 #2673: Ford_SWER_0054_0005：Load Failure Response Deactivation-DRL Cfg
- 编写测试用例
- 18:48 功能 #2673 (已解决): Ford_SWER_0054_0005：Load Failure Response Deactivation-DRL Cfg
- 编写测试用例
- 18:47 功能 #2672 (已解决): Ford_SWER_0054_0004：Load Failure Response Deactivation-HB Cfg
- 编写测试用例
- 18:47 功能 #2671 (已解决): Ford_SWER_0054_0003：Load Failure Response Deactivation-LB Cfg
- 编写测试用例
- 18:46 功能 #2667 (已解决): Ford_SWER_0054_0002：Load Failure Response Deactivation-Temperature Range
- 编写测试用例
- 18:46 功能 #2680 (进行中): Ford_SWER_0054_0008：Load Failure Response Deactivation-Over Voltage range
- 18:45 功能 #2665 (已解决): Ford_SWER_0054_0001：Load Failure Response Deactivation-Voltage range
- 编写测试用例
- 18:44 功能 #2679 (反馈): Ford_SWER_0054_0007：Load Failure Response Deactivation-N-1 Failure
- 目前项目不涉及该功能，因此下一版添加
- 18:40 功能 #2675 (进行中): Ford_SWER_0053_0005：General LED Failure Detection_Power up
- 18:39 功能 #2674 (已解决): Ford_SWER_0053_0002：General LED Failure Detection_IG status
- 编写测试用例
- 18:37 功能 #2660 (进行中): Ford_SWER_0053_0003：General LED Failure Detection_LIN feedback
- 18:36 功能 #2659 (已解决): Ford_SWER_0053_0001：General LED Failure Detection_Voltage range
- 18:35 功能 #2657 (已解决): Ford_SWER_0053_0004：General LED Failure Detection_All Chn
- 编写测试用例
- 18:33 功能 #2622 (已解决): Ford_SWER_0052_0001：LED Thermal Derating Smooth Appearance
- 18:31 功能 #3003 (已关闭): Ford_SWER_0051_005: NTC connection method
- 系统和硬件需求
- 18:30 功能 #3003 (已关闭): Ford_SWER_0051_005: NTC connection method
- The following image describes the LDM interface with the NTC and binning resistors within the headlamp assembly:
!cl... - 18:31 功能 #3004 (已关闭): Ford_SWER_0027_0002：DRL EEL LIN command Table for dataset
- ‘DRL_Intensity_cfg’ should be 100% as default value.
‘ParkPos_Intensity_cfg’can be selected in the dataset - 18:31 功能 #3002 (已解决): Ford_SWER_0051_004: NTC resistance and B-constant value configuration in Dataset
- 18:27 功能 #3002 (已关闭): Ford_SWER_0051_004: NTC resistance and B-constant value configuration in Dataset
- The nominal resistance values and B-constant values must fall within the parameters ‘NTC_R0_cfg’ and ‘NTC_B_Constant_...
- 18:30 功能 #3000 (已关闭): Ford_SWER_0051_003: NTC Selection limitation
- 系统需求
- 18:25 功能 #3000 (已关闭): Ford_SWER_0051_003: NTC Selection limitation
- A single NTC type must be used for a headlamp assembly NTCs.
- 18:25 功能 #3001 (已关闭): Ford_SWER_0028_0002：DRL Response to Low Beam outage for App
- App needs to read the values configured in the dataset;
1、if “DRL_LB_Outage_cfg”= 0x00, DRL will not be affected by ... - 18:19 功能 #2999 (已关闭): Ford_SWER_0051_002: Supported NTC component type
- 系统&硬件需求
- 18:18 功能 #2999 (已关闭): Ford_SWER_0051_002: Supported NTC component type
- The NTC shall be comparable to MURATA NCU18WB473F6SRB or EPCOS B57351V5103H60.
- 18:16 功能 #2998 (已关闭): Ford_SWER_0026_0003：DRL value for App
- If BCM DRL direct wire duty cycle >= “DRL_POS_TriggerDC_cfg”, it should be DRL intensity,
If 5% <= BCM DRL direct w... - 18:15 功能 #2625 (已解决): Ford_SWER_0051_0001：NTC temperature to resistance
- 编写测试用例
- 18:13 功能 #2748 (已解决): Ford_SYER_0050_0006：LDM Internal Thermal Derating Hysteresis
- 编写测试用例
- 18:11 功能 #2747 (反馈): Ford_SYER_0050_0005：LDM Internal Thermal Derating for SBL
- 目前项目不涉及该功能，因此下一版添加
- 18:11 功能 #2746 (已解决): Ford_SYER_0050_0004：LDM Internal Thermal Derating for DRL/PL
- 编写测试用例
- 18:10 功能 #2744 (已解决): Ford_SYER_0050_0003：LDM Internal Thermal Derating for Turn Indicator
- 编写测试用例
- 18:10 功能 #2743 (已解决): Ford_SYER_0050_0002：LDM Internal Thermal Derating for HB
- 18:09 功能 #2742 (已解决): Ford_SYER_0050_0001：LDM Internal Thermal Derating for Foreground LB
- 编写测试用例
- 18:07 功能 #2750 (已解决): Ford_SWER_0049_0002：Output Thermal Derating Curve For App
- 18:07 功能 #2749 (已解决): Ford_SWER_0049_0001：Output Thermal Derating Curve Dataset Configure
- 18:05 功能 #2752 (已解决): Ford_SWER_0048_0002：Output Channel Thermal Monitoring NTC Source Select For App
- 编写测试用例
- 18:04 功能 #2751 (已解决): Ford_SWER_0048_0001：Output Channel Thermal Monitoring NTC Source Select For Dataset
- 18:03 功能 #2997 (已关闭): Ford_SWER_0022_0002：High Beam EEL Front Fog Activation Reaction for dataset
- 'HB_combined_Front_fog_cfg’is the fade out time of HB
Need to configured in the dataset
0x00 = Parameter to be igno... - 17:53 功能 #2996 (已关闭): Ford_SWER：FS_REQ0018&REQ0020_0006 High Beam LDM standard ramping for dataset
- 'LDM_internal_standard_ramping_cfg'can be configured in the dataset；
There are four options available：immediate、100m... - 17:49 功能 #2995 (已解决): Ford_SWER：FS_REQ0018&REQ0020_0005 High Beam BCM EEL LIN ramping for dataset
- 17:48 功能 #2995 (已关闭): Ford_SWER：FS_REQ0018&REQ0020_0005 High Beam BCM EEL LIN ramping for dataset
- ‘HB_fade_fast_spd_cfg’, ‘HB_fade_med_spd_cfg’, ‘HB_fade_slow_spd_cfg’can be configured in the dataset；
The list of f... - 17:48 功能 #2983 (已解决): Ford_SWER：FS_REQ0018&REQ0020_0003 High Beam control mode for dataset
- 17:01 功能 #2983 (已关闭): Ford_SWER：FS_REQ0018&REQ0020_0003 High Beam control mode for dataset
- ‘HB_Ramping_method_cfg’can be selected in the dataset（BCM EEL LIN BCM or LDM）
0x00: follow BCM LIN activation, ref... - 17:47 功能 #2994 (已解决): Ford_SWER_0047_0002：LED Thermal Derating Peak Current Less Than 150mA
- 软件开发完毕，请更新测试用例，并测试
- 17:46 功能 #2994 (已关闭): Ford_SWER_0047_0002：LED Thermal Derating Peak Current Less Than 150mA
If the current derating is less than 150mA, additional PWM derating should be applied.- 17:44 功能 #2753 (已解决): Ford_SWER_0047_0001：LED Thermal Derating Peak Current morn than 150mA
- 软件开发完毕，请更新测试用例，并测试
- 17:42 功能 #2993 (已解决): Ford_SWER_0045_0006：NTC Temperatur Triggle Fan For App
- 软件完成，请测试更新测试用例
- 17:36 功能 #2993 (已关闭): Ford_SWER_0045_0006：NTC Temperatur Triggle Fan For App
- App reads the value of ‘Fan_Activation_Temp_cfg’ ,
If ‘FAN_Activation_Trigger_cfg’ = 0x03 ,FAN will be activated wh... - 17:42 功能 #2992 (已解决): Ford_SWER_0045_0005：NTC Source Triggle Fan For App
- 软件完成，请测试更新测试用例
- 17:32 功能 #2992 (已关闭): Ford_SWER_0045_0005：NTC Source Triggle Fan For App
- If ‘FAN_Activation_Trigger_cfg’ = 0x03 ,
App reads the value of ‘FAN_Activation_NTC_cfg’
if ‘FAN_Activation_NTC_cfg... - 17:41 功能 #2991 (已解决): Ford_SWER_0045_0004：Activation of the Fan For App
- 软件完成，请测试更新测试用例
- 17:28 功能 #2991 (已关闭): Ford_SWER_0045_0004：Activation of the Fan For App
- App reads the value of 'FANphotoactivation_Trigger_cfg'
if 'FANphotoactivation_Trigger_cfg'= 0x00, Always Deactivat... - 17:38 功能 #2755: Ford_SWER_0046_0002：Fan Failure Detection Of App
- 软件完成，请更新测试用例
- 17:34 功能 #2755 (已解决): Ford_SWER_0046_0002：Fan Failure Detection Of App
- 17:33 功能 #2754 (已解决): Ford_SWER_0046_0001：Fan Failure Detection Of Dataset
- 17:30 功能 #2894 (反馈): Ford_SWER_0032_0001：Front Fog Activation
- 16:22 功能 #2894: Ford_SWER_0032_0001：Front Fog Activation
- 目前项目不涉及该功能，因此下一版添加
- 17:30 功能 #2552 (反馈): Ford_SYSR：FS_REQ0032_V1 Front Fog Activation
- 目前项目不涉及该功能，因此下一版添加
- 16:21 功能 #2552: Ford_SYSR：FS_REQ0032_V1 Front Fog Activation
- 目前项目不涉及该功能，因此下一版添加
- 17:24 功能 #2970 (反馈): Ford_SWER_0031_0002：L/R Licoln Lit Star distinguish
- 16:20 功能 #2970: Ford_SWER_0031_0002：L/R Licoln Lit Star distinguish
- 目前项目不涉及该功能，因此下一版添加
- 10:00 功能 #2970 (已关闭): Ford_SWER_0031_0002：L/R Licoln Lit Star distinguish
- 软件通过读取"L/R Selection"的电压进行"左右识别"判断，分为左右侧：
‘ Position_Park_Left_Cmd ’用于左侧LDM，
‘ Position_Park_Right_Cmd ’用于右侧LDM；
... - 17:23 功能 #2895 (反馈): Ford_SWER_0031_0001：Licoln Lit Star Activation
- 16:20 功能 #2895: Ford_SWER_0031_0001：Licoln Lit Star Activation
- 目前项目不涉及该功能，因此下一版添加
- 17:22 功能 #2758 (已解决): Ford_SWER_0045_0003：NTC Temperatur Triggle Fan For Dataset
- 17:22 功能 #2757 (已解决): Ford_SWER_0045_0002：NTC Source Triggle Fan For Dataset
- 17:21 功能 #2756 (已解决): Ford_SWER_0045_0001：Activation of the Fan For Dataset
- 17:20 功能 #2990 (已关闭): Ford_SWER_0087_0045_08:电压缓降工况_HB功能描述
- HB功能
前提条件:IGN is Run or Start 并且BCM LIN点亮HB功能
当Input CHN2电压超过18V时,HB关断输出;
当Input CHN2电压从18V缓降至9V时,HB100%输出;
当Inpu... - 17:19 功能 #2989 (已关闭): Ford_SWER：FS_REQ0018&REQ0020_0006 High Beam LDM standard ramping for App
- If APP read the value of 'HB_Ramping_method_cfg' in the dataset is selected as *LDM* , the fade speed will be issued ...
- 17:18 功能 #2988 (已关闭): Ford_SWER_0087_0045_07:电压缓升工况_HB功能描述
- HB功能
前提条件:IGN is Run or Start 并且BCM LIN点亮HB功能
当Input CHN2电压从0V缓升至6.9V时,HB不可点亮;
当Input CHN2电压从7V缓升至9V时,HB按[HB输出% = ... - 17:14 功能 #2987 (已关闭): Ford_SWER：FS_REQ0018&REQ0020_0005 High Beam BCM EEL LIN ramping for App
- If APP read the value of 'HB_Ramping_method_cfg' in the dataset is selected as *BCM EEL LIN BCM* ,the fade speed will...
- 17:13 功能 #2986 (已关闭): Ford_SWER_0087_0045_06:电压缓降工况_DRL/PO功能描述
- DRL/PO功能
前提条件:Dataset选择DRL/PO触发方式 - "Input CHN4" or "BCM LIN" 且 有效触发
当Input CHN2电压超过18V时,DRL/PO关断输出;
当Input CHN2电压... - 17:12 功能 #2985 (已关闭): Ford_SWER_0087_0045_05:电压缓升工况_DRL/PO功能描述
- DRL/PO功能
前提条件:Dataset选择DRL/PO触发方式 - "Input CHN4" or "BCM LIN" 且 有效触发
当Input CHN2电压从0V缓升至6.9V时,DRL/PO不可点亮;
当Input C... - 17:10 功能 #2984 (已关闭): Ford_SWER：FS_REQ0018&REQ0020_0004 High Beam channel
- HB channel: The APP reads the generated data from the Dataset. If Channel2/3/4_usage_cfg is 0x02,The corresponding ch...
- 17:05 功能 #2760 (已解决): Ford_SWER_0044_0002： FAN Functional self-test when power on for app
- 编写测试用例
- 17:04 功能 #2759 (已解决): Ford_SWER_0044_0001： FAN Functional self-test when power on for dataset
- 编写测试用例
- 17:03 功能 #2762 (已解决): Ford_SWER_0043_0002：Bin Resistor Sample For App
- 编写测试用例
- 17:02 功能 #2761 (已解决): Ford_SWER_0043_0001：Bin Class Current Setting For Dataset
- 17:01 功能 #2764 (已解决): Ford_SWER_0042_0002：Bin Source Select For App
- 编写测试用例
- 17:01 功能 #2763 (已解决): Ford_SWER_0042_0001：Bin Source Select For Dataset
- 注意：大端小端问题需解决
- 16:59 功能 #2982 (已关闭): Ford_SWER：FS_REQ0018&REQ0020_0002 High Beam ramping accuracy and frequency
- Accuracy：between 0% and 100%， 1% per step
PWM Frequency：200HZ - 16:58 功能 #2775 (已解决): Ford_SWER_0041_0001：Channel output intensity Smooth Fading
- 编写测试用例
- 16:57 功能 #2784: Ford_SWER_0040_0005：DRL / POS Activation Latency Times
- 编写测试用例
- 16:56 功能 #2783: Ford_SWER_0040_0004：Turn indicator Activation Latency Times
- 编写测试用例
- 16:56 功能 #2981 (已关闭): Ford_SWER：FS_REQ0018&REQ0020_0001 High Beam activate condition
- High beam (of any type) shall only activate if IGN is in Run or Start
- 16:55 功能 #2782: Ford_SWER_0040_0003：HB Activation Latency Times
- 编写测试用例
- 16:53 功能 #2781 (已解决): Ford_SWER_0040_0002：SuppLight Activation Latency Times
- 编写测试用例
- 16:52 功能 #2980 (已关闭): Ford_SYSR：FS_REQ0018&REQ0020_V1 High Beam
- *REQ0018 High Beam (HB) BCM EEL LIN Activation*
High beam (of any type) shall only activate if IGN is in Run or Star... - 16:44 功能 #2780: Ford_SWER_0040_0001：LB Activation Latency Times
- 编写测试用例
- 16:42 功能 #2979 (已关闭): Ford_SWER_0087_0045_04:电压缓降工况_TI功能描述
- TI功能
前提条件:Input CHN3电压 ≥ 7V
当Input CHN2电压超过18V时,TI关断输出;
当Input CHN2电压从18V缓降至9V时,TI100%输出;
当Input CHN2电压从9V缓降至6V时,... - 16:42 功能 #2617: Ford_SWER_0010_0001：Channel 1 Failsafe Mode(LB Light Output)
- 更新详述
- 16:41 功能 #2795 (已解决): Ford_SWER_0039_0002：Fading detail requirement
- 编写测试用例
- 16:39 功能 #2978 (已关闭): Ford_SWER_0087_0045_03:电压缓升工况_TI功能描述
- TI功能
前提条件:Input CHN3电压 ≥ 7V
当Input CHN2电压从0V缓升至6.9V时,TI不可点亮;
当Input CHN2电压从7V缓升至9V时,TI按[TI输出% = Input CHN2电压 * 35 ... - 16:38 功能 #2794 (已解决): Ford_SWER_0039_0001：Fading general requirement
- 编写测试用例
- 16:37 功能 #2816: Ford_SWER_0038_0002：Farewell Fade Activation Signals
- 编写测试用例
- 16:36 功能 #2816 (已解决): Ford_SWER_0038_0002：Farewell Fade Activation Signals
- 16:36 功能 #2812 (已解决): Ford_SWER_0038_0001：Welcome Fade Activation Signals
- 编写测试用例
- 16:34 功能 #2822 (已解决): Ford_SWER_0037_0001：PWM channel Welcome/Farewell For Dataset
- 16:32 功能 #2822: Ford_SWER_0037_0001：PWM channel Welcome/Farewell For Dataset
- 目前项目不涉及该功能，因此下一版添加
- 16:32 功能 #2823 (反馈): Ford_SWER_0037_0002：PWM channel Welcome/Farewell For App
- 目前项目不涉及该功能，因此下一版添加
- 16:32 功能 #2557: Ford_SYSR：FS_REQ0037_V1 PWM channel Welcome/Farewell Activation
- 目前项目不涉及该功能，因此下一版添加
- 16:30 功能 #2834 (已解决): Ford_SWER_0036_0002：DRL Welcome/Farewell For App
- 编写测试用例
- 16:30 功能 #2824 (已解决): Ford_SWER_0036_0001：DRL Welcome/Farewell For Dataset
- 16:28 功能 #2824 (进行中): Ford_SWER_0036_0001：DRL Welcome/Farewell For Dataset
- 16:26 功能 #2551 (反馈): Ford_SYSR：FS_REQ0031_V2_Licoln Lit Star Activation
- 16:19 功能 #2551: Ford_SYSR：FS_REQ0031_V2_Licoln Lit Star Activation
- 目前项目不涉及该功能，因此下一版添加
- 16:26 功能 #2842 (反馈): Ford_SWER_0035_0003：Static Bending Light Activation For App
- 目前项目不涉及该功能，因此下一版添加
- 16:26 功能 #2897: Ford_SWER_0033_0001：Cornering Activation
- 目前项目不涉及该功能，因此下一版添加
- 16:25 功能 #2839 (反馈): Ford_SWER_0035_0002：Static Bending Light Activation From LIN signal
- 目前项目不涉及该功能，因此下一版添加
- 16:25 功能 #2837 (反馈): Ford_SWER_0035_0001：Static Bending Light Activation For Dataset
- 目前项目不涉及该功能，因此下一版添加
- 16:25 功能 #2553 (反馈): Ford_SYSR：FS_REQ0033_V1 Cornering Activation
- 16:25 功能 #2555: Ford_SYSR：FS_REQ0035_V1 Static Bending Light Activation
- 目前项目不涉及该功能，因此下一版添加
- 16:24 功能 #2890: Ford_SWER_0034_0001：Left side light activation mode
- 目前项目不涉及该功能，因此下一版添加
- 16:23 功能 #2554: Ford_SYSR：FS_REQ0034_V1 Side marker Activation
- 目前项目不涉及该功能，因此下一版添加
- 16:17 功能 #2874 (已解决): Ford_SWER_0030_0002：DRL Response to Flash-To-Pass Activation For App
- 编写测试用例
- 16:05 功能 #2548 (进行中): Ford_SYSR：FS_REQ0028_V1 DRL Response to Low Beam outage
- 16:02 功能 #2878: Ford_SWER_0028_0001：DRL Response to Low Beam outage for dataset
- 编写测试用例
- 16:00 功能 #2868 (已解决): Ford_SWER_0027_0001：DRL EEL LIN command Table for App
- 编写测试用例
- 15:31 功能 #2922 (已解决): Ford_SWER_0087_0006：MODE1 SBL配置
- 15:15 功能 #2858 (已解决): Ford_SWER_0026_0001：DRL Control Mode for dataset
- 编写测试用例
- 09:09 功能 #2858: Ford_SWER_0026_0001：DRL Control Mode for dataset
- #2630
- 09:07 功能 #2858: Ford_SWER_0026_0001：DRL Control Mode for dataset
- #2614
#2906
#2907 - 15:14 功能 #2977 (已关闭): Ford_SWER_0010_0011：Channel 1 Failsafe Mode
- 2024.10.31 与客户及董工确认工况:
当一个上电周期内,Main Power和Power supply1e1(触发LB功能)同时存在,当Main Power丢失后,软件控制EN2使能,并且需要报Main Power丢失,当M... - 15:13 功能 #2903: Ford_SWER_0025_0006:Feedback output Voltage for No Outage&Outage
- 硬件需求
- 15:12 功能 #2902: Ford_SWER_0025_0005:Outage Feedback Input Max Values
- 硬件需求
- 15:12 功能 #2901: Ford_SWER_0025_0004:Outage feedback conditions for resistor and circuit
- 硬件需求
- 15:08 功能 #2900 (已解决): Ford_SWER_0025_0003:Turn Indicator Feedback signal for No Outage&Outage
- 编写测试用例
- 15:00 功能 #2899 (已解决): Ford_SWER_0025_0002:Turn Indicator Feedback time
- 编写测试用例
- 14:57 功能 #2898 (已解决): Ford_SWER_0025_0001:Turn Indicator Status Feedback Method
- 编写测试用例
- 14:49 功能 #2544 (反馈): Ford_SYSR：FS_REQ0024_V1 Turn Indicator Delay
- 14:48 功能 #2544: Ford_SYSR：FS_REQ0024_V1 Turn Indicator Delay
- 目前项目不涉及该功能，因此下一版添加
- 14:49 功能 #2832 (反馈): Ford_SWER_0024_0002: Turn Indicator Delay(TI Delay Time)
- 14:49 功能 #2832: Ford_SWER_0024_0002: Turn Indicator Delay(TI Delay Time)
- 目前项目不涉及该功能，因此下一版添加
- 14:46 功能 #2916 (进行中): Ford_SWER_0023_0009：Turn Indicator Activation(Turn Fault)
- 14:43 功能 #2976 (新建): Ford_SWER_0087_0045_09:电压突变工况_软件策略描述
- 当Input CHN2出现跳变时, 软件以20ms变化1%的速率进行输出控制
例:
当Input CHN2从[9V,16V]突变至20V及以上时,软件需要关闭输出,从100%→0%的时间为,100*20ms = 2s - 14:42 功能 #2892 (已解决): Ford_SWER_0023_0008：Turn Indicator Activation(Two-part DRL cannot be used when DRL is combined with TI)
- 编写测试用例
- 14:41 功能 #2886 (已解决): Ford_SWER_0023_0007：Turn Indicator Activation(Copy TI behavior alternating between ‘DRL_intensity_cfg’ and ‘ParkPos_Intensity_cfg’)
- 编写测试用例
- 14:40 功能 #2884 (已解决): Ford_SWER_0023_0006：Turn Indicator Activation(Copy TI behavior alternating between DRL intensity and off)
- 编写测试用例
- 14:39 功能 #2869 (已解决): Ford_SWER_0023_0004：Turn Indicator Activation( “DRL_Combined_TI_cfg”)
- 编写测试用例
- 14:37 功能 #2862 (已关闭): Ford_SWER_0023_0003：Turn Indicator Activation(“Turn_signal_Light_Cmd“ no impact)
- 该信号未使用
- 14:37 功能 #2975 (已关闭): Ford_SWER_0087_0045_02:电压缓降工况_LB功能描述
- LB功能
前提条件:Input CHN1电压 ≥ 8V
当Input CHN2电压超过18V时,LB关断输出;
当Input CHN2电压从18V缓降至9V时,LB100%输出;
当Input CHN2电压从9V缓降至6V时,... - 14:33 功能 #2849 (进行中): Ford_SWER_0023_0002：Turn Indicator Activation(Turn signal working voltage judgment)
- 14:33 功能 #2849: Ford_SWER_0023_0002：Turn Indicator Activation(Turn signal working voltage judgment)
- 硬件无法读取input3的电压值
- 14:29 功能 #2974 (已关闭): Ford_SWER_0087_0045_01:电压缓升工况_LB功能描述
- LB功能
前提条件:Input CHN1电压 ≥ 8V
当Input CHN2电压从0V缓升至7.9V时,LB不可点亮;
当Input CHN2电压从8V缓升至9V时,LB按100%输出;
当Input CHN2电压从9V缓升... - 14:04 功能 #2542 (反馈): Ford_SYSR：FS_REQ0022_V2 High Beam EEL Front Fog Activation Reaction
- 14:03 功能 #2841 (反馈): Ford_SWER_0022_0001：High Beam EEL Front Fog Activation Reaction for App
- 目前项目不涉及该功能，因此下一版添加
- 14:03 功能 #2532 (已关闭): Ford_SYSR：FS_REQ0012_V1 DRL Failsafe Mode
- 13:59 功能 #2829: Ford_SWER_0021_0002 ：FTP priority
- 编写测试用例
- 13:58 功能 #2828: Ford_SWER_0021_0001：High Beam EEL LIN Flash-to-Pass Activation
- 编写测试用例
- 13:56 功能 #2917: Ford_SWER_0020_0003：HB ramping trigger mode
- 编写测试用例
- 13:53 功能 #2827: Ford_SWER_0020_0002：High Beam LDM standard ramping -‘HB_Ramping_method_cfg’
- 编写测试用例
- 13:52 功能 #2826: Ford_SWER_0020_0001：High Beam LDM standard ramping
- 编写测试用例
- 13:46 功能 #2973 (已解决): Ford_SWER_0006_0003: DRL/PO LIN触发方式
- 10:17 功能 #2973 (已关闭): Ford_SWER_0006_0003: DRL/PO LIN触发方式
- 软件应该能读取识别LIN命令“DRL_Rqst”的值，并根据指令输出DRL或PO。具体占空比由Dataset中设定。
(The software should be able to read the value that recog... - 13:45 功能 #2972 (已解决): Ford_SWER_0006_0002: DRL/PO硬线触发方式
- 10:06 功能 #2972 (已关闭): Ford_SWER_0006_0002: DRL/PO硬线触发方式
- 软件应该可以抓取识别BCM硬线（L/RF_DRL_LAMP_Ckt）的PWM信号，若为Dataset中“DRL_POS_Trigger_Dutycycle_cfg”配置值，则触发DRL/PO信号。
(The software sho... - 13:37 功能 #2971 (已解决): Ford_SWER_0004_0002： LB Additional channel Power Mode
- 硬件需求
- 10:03 功能 #2971 (已关闭): Ford_SWER_0004_0002： LB Additional channel Power Mode
- Additional channels assigned to LB must receive power from the main power supply.
- 13:36 功能 #2969 (已解决): Ford_SWER_0004_0001： Channel 1 Power Mode
- 编写测试用例
- 10:00 功能 #2969 (已关闭): Ford_SWER_0004_0001： Channel 1 Power Mode
- !clipboard-202410310958-qmddq.png!
The LDM Channel 1 shall be powered by BCM Low Beam Circuit(L/RF_Low_Beam_Ckt) - 13:21 功能 #2539 (已关闭): Ford_SYSR：FS_REQ0019_V1 High Beam (HB) HCM EEL LIN Activation(Not in LDM4 scope)
- HCM requirement
- 13:19 功能 #2952 (已解决): Ford_SWER_0018_0004： High Beam (HB) BCM EEL LIN ramping
- 编写测试用例
- 12:49 功能 #2597 (已关闭): Ford_SYSR：FS_REQ0076_V1 LDM Configuration Monitoring
- 10:50 功能 #2597: Ford_SYSR：FS_REQ0076_V1 LDM Configuration Monitoring
- 客户要求删除该需求，与77重复，对应open issue中的问题107。
- 11:28 功能 #2804 (已解决): Ford_SWER_0018_0001： High Beam (HB) BCM EEL LIN activate condition
- 编写测试用例
- 11:26 功能 #2787 (进行中): Ford_SWER_0017_0001：LB Activation conditions
- 需求需确认，当前硬件端口和芯片剩余资源不支持
- 11:26 功能 #2925 (已解决): Ford_SWER_0017_0003：LB additional channels
- 编写测试用例
- 11:25 功能 #2905 (已解决): Ford_SWER_0017_0002：LB Activation restriction
- 编写测试用例
- 11:20 功能 #2669: Ford_SWER_0015_0010：Low Side Driver 1 and 2 usage Configuration(HB/FTP Base IGN)
- 编写测试用例
- 11:19 功能 #2819 (进行中): Ford_SWER_0016_0016:PWM output configuration(Dataset PWM DRL1/2 Duty Cycle)
- 待Function Spec更新后，升级Dataset
- 11:17 功能 #2815 (反馈): Ford_SWER_0016_0015:PWM output configuration(APP PWM Follow Static Bending light)
- 目前项目不涉及该功能，因此下一版添加
- 11:17 功能 #2813 (反馈): Ford_SWER_0016_0014:PWM output configuration(APP PWM Follow Side Marker)
- 目前项目不涉及该功能，因此下一版添加
- 11:16 功能 #2810 (反馈): Ford_SWER_0016_0013:PWM output configuration(APP PWM Follow Cornering light)
- 目前项目不涉及该功能，因此下一版添加
- 11:16 功能 #2808 (反馈): Ford_SWER_0016_0012:PWM output configuration(APP PWM Follow Front Fog)
- 目前项目不涉及该功能，因此下一版添加
- 11:15 功能 #2807 (反馈): Ford_SWER_0016_0011:PWM output configuration(APP PWM Follow Licoln Lit Star)
- 目前项目不涉及该功能，因此下一版添加
- 11:15 功能 #2653: Ford_SWER_0014_0005：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel3)
- 编写测试用例
- 10:45 功能 #2653 (已解决): Ford_SWER_0014_0005：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel3)
- 编写测试用例
- 11:14 功能 #2806 (反馈): Ford_SWER_0016_0010:PWM output configuration(APP PWM Follow DRL2)
- 目前项目不涉及该功能，因此下一版添加
- 11:13 功能 #2803 (反馈): Ford_SWER_0016_0009:PWM output configuration(APP PWM Follow DRL1)
- 11:13 功能 #2803: Ford_SWER_0016_0009:PWM output configuration(APP PWM Follow DRL1)
- 目前项目不涉及该功能，因此下一版添加
- 11:12 功能 #2792 (已解决): Ford_SWER_0016_0008:PWM output configuration(APP PWM Follow TI)
- 编写测试用例
- 11:12 功能 #2789: Ford_SWER_0016_0007:PWM output configuration(APP PWM Follow HB)
- 编写测试用例
- 11:11 功能 #2788: Ford_SWER_0016_0006:PWM output configuration(APP PWM Follow LB)
- 编写测试用例
- 11:11 功能 #2786 (已解决): Ford_SWER_0016_0005:PWM output configuration(APP PWM unused)
- 11:10 功能 #2779: Ford_SWER_0016_0004:PWM output configuration(APP PWM Duty Cycle)
- 编写测试用例
- 11:09 功能 #2779 (已解决): Ford_SWER_0016_0004:PWM output configuration(APP PWM Duty Cycle)
- 10:58 功能 #2778: Ford_SWER_0016_0003:PWM output configuration(APP PWM Function)
- 编写测试用例
- 10:57 功能 #2778 (已解决): Ford_SWER_0016_0003:PWM output configuration(APP PWM Function)
- 10:56 功能 #2664: Ford_SWER_0015_0007：Low Side Driver 1 and 2 usage Configuration(DRL2)
- 编写测试用例
- 10:56 功能 #2663: Ford_SWER_0015_0006：Low Side Driver 1 and 2 usage Configuration(HB)
- 编写测试用例
- 10:53 功能 #2662: Ford_SWER_0015_0005：Low Side Driver 1 and 2 usage Configuration(LB)
- 编写测试用例
- 10:52 功能 #2661: Ford_SWER_0015_0004：Low Side Driver 1 and 2 usage Configuration(Not used)
- 编写测试用例
- 10:50 功能 #2668 (已解决): Ford_SWER_0015_0009：Low Side Driver 1 and 2 usage Configuration(DRL2 clash)
- Data set requirement --- Done @左培源
- 10:48 功能 #2666 (反馈): Ford_SWER_0015_0008：Low Side Driver 1 and 2 usage Configuration(SBL)
- 当前项目无此功能，因此下一版本添加该功能
- 10:47 功能 #2770 (已解决): Ford_SWER_0014_0008：Low Side Driver 1 and 2 Channel Configuration(APP Clash)
- Data set requirement --- Done @左培源
- 10:46 功能 #2654 (已解决): Ford_SWER_0014_0006：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel4)
- 编写测试用例
- 10:45 功能 #2652 (已解决): Ford_SWER_0014_0004：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel2)
- 编写测试用例
- 10:45 功能 #2648 (已解决): Ford_SWER_0014_0003：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel1)
- 编写测试用例
- 10:44 功能 #2647 (已解决): Ford_SWER_0014_0002：Low Side Driver 1 and 2 Channel Configuration(LSD Not used)
- 编写测试用例
- 10:43 功能 #2645: Ford_SWER_0013_0006：Channel 2 to 4 Functional Configuration（TI）
- 编写测试用例
- 10:42 功能 #2644: Ford_SWER_0013_0005：Channel 2 to 4 Functional Configuration（DRL）
- 编写测试用例
- 10:42 功能 #2643: Ford_SWER_0013_0004：Channel 2 to 4 Functional Configuration（HB）
- 编写测试用例
- 10:42 功能 #2642: Ford_SWER_0013_0003：Channel 2 to 4 Functional Configuration（LB）
- 编写测试用例
- 10:41 功能 #2641: Ford_SWER_0013_0002：Channel 2 to 4 Functional Configuration（Not used）
- 编写测试用例
- 10:39 功能 #2639 (进行中): Ford_SWER_0011_0007：Turn Indicator Failsafe Mode（TI Feedback）
- 10:39 功能 #2638 (进行中): Ford_SWER_0011_0006：Turn Indicator Failsafe Mode（Active Load Fault Reporting via LIN）
- 10:39 功能 #2637 (进行中): Ford_SWER_0011_0005：Turn Indicator Failsafe Mode（N-1 Failure Detection）
- 10:38 功能 #2636 (进行中): Ford_SWER_0011_0004：Turn Indicator Failsafe Mode（Channel Open/Short Detection）
- 10:35 功能 #2695 (已解决): Ford_SWER_0010_0010：Channel 1 Failsafe Mode(BCM failsafe mode)
- 10:30 功能 #2695: Ford_SWER_0010_0010：Channel 1 Failsafe Mode(BCM failsafe mode)
- 更新详述
- 10:09 功能 #2626 (反馈): Ford_SWER_0010_0007：Channel 1 Failsafe Mode(Static Bending)
- 09:59 功能 #2626: Ford_SWER_0010_0007：Channel 1 Failsafe Mode(Static Bending)
- H003_SW0007169.A002.0版本添加该功能
- 09:59 功能 #2626: Ford_SWER_0010_0007：Channel 1 Failsafe Mode(Static Bending)
- 目前已知项目无需使用
- 10:09 功能 #2623 (反馈): Ford_SWER_0010_0005：Channel 1 Failsafe Mode(N-1 Failure Detection)
- 目前项目无N-1功能，因此下一版本添加该功能
- 10:08 功能 #2629 (反馈): Ford_SWER_0010_0009：Channel 1 Failsafe Mode(Channels 2-4 Assigned to LB)
- 已知项目没有将输出通道2/3/4用于LB，因此在下一版本添加该功能
- 09:58 功能 #2624 (已解决): Ford_SWER_0010_0006：Channel 1 Failsafe Mode(Active Load Fault Reporting via LIN)
- 09:55 功能 #2678 (已解决): Ford_SWER_0009_0002：Channel 1 output Assignment(APP Channel 1 combine LB)
- 09:54 功能 #2801 (已解决): Ford_SWER_0008_0005: 左右识别的数据调用存储
- 09:50 功能 #2793 (已解决): Ford_SWER_0008_0004: 左右识别的故障报警
- 09:50 功能 #2791 (已解决): Ford_SWER_0008_0003: 左右识别的task调度及策略
- 09:50 功能 #2791: Ford_SWER_0008_0003: 左右识别的task调度及策略
- 完成
- 09:49 功能 #2632 (已解决): Ford_SWER_0007_0002: 转向灯触发信号规格
- 测试转向灯闪烁频率
- 09:44 功能 #2921 (已解决): Ford_SWER_0087_0005：MODE1 DRL/PO功能
- 09:43 功能 #2907 (已解决): Ford_SWER_0003_0006：app中DRL/PO触发信号的处理
- 09:41 功能 #2920 (已解决): Ford_SWER_0087_0004：MODE1 TURN功能
- 09:40 功能 #2919 (已解决): Ford_SWER_0087_0003：MODE1 HB功能
- 09:40 功能 #2522 (已解决): Ford_SYSR：FS_REQ0002_V1 LDM Input Transients
- 测试需求
- 09:39 功能 #2896 (进行中): Ford_SWER_0001_0006：电源电压迟滞
- 待PV波形更新
- 09:38 错误 #2918 (反馈): Ford_SWER_0087_0002：MODE1 输出通道配置
- Dataset设定LSSS最低占空比为5%，无法满足3%要求。
- 09:38 功能 #2696 (进行中): Ford_SWER_0001_0002：因CH2不可用进入Failsafe工况后，其他通道也可以作为相对应灯光的功率输入线
- 09:38 功能 #2696: Ford_SWER_0001_0002：因CH2不可用进入Failsafe工况后，其他通道也可以作为相对应灯光的功率输入线
- 硬件和软件测试需求
CH4不可以作为功率输入，待Function Spec更新@朱盛炜 - 09:36 功能 #2682 (已解决): Ford_SWER_0001_0001：正常工况下，CH2通道为功率输入线，其他通道为逻辑输入线
- 09:36 功能 #2682: Ford_SWER_0001_0001：正常工况下，CH2通道为功率输入线，其他通道为逻辑输入线
- 硬件及软件测试需求
- 09:34 功能 #2615: Ford_SWER_0001_0003：电源电压降功率波形
- 功率波形更新@朱盛炜
- 09:27 功能 #2915 (已解决): Ford_SWER_0087_0001：MODE1 触发信号
- 已在REV AB.1基础上配置
2024-10-30
- 17:45 错误 #2966 (已关闭): Ford_SWER_0087_0047：转向反馈信号规格
- !clipboard-202410301744-lpw4h.png!
测试覆盖 - 17:43 功能 #2965 (已关闭): Ford_SWER_0087_0046: 软启动电流控制
- !clipboard-202410301743-yclm4.png!
软件无法实施 - 17:42 功能 #2964 (新建): Ford_SWER_0087_0045: PV 电源电压与输出电流(客户11月20日有更新,暂未解析)
- !clipboard-202410301741-tr7xj.png!
2024/11/5： Ford现场确认，软件仅需满足8V启动，6~9V按上图有降功率功能，9V以上无降额
!clipboard-202410311357-h... - 17:28 功能 #2963 (已关闭): Ford_SWER_0087_0044: MODE2 LIN反馈信息
- 1、输出通道/LSSS通道故障
*BUCK通道开短路可以识别
*LSSS通道故障无法识别
2、输入通道故障
*需求删除
3、LDM过热故障
*可以满足,但是多少温度报警?
4、各通道负载单个LED故障
*C... - 17:26 功能 #2962 (已关闭): Ford_SWER_0087_0043: MODE2 输出状态需求
- -40°C到Tamb 80°C的0.5m/s气流下，CH1-4输出无任何降额；110°C之前，灯光不关断
测试覆盖 - 17:26 功能 #2961 (已关闭): Ford_SWER_0087_0042: MODE2 TI Outage电压范围
- 转向灯不输出工作，Outage<2V
转向灯输出工作，Outage>8V
滞后跟踪转向灯输入信号<75ms
Outage持续低电平为TI通道故障（N-1/开路/短路故障等）；
Outage持续高电平为TI Power Supp... - 17:25 功能 #2960 (已关闭): Ford_SWER_0087_0041: MODE2 FAN Feedback
- 正常工作<1.72V
堵转3.32V-5V
测试覆盖 - 17:22 功能 #2959 (已关闭): Ford_SWER_0087_0040: MODE2 电流精度
- 电流精度≤±8%
测试覆盖 - 17:22 功能 #2958 (已关闭): Ford_SWER_0087_0039: MODE2 冷启动延时
- 各功能冷启动延时60ms
!clipboard-202410301721-j0wqg.png! - 17:19 功能 #2957 (已关闭): Ford_SWER_0087_0038: MODE2 FailSafe
- LB及TI均需要支持FailSafe
不需配置Dataset
不需修改APP
测试覆盖 - 17:19 功能 #2956 (已关闭): Ford_SWER_0087_0037: MODE2 NTC配置
- NTC：MURATA NCU18WB473F6SRB
!clipboard-202410301717-trtni.png!
NTC与输出通道的对应关系没有指定,按默认配置
NTC温度曲线按下表配置
!clipboard... - 17:15 功能 #2955 (已关闭): Ford_SWER_0087_0036：MODE2 BIN配置
- 4颗1K电阻,没有明确通道对应关系,按默认配置
BIN电流配置按Ford_SWER_0087_0034来配置即可
BIN故障需要通过LIN通讯对外报出
配置Dataset即可,无需修改APP - 17:13 错误 #2954 (已关闭): Ford_SWER_0087_0035: MODE2 FAN配置
- 风扇的动作条件是跟随LB/HB,但是当NTC故障时又要把风扇驱动起来,FS里没有这个功能,需要和客户谈
- 16:57 功能 #2953 (已解决): Ford_SWER_0085_0003: 数据CRC校验
- 对于功能安全相关的变量都要数据结构化,并添加CRC数据校验功能,以防止数据在传递过程中出现的异常
CRC算法会在软件内部讨论后给出.
比如:
BUCK结构体有如下数据:结温,通道电流,输出通道1电压,输出通道2电压,CRC特... - 16:39 功能 #2917 (已解决): Ford_SWER_0020_0003：HB ramping trigger mode
- 16:15 功能 #2917: Ford_SWER_0020_0003：HB ramping trigger mode
- #2952 and #2826
- 10:53 功能 #2917 (已关闭): Ford_SWER_0020_0003：HB ramping trigger mode
- 1、LIN BCM；
If the value of 'HB-Ramping_method_cfg' in the configuration is selected as BCM EEL LIN BCM,the fade spee... - 16:12 功能 #2827: Ford_SWER_0020_0002：High Beam LDM standard ramping -‘HB_Ramping_method_cfg’
- #2952 and #2826
- 16:09 功能 #2826: Ford_SWER_0020_0001：High Beam LDM standard ramping
- ‘HB_Ramping_method_cfg’can be selected in the configuration（BCM EEL LIN BCM or LDM）refer to #2952
- 15:52 功能 #2952: Ford_SWER_0018_0004： High Beam (HB) BCM EEL LIN ramping
- ‘HB_Ramping_method_cfg’can be selected in the configuration（BCM EEL LIN BCM or LDM）refer to #2540
- 15:50 功能 #2952 (已关闭): Ford_SWER_0018_0004： High Beam (HB) BCM EEL LIN ramping
- If the value of 'HB-Ramping_method_cfg' in the configuration is selected as BCM EEL LIN BCM,the fade speed will be is...
- 15:43 功能 #2906 (已解决): Ford_SWER_0003_0005：Dataset中对于DRL/PO功能的防呆设定
- 12:49 功能 #2906 (进行中): Ford_SWER_0003_0005：Dataset中对于DRL/PO功能的防呆设定
- 15:27 功能 #2821: Ford_SWER_0018_0003：High Beam (HB) BCM EEL LIN Activation dataset-HB channel
- 1、HB channel refer to #2643
- 15:19 功能 #2951 (已关闭): Ford_SWER_0087_0034：MODE2 SBL配置
- 无SBL功能
- 15:19 功能 #2950 (已关闭): Ford_SWER_0087_0033：MODE2 DRL/PO功能
- 触发方式:BCM LIN
DRL和LB Outage关系没有明确
DRL和TI的关系没有明确
DRL和FTP的关系没有明确
目前软件可以满足,只需配置Dataset,无需修改APP - 15:18 功能 #2949 (已关闭): Ford_SWER_0087_0032：MODE2 TURN功能
- Input CHN3触发
Delay Time未提及
Dataset即可满足,无需修改APP - 15:18 功能 #2948 (已关闭): Ford_SWER_0087_0031：MODE2 HB功能
- HB的配置没有明确需求
认为以Dataset默认即可,无需特殊配置,无需修改APP - 15:17 功能 #2947 (已关闭): Ford_SWER_0087_0030：MODE2 输出通道配置
- Output CHN1: 电压-26.5V 电流-1.5A LED-8串3并
Output CHN2: 电压-23.2V 电流-0.85A LED-7串2并
Output CHN3: 电压-50V 电流-0.26A LED-15串... - 15:16 功能 #2946 (已关闭): Ford_SWER_0087_0029：MODE2 触发信号
- Input CHN1:接VIN 触发LB
Input CHN2:接VIN
Input CHN3:接1.33Hz 50% 触发转向
Input CHN4:不接
LIN:触发HB及DRL
测试覆盖 - 15:13 功能 #2945 (已关闭): Ford_SWER_0087_0028：Standby 休眠后激活时间
- ≤60ms
- 15:12 功能 #2944 (已关闭): Ford_SWER_0087_0027：Standby 待机电流
- <50mA
- 15:12 功能 #2943 (已关闭): Ford_SWER_0087_0026：Standby 待机进入时间
- ≤3s
- 15:11 功能 #2942 (已关闭): Ford_SWER_0087_0025：Standby NTC配置
- NTC 配置参数如下图
!clipboard-202410301511-fakad.png! - 15:09 功能 #2941 (已关闭): Ford_SWER_0087_0024：Standby BIN配置
- 4颗1K电阻,没有明确通道对应关系,按默认配置
BIN电流配置按Ford_SWER_0087_0018来配置即可
配置Dataset即可,无需修改APP - 15:08 错误 #2940 (已关闭): Ford_SWER_0087_0023：Standby FAN配置
- 风扇的动作条件是跟随LB/HB,但是当NTC故障时又要把风扇驱动起来,FS里没有这个功能,需要和客户谈
- 15:07 功能 #2939 (已关闭): Ford_SWER_0087_0022：Standby SBL配置
- 无SBL功能
- 15:07 功能 #2938 (已关闭): Ford_SWER_0087_0021：Standby DRL/PO功能
- 触发方式:BCM LIN
DRL和LB Outage关系没有明确
DRL和TI的关系没有明确
DRL和FTP的关系没有明确
目前软件可以满足,只需配置Dataset,无需修改APP - 15:06 功能 #2937 (已关闭): Ford_SWER_0087_0020：Standby TURN功能
- 配置Input CHN3触发, 不接
Delay Time未提及
Dataset即可满足,无需修改APP - 15:06 功能 #2936 (已关闭): Ford_SWER_0087_0019：Standby HB功能
- HB的配置没有明确需求
认为以Dataset默认即可,无需特殊配置,无需修改APP - 14:31 功能 #2784 (已解决): Ford_SWER_0040_0005：DRL / POS Activation Latency Times
- 14:30 功能 #2783 (已解决): Ford_SWER_0040_0004：Turn indicator Activation Latency Times
- 14:28 功能 #2782 (已解决): Ford_SWER_0040_0003：HB Activation Latency Times
- 14:25 功能 #2780 (已解决): Ford_SWER_0040_0001：LB Activation Latency Times
- 14:22 功能 #2935 (已关闭): Ford_SWER_0087_0018：Standby 输出通道配置
- Output CHN1: 电压-26.5V 电流-1.5A LED-8串3并
Output CHN2: 电压-23.2V 电流-0.85A LED-7串2并
Output CHN3: 电压-50V 电流-0.26A LED-15串... - 14:17 功能 #2903 (已关闭): Ford_SWER_0025_0006:Feedback output Voltage for No Outage&Outage
- BCM Requirements
- 14:13 功能 #2902 (已关闭): Ford_SWER_0025_0005:Outage Feedback Input Max Values
- BCM Requirements
- 14:11 功能 #2901 (已关闭): Ford_SWER_0025_0004:Outage feedback conditions for resistor and circuit
- BCM Requirements
- 14:10 功能 #2899 (已关闭): Ford_SWER_0025_0002:Turn Indicator Feedback time
- BCM Requirements
- 13:56 功能 #2934 (已关闭): Ford_SWER_0087_0017：Standby 触发信号
- Input CHN1:浮空
Input CHN2:接VIN
Input CHN3:浮空
Input CHN4:浮空
LIN:不接
测试覆盖 - 13:38 错误 #2933 (已关闭): Ford_SWER_0087_0016：MODE1 LIN反馈信息
- 1、输出通道/LSSS通道故障
*BUCK通道开短路可以识别
*LSSS通道故障无法识别
-2、输入通道故障-
*需求删除
3、LDM过热故障
*可以满足,但是多少温度报警?
4、各通道负载单个LED故障
... - 13:09 功能 #2932 (已关闭): Ford_SWER_0087_0015：MODE1 输出状态需求
- -40°C到Tamb 80°C的0.5m/s气流下，CH1-4输出无任何降额；110°C之前，灯光不关断
测试覆盖 - 13:08 功能 #2818: Ford_SWER_0018_0002： High Beam (HB) ramping accuracy and frequency
- #2540
- 13:08 功能 #2931 (已关闭): Ford_SWER_0087_0014：MODE1 TI Outage电压范围
- 转向灯不输出工作，Outage<2V
转向灯输出工作，Outage>8V
滞后跟踪转向灯输入信号<75ms
Outage持续低电平为TI通道故障（N-1/开路/短路故障等）；
Outage持续高电平为TI Power Supp... - 13:06 功能 #2930 (已关闭): Ford_SWER_0087_0013：MODE1 FAN Feedback
- -H003：-
-正常工作<1.72V
堵转3.32V-5V-
测试覆盖
H004：
STD_LOW = Normal
STD_HIGH = Stall - 13:05 功能 #2929 (已关闭): Ford_SWER_0087_0012：MODE1 电流精度
- 电流精度≤±8%
测试覆盖 - 13:04 功能 #2928 (已关闭): Ford_SWER_0087_0011：MODE1 冷启动延时
- 各功能冷启动延时60ms
测试覆盖 - 13:02 功能 #2927 (已关闭): Ford_SWER_0087_0010：MODE1 FailSafe
- LB及TI均需要支持FailSafe
不需配置Dataset
不需修改APP
测试覆盖 - 12:55 功能 #2905: Ford_SWER_0017_0002：LB Activation restriction
- #2529
- 12:50 功能 #2905: Ford_SWER_0017_0002：LB Activation restriction
- #2610
- 12:48 功能 #2926 (已关闭): Ford_SWER_0087_0009：MODE1 NTC配置
- NTC型号:EPCOS B57351V5103H60
!clipboard-202410301246-vpeyv.png!
NTC与输出通道的对应关系没有指定,按默认配置
NTC温度曲线按下表配置
!clipboard... - 12:47 功能 #2806 (进行中): Ford_SWER_0016_0010:PWM output configuration(APP PWM Follow DRL2)
- 12:45 功能 #2925 (已关闭): Ford_SWER_0017_0003：LB additional channels
- Any additional channels assigned to Low Beam should also activate based on this signal.
- 11:29 功能 #2924 (已关闭): Ford_SWER_0087_0008：MODE1 BIN配置
- 4颗10K电阻,没有明确通道对应关系,按默认配置
BIN电流配置按Ford_SWER_0087_0002来配置即可
BIN故障需要通过LIN通讯对外报出
配置Dataset即可,无需修改APP - 11:22 功能 #2898 (已关闭): Ford_SWER_0025_0001:Turn Indicator Status Feedback Method
- BCM Requirements
- 11:21 错误 #2923 (已关闭): Ford_SWER_0087_0007：MODE1 FAN配置
- 风扇的动作条件是跟随LB/HB,但是当NTC故障时又要把风扇驱动起来,FS里没有这个功能,需要和客户谈
- 11:17 功能 #2922 (已关闭): Ford_SWER_0087_0006：MODE1 SBL配置
- 无SBL功能
- 11:16 功能 #2921 (已关闭): Ford_SWER_0087_0005：MODE1 DRL/PO功能
- 触发方式:Input CHN4
PO触发占空比: 10% (Dataset中需要配置大于10%, 设置为15%较为合适),如果配置为10%按照FS_REQ0026_V1 DRL Control Strategy描述将点亮DRL
P... - 11:02 功能 #2920 (已关闭): Ford_SWER_0087_0004：MODE1 TURN功能
- Input CHN3触发
Delay Time未提及
Dataset即可满足,无需修改APP - 11:01 功能 #2919 (已关闭): Ford_SWER_0087_0003：MODE1 HB功能
- HB的配置没有明确需求
认为以Dataset默认即可,无需特殊配置,无需修改APP - 10:59 功能 #2664: Ford_SWER_0015_0007：Low Side Driver 1 and 2 usage Configuration(DRL2)
- 更新详述
- 10:56 错误 #2918 (已关闭): Ford_SWER_0087_0002：MODE1 输出通道配置
- Output CHN1: 电压-23.3V 电流-0.85A LED-7串2并
Output CHN2: 电压-26.5V 电流-1.5A LED-8串3并
Output CHN3: 电压-50V 电流-0.26A LED-15串... - 10:50 Bug #2512 (Bug-问题解决): 工厂模式在有app，boot和dataset的时候，刷app后，dataset会被冲掉变成空白
- 10:49 功能 #2916 (已关闭): Ford_SWER_0023_0009：Turn Indicator Activation(Turn Fault)
- 如果Turn指示灯因故障而关闭，DRL/PL行为应遵循DRL/PL请求。
(If the Turn indicator is deactivated due to fault, DRL behavior should follow ... - 10:48 Bug #2511 (Bug-问题解决): 退出低功耗模式无法正常点灯
- 10:45 功能 #2915 (已关闭): Ford_SWER_0087_0001：MODE1 触发信号
- Input CHN1:接VIN 触发LB
Input CHN2:接VIN
Input CHN3:接1.33Hz 50% 触发转向
Input CHN4:接200Hz±5Hz,10% 触发PO
LIN:触发HB
以上触发方... - 10:28 功能 #2819: Ford_SWER_0016_0016:PWM output configuration(Dataset PWM DRL1/2 Duty Cycle)
- 更新需求，PWM DRL1/2 Duty Cycle 需要可以配置。
(Update requirements, PWM DRL1/2 Duty Cycle needs to be configurable.) - 10:28 功能 #2914 (已关闭): Ford_SYSR: HR_REQ0087 福特测试模式V003.8 DV PV test item_Proposed
- 文档大小超过5M,需通过10.30陈捷邮件追溯或者SVN仓库:trunk/doc/9- hw_releated/硬件输入软件确认材料/DV测试/20241029
- 09:50 功能 #2695: Ford_SWER_0010_0010：Channel 1 Failsafe Mode(BCM failsafe mode)
- 与客户确认 需要删除
- 09:28 功能 #2620: Ford_SWER_0010_0003：Channel 1 Failsafe Mode(LB Bin Sense)
- 应客户要求更改
- 09:26 功能 #2619: Ford_SWER_0010_0002：Channel 1 Failsafe Mode(LB Thermal Derating)
- 应客户要求更改
- 09:06 Bug #2908 (Bug-新建): dataset-RBIN电阻的bin_Param_CFG数据错误
- 08:57 Bug #2908: dataset-RBIN电阻的bin_Param_CFG数据错误
- RBIN电阻Para的第一位bin0是高位还是低位
!clipboard-202410300857-nu45v.png!
2024-10-29
- 18:49 功能 #2912 (已关闭): Ford_SWER_0084_0001:Software Flashing
- 1.The LDM software and parameters shall be flashable via Lin bus acc. to ‘SWDL 00.06.15.002-006’.
2.LIN controller ... - 18:35 功能 #2911 (已关闭): Ford_SWER_0083_0001:LIN frames Data alignment
- In some LIN frames the message is distributed over more than one byte. In every case the frame shall be read as the f...
- 18:28 功能 #2910 (新建): Ford_SWER_0079_0002:Self-Test Command Frame Signal define
- Self-Test Command Frame Signal Description is as follows:
!clipboard-202410291828-lmuhm.png!
Note:xx_EEL_LearnVfwd ... - 18:27 功能 #2909 (新建): Ford_SWER_0079_0001:Self Test command Frame
- Software should have internal diagnostic function, and the instruction frame format is as follows:
!clipboard-202410... - 18:26 Bug #2908 (Bug-已关闭): dataset-RBIN电阻的bin_Param_CFG数据错误
- RBIN电阻Para的第一位bin0是高位还是低位
!clipboard-202410291825-utswx.png!
- 17:21 功能 #2803 (进行中): Ford_SWER_0016_0009:PWM output configuration(APP PWM Follow DRL1)
- 11:03 功能 #2803 (已关闭): Ford_SWER_0016_0009:PWM output configuration(APP PWM Follow DRL1)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x04，对应PWM通道关联DRL1功能，follow DRL1功能。若收到DRL指令时，对应PWM通道按照“PWM4_Target_Duty_Cycle_cfg”占空...
- 17:16 功能 #2907 (已关闭): Ford_SWER_0003_0006：app中DRL/PO触发信号的处理
- 软件需要识别Dataset中传入的"Singal Source":
如果为INVALID,则软件无需初始化及使能DRL及PO的相关功能;
如果为INPUTCHN4,则软件需要在初始化IO口时配置其为捕获功能,并能正确识别其频率及占... - 16:57 功能 #2906 (已关闭): Ford_SWER_0003_0005：Dataset中对于DRL/PO功能的防呆设定
- !clipboard-202410291654-dikkg.png!
当"Signal Source"配置为"InputCHN4"时:
需要开放"DRL_POS_Trigger_Dutycycle(%)"供选择Channel in... - 16:52 功能 #2905 (已关闭): Ford_SWER_0017_0002：LB Activation restriction
- The output of channel 1 should always be applied to Main LB and no other function
- 16:23 功能 #2623: Ford_SWER_0010_0005：Channel 1 Failsafe Mode(N-1 Failure Detection)
- 更新详述
- 16:16 功能 #2527: Ford_SYSR：FS_REQ0007_V1 TI Power Mode
- tolerance should be double confirmed next meeting
- 16:15 功能 #2631: Ford_SWER_0007_0001: 转向灯触发方式
- 更新详述
- 15:05 功能 #2631 (已解决): Ford_SWER_0007_0001: 转向灯触发方式
- 15:53 功能 #2903 (已关闭): Ford_SWER_0025_0006:Feedback output Voltage for No Outage&Outage
- If no TI outage detected, the feedback should be equal or more than 8V(Shall consider to meet the requirement while 9...
- 15:50 功能 #2902 (已关闭): Ford_SWER_0025_0005:Outage Feedback Input Max Values
- Following BCM TI outage feedback input max values to be considered:
Input Voltage Range: 8 – 19 V
Input Current Ra... - 15:48 功能 #2901 (已关闭): Ford_SWER_0025_0004:Outage feedback conditions for resistor and circuit
- Note: BCM uses an active high input which has a 1.3K Ohm pull down resistor. The LDM module shall implement a high si...
- 15:44 功能 #2900 (已关闭): Ford_SWER_0025_0003:Turn Indicator Feedback signal for No Outage&Outage
- TI outage detection report shall also occur via a hard wire back to BCM. Feedback signal will follow the “on/off” pat...
- 15:36 功能 #2899 (已关闭): Ford_SWER_0025_0002:Turn Indicator Feedback time
- The software must be stable 60ms after BCM output Turn on.
- 15:26 功能 #2898 (已关闭): Ford_SWER_0025_0001:Turn Indicator Status Feedback Method
- Under normal operating conditions, the LDM shall report Turn indicator status to the BCM by outputting the received ...
- 15:26 功能 #2897 (已关闭): Ford_SWER_0033_0001：Cornering Activation
- The activation/deactivation of cornering light shall be triggered by BCM LIN command ‘ *Cornering_cmd* ’
signal def... - 15:24 功能 #2896 (已关闭): Ford_SWER_0001_0006：电源电压迟滞
- 电源电压的恢复需要有迟滞区间,具体数值需要参考硬件PV实验波形输入
- 15:20 功能 #2615: Ford_SWER_0001_0003：电源电压降功率波形
- 2024/10/29 与福特点检会议，硬件工程师（贾日晶）核实，待硬件确认，明天给出反馈
- 15:17 功能 #2615: Ford_SWER_0001_0003：电源电压降功率波形
- 2024/10/29 与福特点检会议，硬件工程师（贾日晶）核实： 6V降功率到30%，硬件可以实现
- 13:06 功能 #2615 (进行中): Ford_SWER_0001_0003：电源电压降功率波形
- 15:17 功能 #2895 (已关闭): Ford_SWER_0031_0001：Licoln Lit Star Activation
- BCM LIN中的‘Position_Park_Left/Right_Cmd’对Licoln Lit Star进行触发。
- 15:13 Bug #2856: dataset问题
- 此Bug将在AC版本上更新
- 13:38 Bug #2856 (Bug-已关闭): dataset问题
- 当DRL/L的Signal Source配置为INVALID时，DRL_POS_Triger_Dutycycle和parkpos_intensity的配置没有拉灰，还可以配置数值
- 15:11 功能 #2872 (已解决): Ford_SWER_0030_0001：DRL Response to Flash-To-Pass Activation For Dataset
- 14:19 功能 #2872 (已关闭): Ford_SWER_0030_0001：DRL Response to Flash-To-Pass Activation For Dataset
- ‘DRL_ON_FTP_cfg’ parameter definition:
• 0x00: FTP has no impact on DRL
• 0x01: DRL should fade from ‘DRL_Intensity... - 15:11 功能 #2878 (已解决): Ford_SWER_0028_0001：DRL Response to Low Beam outage for dataset
- 14:29 功能 #2878 (已关闭): Ford_SWER_0028_0001：DRL Response to Low Beam outage for dataset
- “DRL_LB_Outage_cfg” will determine if DRL is affected by LB outage(0x00、0x01、0x02)
Need to select the value of “DRL_... - 15:11 功能 #2865 (已解决): Ford_SWER_0026_0002：DRL value for dataset
- 13:58 功能 #2865 (已关闭): Ford_SWER_0026_0002：DRL value for dataset
- The value of “DRL_POS_TriggerDC_cfg” needs to be selected in the Dataset
“DRL_POS_TriggerDC_cfg”value range between ... - 15:10 功能 #2825 (已解决): Ford_SWER_0024_0001: Turn Indicator Delay(Dataset Cfg)
- 11:46 功能 #2825 (已关闭): Ford_SWER_0024_0001: Turn Indicator Delay(Dataset Cfg)
- Dataset中需要能配置“TI_delay_time_Cfg”，并生成对应的数据。
(The Dataset must be able to configure TI_delay_time_Cfg and generate cor... - 15:09 功能 #2875 (已解决): Ford_SWER_0023_0005：Turn Indicator Activation( Dataset “DRL_Combined_TI_cfg”& "DRL_TI_Control_cfg")
- 14:24 功能 #2875 (已关闭): Ford_SWER_0023_0005：Turn Indicator Activation( Dataset “DRL_Combined_TI_cfg”& "DRL_TI_Control_cfg")
- Dataset中“DRL_Combined_TI_cfg”= 0x01时，“DRL_TI_Control_cfg”配置项更新为以下选项：
(When DRL_Combined_TI_cfg = 0x01 in the Dataset... - 15:09 功能 #2841 (已解决): Ford_SWER_0022_0001：High Beam EEL Front Fog Activation Reaction for App
- 12:48 功能 #2841 (已关闭): Ford_SWER_0022_0001：High Beam EEL Front Fog Activation Reaction for App
- 1、if App read the value of ‘HB_combined_Front_fog_cfg’= 0，activate/deactivate HB as specified；Fog is not related to H...
- 15:08 功能 #2827 (已解决): Ford_SWER_0020_0002：High Beam LDM standard ramping -‘HB_Ramping_method_cfg’
- 11:52 功能 #2827 (已关闭): Ford_SWER_0020_0002：High Beam LDM standard ramping -‘HB_Ramping_method_cfg’
- ‘HB_Ramping_method_cfg’can be selected in the configuration（BCM EEL LIN BCM or LDM）
0x00: follow BCM LIN activatio... - 15:07 功能 #2826 (已解决): Ford_SWER_0020_0001：High Beam LDM standard ramping
- 11:48 功能 #2826 (已关闭): Ford_SWER_0020_0001：High Beam LDM standard ramping
- If the value of 'HB_Ramping_method_cfg' in the configuration is selected as LDM, the fade speed will be issued by 'LD...
- 15:06 功能 #2819 (已解决): Ford_SWER_0016_0016:PWM output configuration(Dataset PWM DRL1/2 Duty Cycle)
- 11:22 功能 #2819 (已关闭): Ford_SWER_0016_0016:PWM output configuration(Dataset PWM DRL1/2 Duty Cycle)
- Dataset中若“PWMx_Function_Assign_cfg”配置为0x00/0x04/0x05，则对应PWM通道的“PWMx_Target_Duty_Cycle_cfg”不可被配置，并生成默认值0x00。
(If PWMx... - 15:05 功能 #2630 (已解决): Ford_SWER_0006_0001: DRL/PO触发方式
- 15:02 功能 #2893 (已解决): Ford_SWER_0075_0003：HCM LIN node Configuration
- HCM requirements
- 15:00 功能 #2893 (已关闭): Ford_SWER_0075_0003：HCM LIN node Configuration
- The HCM will also support LIN node configuration on each of its private LIN0 and LIN1 connections to the LDM.
- 15:02 功能 #2894 (已关闭): Ford_SWER_0032_0001：Front Fog Activation
- BCM LIN中的Front_Fog_Request控制前雾灯的开/关
“Front_Fog_Request”信号定义：
0x00：停用前雾灯
0x01：激活前雾灯 - 15:01 功能 #2891 (已解决): Ford_SWER_0075_0002：Left and Right LDM Node configured togther
- 14:50 功能 #2891 (已关闭): Ford_SWER_0075_0002：Left and Right LDM Node configured togther
- The LF_EEL and RF_EEL will be configured together (Both get the same data) and the EX_EEL (FCM) is configured indepen...
- 15:00 功能 #2888 (已解决): Ford_SWER_0075_0001：BCM supprot 2 different data configuration method
- BCM requirements
- 14:48 功能 #2888 (已关闭): Ford_SWER_0075_0001：BCM supprot 2 different data configuration method
- BCM will support configuration of the LIN nodes using the established methods for configuration that are already in p...
- 14:58 功能 #2892 (已关闭): Ford_SWER_0023_0008：Turn Indicator Activation(Two-part DRL cannot be used when DRL is combined with TI)
- 当“DRL_Combined_TI_cfg”为0x01时，Two-part DRL不能被启用。
(When "DRL_Combined_TI_cfg" is 0x01, the Two-part DRL cannot be enab... - 14:50 功能 #2890 (已关闭): Ford_SWER_0034_0001：Left side light activation mode
- 左侧sm灯的激活/停用由 BCM LIN 命令 “Position_Park_Left_Cmd”触发，该命令控制左侧节点的sm灯，其中0x00为停用sm灯，0x01为激活sm灯。
The activation/deactivatio... - 14:48 功能 #2889 (已关闭): Ford_SWER_0078_0001：Part Number Report
- Software shall report Part Number via LIN.
Left LDM ID is 0x12.Right LDM ID is 0x1A.
Data frame composition：
!... - 14:45 功能 #2804: Ford_SWER_0018_0001： High Beam (HB) BCM EEL LIN activate condition
- 更改主题
- 11:04 功能 #2804 (已关闭): Ford_SWER_0018_0001： High Beam (HB) BCM EEL LIN activate condition
- 1、High beam (of any type) shall only activate if *IGN is in Run or Start* ;
2、Issue *HB activation command*:LIN comm... - 14:43 功能 #2532 (已拒绝): Ford_SYSR：FS_REQ0012_V1 DRL Failsafe Mode
- 14:42 功能 #2621: Ford_SWER_0010_0004：Channel 1 Failsafe Mode(Channel Open/Short Detection)
- 统一格式
- 14:42 功能 #2886 (已关闭): Ford_SWER_0023_0007：Turn Indicator Activation(Copy TI behavior alternating between ‘DRL_intensity_cfg’ and ‘ParkPos_Intensity_cfg’)
- 当软件读到“DRL_Combined_TI_cfg”= 0x01时，若“DRL_TI_Control_cfg ”配置为0x01时，则TI点亮时DRL渐变到PL亮度，TI熄灭时，再渐亮为DRL亮度。
(When the softwar... - 14:42 功能 #2620: Ford_SWER_0010_0003：Channel 1 Failsafe Mode(LB Bin Sense)
- 统一格式
- 14:41 功能 #2619: Ford_SWER_0010_0002：Channel 1 Failsafe Mode(LB Thermal Derating)
- 统一格式
- 14:41 功能 #2617: Ford_SWER_0010_0001：Channel 1 Failsafe Mode(LB Light Output)
- 统一格式
- 14:41 功能 #2678: Ford_SWER_0009_0002：Channel 1 output Assignment(APP Channel 1 combine LB)
- 统一格式
- 14:40 功能 #2677: Ford_SWER_0009_0001：Channel 1 output Assignment(Dataset Channel 1 combine LB)
- 统一格式
- 14:39 功能 #2885 (已关闭): Ford_SWER_0078_0002： Unused bytes handling
- All unused bytes must be set to 0 (NULL).
- 14:38 功能 #2884 (已关闭): Ford_SWER_0023_0006：Turn Indicator Activation(Copy TI behavior alternating between DRL intensity and off)
- 当软件读到“DRL_Combined_TI_cfg”= 0x01时，若“DRL_TI_Control_cfg ”配置为0x00时，则TI和DRL交替闪烁。
(When the software reads "DRL_Combined... - 14:37 功能 #2882 (已关闭): Ford_SWER_0069_0004：The node that should be set to the 0x00
- 以下几个节点应被设置为0x00，包括：IntVfStat，ExtVfStat，Fade_Active，LowBeam_Outage_Status，Headlamp_Failure，LED_Temp_Not_Idle
The foll... - 14:36 功能 #2881 (已解决): Ford_SWER_0074_0003: LDM Data Configuration Requirement For BCM
- BCM requirements, close directly
- 14:35 功能 #2881 (已关闭): Ford_SWER_0074_0003: LDM Data Configuration Requirement For BCM
- The BCM methodology utilizes a data space which contains the multiple variant configurations for LIN Nodes.
If the... - 14:36 功能 #2791 (进行中): Ford_SWER_0008_0003: 左右识别的task调度及策略
- LIN报警存在问题
- 10:38 功能 #2791 (已关闭): Ford_SWER_0008_0003: 左右识别的task调度及策略
- 左右识别任务只在模块初始化时进行.
当判断到有效的位置信息时,软件需要存入NVM中;
当无法判断有效位置信息时,软件需要从NVM中获取之前存入的位置信息;
当无法判断有效位置信息且NVM中没有存入过有效位置信息,则使用"左"侧作... - 14:30 功能 #2880 (已关闭): Ford_SWER_0069_0003：LowBeam_Outage_Status feedback that the output of the LDM is faulty
- 该信号应反馈LDM的输出故障，详情请参考
This signal shall report the LDM output fault, detail please refer to LDM failure Mode&Diagnost... - 14:29 功能 #2879 (已关闭): Ford_SWER_0074_0003: LDM Configuration Matching test
- -The first 2 Bytes (Data0 and Data1) of ConfigIndex = 0 are reserved for BCM to LDM Configuration Matching test.-
... - 14:26 功能 #2877 (已关闭): Ford_SWER_0074_0002: LDM Data Configuration LIN data format
- !clipboard-202410291428-lorlm.png!
Table 41: BCM Front EEL Configuration Frame Definition - 14:26 功能 #2876 (已关闭): Ford_SWER_0082_0003:LDM Diag service ID
- One ID of each Node Lighting Module is allocated, but undefined and is for Supplier use. These IDs are listed in the ...
- 14:24 功能 #2874 (已关闭): Ford_SWER_0030_0002：DRL Response to Flash-To-Pass Activation For App
- option1：DRL_ON_FTP_cfg == 0x00
FPT has noimpact on DRL.
option2：DRL_ON_FTP_cfg <> 0x00
If the DRL is active, and f... - 14:20 功能 #2873 (已关闭): Ford_SWER_0082_0002:LDM Service and Diagnostics Report Frame define
- The following section illustrates a possible node response frame modelled after the Part Number Reporting Frame to al...
- 14:19 功能 #2871 (已关闭): Ford_SWER_0074_0001: LDM Data Configuration LIN frame format
- !clipboard-202410291426-qokys.png!
Table 40: BCM Front EEL Configuration Frame
- 14:18 功能 #2870 (已关闭): Ford_SWER_0082_0001:LDM Diagnostic service requirement
- For supplier use in development of the LDM and for analysis of warranty service return parts,the supplier should impl...
- 14:12 功能 #2777 (已解决): Ford_SWER_0008_0002: 左右识别AD转换
- 14:12 功能 #2777: Ford_SWER_0008_0002: 左右识别AD转换
- 本模块采用了12bit采样，应该除以4095
- 10:20 功能 #2777 (已关闭): Ford_SWER_0008_0002: 左右识别AD转换
- AC = 5 * AD / 4095
- 14:12 功能 #2869 (已关闭): Ford_SWER_0023_0004：Turn Indicator Activation( “DRL_Combined_TI_cfg”)
- 软件读取到参数“DRL_Combined_TI_cfg”设置为1时，转动灯的激活也可以开启DRL，具体的表现以“DRL_TI_Control_cfg”配置项为准。
(When the software reads that the ... - 14:10 功能 #2776 (已解决): Ford_SWER_0008_0001: 左右识别的电压范围
- 10:18 功能 #2776 (已关闭): Ford_SWER_0008_0001: 左右识别的电压范围
- 软件通过读取"L/R Selection"的电压进行"左右识别"判断:
- 当"L/R Selection"电压≥3V时, 即识别为"接电源",视作右侧
- 当"L/R Selection"电压≤1V时, 即识别为"接地",视作左... - 14:10 功能 #2632 (进行中): Ford_SWER_0007_0002: 转向灯触发信号规格
- 这个是BCM的TURN硬线频率及占空比，转给测试
- 14:08 功能 #2628 (已解决): Ford_SWER_0005_0001：输入通道2供电模式
- 14:07 功能 #2614 (已解决): Ford_SWER_0003_0004：Dataset中对于DRL/PO功能的配置
- 14:07 功能 #2612 (已解决): Ford_SWER_0003_0003：输入通道3的功能
- 14:07 功能 #2611 (已解决): Ford_SWER_0003_0002：输入通道2的功能
- 14:07 功能 #2610 (已解决): Ford_SWER_0003_0001：输入通道1的功能
- 14:04 功能 #2868 (已关闭): Ford_SWER_0027_0001：DRL EEL LIN command Table for App
- DRL request shall take a higher priority than Position request
|DRL_Rqst |Position_Park_Left_Cmd |Position_Park_Rig... - 14:01 功能 #2867 (已关闭): Ford_SWER_0069_0002：LDM_Load provide extended Load Fault Identification
- 节点反馈对应功能的故障，对应关系如下所示：
(xx_EEL_)Load0: Static Bending light
(xx_EEL_)Load1: LB
(xx_EEL_)Load2: HB
(xx_EEL_)Load3: ... - 13:58 功能 #2864 (已关闭): fORD_SWER_0073_0013: LDM Data Configuration Respond Frame Information
- |DLPL_LIN_19_007 |Note 1: The node can detect that it has received all ConfigData when the ConfigIndex is zero the s...
- 13:56 功能 #2862 (已关闭): Ford_SWER_0023_0003：Turn Indicator Activation(“Turn_signal_Light_Cmd“ no impact)
- LIN接收信号中，“Turn_signal_Light_Cmd”信号会为其他功能提供转向灯使能信息。此信号对确定转向指示灯功能的实际状态没有影响。
(The‘Turn_signal_Light_Cmd’provides inform... - 13:53 功能 #2861 (已关闭): Ford_SWER_0073_0012: LDM Data Configuration should respond “Not configured” immediately
- |DLPL_LIN_19_005 |Once a node detects that the subnet as switched to Configuration Mode then it shall immediately st...
- 13:49 功能 #2860 (已关闭): Ford_SWER_0065_0001：Information
- 该表格是所有LIN通讯报文的总览，具体所有ID的作用和说明，请参见上述的几张图表。
This table provides an overview of all LIN communication messages, as show... - 13:49 功能 #2859 (已关闭): Ford_SWER_0073_0011: LDM Data Configuration Start and Over time mechanism
- |DLPL_LIN_19_004 |A node shall infer that Configuration Mode has started when it first receives any of these signals...
- 13:41 功能 #2858 (已关闭): Ford_SWER_0026_0001：DRL Control Mode for dataset
- The trigger source for DRL/PO function needs to be set in the Dataset
1、BCM LIN
2、BCM ‘L/RF_DRL_LAMP_Ckt’direct w... - 13:39 功能 #2618 (已解决): Ford_SWER_0001_0005：电源电压采样过滤时间
- 13:39 功能 #2618 (进行中): Ford_SWER_0001_0005：电源电压采样过滤时间
- 13:39 功能 #2616 (已解决): Ford_SWER_0001_0004：电源电压降功率平滑过渡
- 13:39 功能 #2616 (进行中): Ford_SWER_0001_0004：电源电压降功率平滑过渡
- 13:38 功能 #2638 (已解决): Ford_SWER_0011_0006：Turn Indicator Failsafe Mode（Active Load Fault Reporting via LIN）
- 13:37 功能 #2843 (已解决): Ford_SWER_0073_0006：LDM personalization configuration information
- 12:50 功能 #2843 (已关闭): Ford_SWER_0073_0006：LDM personalization configuration information
- Reserved, no Software requirements
- 12:49 功能 #2843 (已关闭): Ford_SWER_0073_0006：LDM personalization configuration information
- If the information can change, it is deemed to be personalization information and must be transmitted to the node us...
- 13:36 功能 #2855 (已关闭): Ford_SWER_0068_0002：Exterior Lighting Functional Description
- 外部照明功能说明的表格参考上述截图Table 30
- 13:33 功能 #2703 (已解决): Ford_SWER_0086_0001: output status when MEC = 0
- 13:33 功能 #2703 (进行中): Ford_SWER_0086_0001: output status when MEC = 0
- 13:32 功能 #2789 (已解决): Ford_SWER_0016_0007:PWM output configuration(APP PWM Follow HB)
- 10:38 功能 #2789 (进行中): Ford_SWER_0016_0007:PWM output configuration(APP PWM Follow HB)
- 10:37 功能 #2789 (已关闭): Ford_SWER_0016_0007:PWM output configuration(APP PWM Follow HB)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x02，则对应PWM通道关联HB功能，当收到HB功能指令时，PWM输出应立即从0%激活到对应的“PWMx_Target_Duty_Cycle_cfg”占空比。
(I... - 13:32 功能 #2854 (已关闭): Ford_SWER_0068_0001：The main lighting signal
- 驱动 LDM 中 Position 和 Headlamp 逻辑的主要信号为：
Position_Park_Left_Cmd
Position_Park_Right_Cmd
Headelamps_Low_Beams_Out
He... - 13:31 功能 #2853 (已关闭): Ford_SWER_0073_0010: LDM Data Configuration detailed information
- The LDM supplier is responsible for providing full multiplexing information showing the location of each parameter wi...
- 13:31 功能 #2788 (已解决): Ford_SWER_0016_0006:PWM output configuration(APP PWM Follow LB)
- 13:30 功能 #2788 (进行中): Ford_SWER_0016_0006:PWM output configuration(APP PWM Follow LB)
- 10:36 功能 #2788 (已关闭): Ford_SWER_0016_0006:PWM output configuration(APP PWM Follow LB)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x01，则对应PWM通道关联LB功能，当收到LB功能指令时，PWM输出应立即从0%激活到对应的“PWMx_Target_Duty_Cycle_cfg”占空比。
(I... - 13:29 功能 #2852 (已关闭): Ford_SWER_0077_0001：Compare data of BCM broadcast frames with Cfg_match
- LDM模块会对BCM广播的配置数据进行检查，当Cfg_Match与BCM广播的值不匹配时，则LDM没有为它所安装的车辆配置，会显示“未配置”(APINFO4->1）
- 13:29 功能 #2818 (已解决): Ford_SWER_0018_0002： High Beam (HB) ramping accuracy and frequency
- 13:28 功能 #2818 (进行中): Ford_SWER_0018_0002： High Beam (HB) ramping accuracy and frequency
- 11:21 功能 #2818 (已关闭): Ford_SWER_0018_0002： High Beam (HB) ramping accuracy and frequency
- Accuracy：between 0% and 100%
PWM Frequency：200HZ
For specific methods, please refer to FS_REQ0020_V1 High Beam LDM ... - 13:28 功能 #2821 (已解决): Ford_SWER_0018_0003：High Beam (HB) BCM EEL LIN Activation dataset-HB channel
- 13:28 功能 #2821 (进行中): Ford_SWER_0018_0003：High Beam (HB) BCM EEL LIN Activation dataset-HB channel
- 11:30 功能 #2821 (已关闭): Ford_SWER_0018_0003：High Beam (HB) BCM EEL LIN Activation dataset-HB channel
- HB channel: The APP reads the generated data from the Dataset. If Channel2/3/4_usage_cfg is 0x02,The corresponding ch...
- 13:27 功能 #2828 (已解决): Ford_SWER_0021_0001：High Beam EEL LIN Flash-to-Pass Activation
- 13:26 功能 #2828 (进行中): Ford_SWER_0021_0001：High Beam EEL LIN Flash-to-Pass Activation
- 12:23 功能 #2828 (已关闭): Ford_SWER_0021_0001：High Beam EEL LIN Flash-to-Pass Activation
- 1、the LIN signal ‘FTP_Status’ transitions from ‘0’ to ‘1’, the high beam output(s) shall *activate immediately* ；
2、... - 13:24 功能 #2829 (已解决): Ford_SWER_0021_0002 ：FTP priority
- 13:20 功能 #2829 (进行中): Ford_SWER_0021_0002 ：FTP priority
- 12:24 功能 #2829 (已关闭): Ford_SWER_0021_0002 ：FTP priority
- FTP status shall always take priority over normal high beam activation
- 13:23 功能 #2850 (已关闭): Ford_SWER_0073_0009: LDM Data Configuration LIN data frame bit map
- DLPL_LIN_19_002 – Configuration Data Mapping
The table below explicitly lists how the multiplexed Config informati... - 13:22 功能 #2849 (已关闭): Ford_SWER_0023_0002：Turn Indicator Activation(Turn signal working voltage judgment)
- 当转向电源（L/RF_Turn_Lamp_Ckt）等于或高于7V时转向灯点亮，低于7V时转向灯熄灭，转向灯熄灭时，转向灯电源需要等于或高于7.5V才能恢复到点亮状态。
(When the power supply (L/RF_Tur... - 13:13 功能 #2848 (进行中): Ford_SWER_0070_0003：How the Vehicle Operation Load Sequencing command is applied
- 车辆运行负载排序命令可以通过 BCM 的诊断命令激活单个灯负载,该消息由 5 字节的数据组成，每个 Lighting Module 1 字节。高位将启用该 Module 的负载切换。低阶 7 位将分别与软件中的单个负载相关联。当主动命...
- 13:13 功能 #2847 (已解决): Ford_SWER_0073_0008: LDM data configuration interaction mechanism
- 13:08 功能 #2847 (已关闭): Ford_SWER_0073_0008: LDM data configuration interaction mechanism
- A LIN Node will "know" that it has completely received all the ConfigData when it sees ConfigIndex = 0 a second time....
- 13:09 功能 #2846 (已解决): Ford_SWER_0023_0001：Turn Indicator Activation(the definition of the operational state of the Turn Indicator)
- 13:08 功能 #2846 (进行中): Ford_SWER_0023_0001：Turn Indicator Activation(the definition of the operational state of the Turn Indicator)
- 13:06 功能 #2846 (已关闭): Ford_SWER_0023_0001：Turn Indicator Activation(the definition of the operational state of the Turn Indicator)
- 软件需要能抓取BCM转向电源端（L/RF_Turn_Lamp_Ckt）的电压电平，改变转向指示灯工作状态。
(The software needs to be able to grab the voltage level of th... - 13:02 功能 #2845 (进行中): Ford_SWER_0070_0002：The Vehicle Operation Load Sequencing command and functional correspondence
- 车辆运行负载排序命令和功能对应关系如下所示：
EX_LDM_Load_0_Rqst: Static Bending Light (All applicable light sources)
EX_LDM_Load_1_Rqst: ... - 13:02 功能 #2722 (已解决): Ford_SWER_0086_0006: read of MEC
- 12:59 功能 #2722 (进行中): Ford_SWER_0086_0006: read of MEC
- 12:53 功能 #2844 (已关闭): Ford_SWER_0073_0007: LDM Data Configuration LIN frame protocol
- To avoid limiting the amount of configuration information to what can fit into one LIN frame, we have chosen to use a...
- 12:49 功能 #2842 (已关闭): Ford_SWER_0035_0003：Static Bending Light Activation For App
- SBL will be activated based on steering wheel angle provided by the Signal ‘SteAngle’ and vehicle speed provided by ‘...
- 12:46 功能 #2840 (已关闭): Ford_SWER_0073_0005：LDM Configuration tirgger method
- Configuration information is limited to data that is downloaded when the LIN node is first installed and never changes.
- 12:42 功能 #2839 (已关闭): Ford_SWER_0035_0002：Static Bending Light Activation From LIN signal
- ‘SteAngle’ signal definition:
• Signal Size: 15 Bit
• Resolution: 0.1 degrees
• Raw Data Values: 0-32767
• Logica... - 12:41 功能 #2838 (已关闭): Ford_SWER_0072_0001：Node Lighting Module Configuration
- 支持整车报文配置
- 12:40 功能 #2837 (已关闭): Ford_SWER_0035_0001：Static Bending Light Activation For Dataset
- Dataset:
‘SBL_ Trigger_SteAngle_Thershold_cfg’ parameter definition:
• Range: 0 to 255Deg
• Resolution: 1Deg.
‘... - 12:38 功能 #2832 (进行中): Ford_SWER_0024_0002: Turn Indicator Delay(TI Delay Time)
- 12:28 功能 #2832 (已关闭): Ford_SWER_0024_0002: Turn Indicator Delay(TI Delay Time)
- 软件需要能识别Dataset配置项“TI_delay_time_Cfg”生成数据。在收到转向灯信号时，按照配置时间延时触发。
(The software must be able to identify data generated... - 12:37 功能 #2836 (已关闭): Ford_SWER_0073_0004：LDM Configuration data transimission method
- To support a relatively large amount of configuration info (inclination/intrusion sensor) a multiplex message is used...
- 12:34 功能 #2835 (反馈): Ford_SWER_0070_0001：VO_Load_Seq 0x07
- 该帧数据大小为8字节，类型为命令帧，ID为0x07,采样为80ms，该命令消息用于单独驱动每个负载，LDM需考虑左右两侧，具体需检测安装的位置。
The data size of the frame is 8 bytes, the ... - 12:33 功能 #2834 (已关闭): Ford_SWER_0036_0002：DRL Welcome/Farewell For App
- option1:DRL_Embrace_Intensity_cfg == 0%
No animation
option2:DRL_Embrace_Intensity_cfg <> 0%
When the LDM is trigg... - 12:30 功能 #2833 (已关闭): Ford_SWER_0073_0004：LDM Configuration data storage mechanism
- The LIN node must retain this configuration information in EEPROM (or equivalent)
- 12:26 功能 #2831 (已关闭): Ford_SWER_0073_0002：LDM Configuration LIN message ID
- Lin controller message ID (0x05) is used to LDM Data configuration
The nodes respond IDs are listed as below:
0x1... - 12:24 功能 #2830 (已关闭): Ford_SWER_0073_0001：LDM Data Configuration definition
- The function message (Message ID refer to: Ford_SWER_0073_0002) used to LDM configuration can not used to download ap...
- 11:45 功能 #2824 (已关闭): Ford_SWER_0036_0001：DRL Welcome/Farewell For Dataset
- Dataset:
‘DRL_Embrace_Intensity_cfg’ parameterdefinition:
• Range: 0 – 100%
• Resolution: 1%
•
‘DRL_Curve_Durati... - 11:43 功能 #2823 (已关闭): Ford_SWER_0037_0002：PWM channel Welcome/Farewell For App
- App:
If the ‘PWMx_WF_Target_Dutycycle_cfg’ is set to 0%, it means PWM channel shall not involved in welcome/farewell... - 11:41 功能 #2822 (已关闭): Ford_SWER_0037_0001：PWM channel Welcome/Farewell For Dataset
- Dataset:
‘PWMx_WF_Target_Dutycycle_cfg’ parameter definition:
• Range: 0 – 100%
• Resolution: 1%
•
‘PWMx_WF_Fade... - 11:30 功能 #2820 (已关闭): Ford_SWER_0069_0001：BCM EEL LDM Node Status Report Frame
- 节点状态报告帧，该帧大小为8字节，类型为节点状态信息，采样率小于250ms，标识符参考状态框架中的报头ID表，其中左侧ID为0x16,右侧ID为0x24
The node status report frame, the size ... - 11:20 功能 #2817 (新建): Ford_SWER_0080_0003:Self-Test“Cycle all” 不报故障
- LDM在执行自主测试Cycle all命令期间，如果电源有问题，LDM应该不报故障
During the execution of the Self testing cycle all command ,no fault shall... - 11:14 功能 #2816 (已关闭): Ford_SWER_0038_0002：Farewell Fade Activation Signals
- W/F shall only occur when:
• ‘Ignition status’ <> Run/Start
• ‘Headlight_Status’ = Off/Auto
• ‘L/RF_Low_Beam_Ckt’=... - 11:14 功能 #2815 (已关闭): Ford_SWER_0016_0015:PWM output configuration(APP PWM Follow Static Bending light)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x10，则对应PWM通道关联Static Bending light功能，当收到Static Bending light功能指令时，PWM输出应立即从0%激活到对应的...
- 11:13 功能 #2814 (新建): Ford_SWER_0080_0002:Self-Test “CycleAll” 指令LDM响应内容
- Software shall illuminate executes the CycleAll instruction with the following sequence:
1. Channel 1 and correspond... - 11:13 功能 #2813 (已关闭): Ford_SWER_0016_0014:PWM output configuration(APP PWM Follow Side Marker)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x09，则对应PWM通道关联Side Marker功能，当收到Side Marker功能指令时，PWM输出应立即从0%激活到对应的“PWMx_Target_Duty_...
- 11:13 功能 #2812 (已关闭): Ford_SWER_0038_0001：Welcome Fade Activation Signals
- W/F shall only occur when:
• ‘Ignition status’ <> Run/Start
• ‘Headlight_Status’ = Off/Auto
• ‘Headlamp_Low_Beams_... - 11:13 功能 #2811 (已关闭): Ford_SWER_0071_0007：APINFO0 bit map
|APINFO4 |APINFO3 |APINFO2 |APINFO1 |APINFO0 |Meaning|
|0 |0 |0 |0 |unused ...- 11:11 功能 #2810 (已关闭): Ford_SWER_0016_0013:PWM output configuration(APP PWM Follow Cornering light)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x08，对应PWM通道关联Cornering light功能，当收到Cornering light功能指令时，PWM输出应立即从0%激活到对应的“PWMx_Targe...
- 11:10 功能 #2809 (已关闭): Ford_SWER_0067_0002：Description of the second frame of data
- BCM的第二帧，提供 LDM 使用的命令和状态信息。
在0x01报文中，各功能的数据组成和说明参考上述两张截图所示。
The second frame of the BCM, which provides the command ... - 11:09 功能 #2808 (已关闭): Ford_SWER_0016_0012:PWM output configuration(APP PWM Follow Front Fog)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x07，则对应PWM通道关联Front Fog功能，当收到Front Fog功能指令时，PWM输出应立即从0%激活到对应的“PWMx_Target_Duty_Cycl...
- 11:08 功能 #2807 (已关闭): Ford_SWER_0016_0011:PWM output configuration(APP PWM Follow Licoln Lit Star)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x06，则对应PWM通道关联Licoln Lit Star功能，当收到Licoln Lit Star功能指令时，PWM输出应立即从0%激活到对应的“PWMx_Targ...
- 11:05 功能 #2806 (已关闭): Ford_SWER_0016_0010:PWM output configuration(APP PWM Follow DRL2)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x05，对应PWM通道关联DRL2功能，follow DRL2功能。若收到DRL指令时，对应PWM通道按照“PWM4_Target_Duty_Cycle_cfg”占空...
- 11:04 功能 #2805 (已关闭): Ford_SWER_0067_0001：the second frame from the BCM 0x01
- BCM的第二帧，提供 LDM 使用的命令和状态信息。
该帧的数据长度为8字节，ID为0x01,类型为命令帧，采样时间为80ms
The second frame of the BCM, which provides the com... - 11:00 功能 #2802 (新建): Ford_SWER_0080_0001:Self-Test “CycleAll” Action time
- LDM在接收到自主测试 "cycle all"请求后，LDM需要在3S内执行指令并完成响应
After receiving the Self test "cycle all" request, LDM needs to execut... - 10:59 功能 #2801 (已关闭): Ford_SWER_0008_0005: 左右识别的数据调用存储
- 左右识别功能需要在NVM中存入以下信息:
LDM的安装位置
LDM LIN ID (默认值详见REQ0069或者LDF)
LDM LIN NAD (默认值详见LDF)
左右识别功能需要在NVM中提取以下信息:
对应侧LDM ... - 10:57 功能 #2800 (已关闭): Ford_SWER_0071_0006：APINFO0 should be set to zero in all reported status
- Even though APINFO0 is designated as unused, it should be set to zero in all reported status bytes
- 10:55 功能 #2799 (已关闭): Ford_SWER_0066_0002：Description of the first frame of data
- 在0x00报文中，各功能的数据组成和说明参考上述截图所示
WFSuperstate 在欢迎/告别过渡到 RunStart 时提供了一个小的延迟，以允许环境光 - 自动灯在位置灯中平滑地拾取功能；
Ignition_Status，F... - 10:54 功能 #2798 (已关闭): Ford_SWER_0071_0005：APINFOx should follow Ford Standards
- Even though APINFO4 is called out by J2602, it is included in this list because Ford expects that all nodes continue ...
- 10:50 功能 #2797 (已关闭): Ford_SWER_0071_0004：All nodes are required to report Error Status
- All nodes are required to report the Ford Standard J2602 Error Handling Extension
o Ford Standard J2602 Error Handl... - 10:46 功能 #2796 (已关闭): Ford_SWER_0071_0003：Errors are reported once in LIN communicaition
- All these faults are "one-shot." In other words, they are only reported once and then they are cleared and not report...
- 10:45 功能 #2795 (已关闭): Ford_SWER_0039_0002：Fading detail requirement
- If fade pwm is over 5%,fading shall be achieved by a PWM which shall provide a non-linear cubic ramp.
If fade pwm i... - 10:43 功能 #2794 (已关闭): Ford_SWER_0039_0001：Fading general requirement
- Fuction fading below：
| |Channel 1 |Channel 2 |Channel 3 |Channel 4 |LSD1&2|
|Fade-in capability from 0% onwards ... - 10:41 功能 #2793 (已关闭): Ford_SWER_0008_0004: 左右识别的故障报警
- 左右识别如果故障需要按照"LDM failure Mode&Diagnostic report"报警
!clipboard-202410291645-ky6ap.png!
- 10:40 功能 #2792 (已关闭): Ford_SWER_0016_0008:PWM output configuration(APP PWM Follow TI)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x03，则对应PWM通道关联TI/Hazard功能，当收到TI/Hazard功能指令时，PWM输出应立即从0%激活到对应的“PWMx_Target_Duty_Cycl...
- 10:37 功能 #2790 (已关闭): Ford_SWER_0071_0002：Error Status meanings in first byte for LIN communication
- |ERR2 |ERR1 |ERR0 |Meaning|
|0 |0 |0 |No fault detected|
|0 |0 |1 |Reset|
|0 |1 |0 |Reserved|
|0 |1 |1 |Reserved|... - 10:35 功能 #2787 (已关闭): Ford_SWER_0017_0001：LB Activation conditions
- The voltage level of the LB supply terminal of the BCM (‘L/RF_Low_Beam_Ckt’) must be used
- When "voltage" >= 7V, L... - 10:31 功能 #2786 (已关闭): Ford_SWER_0016_0005:PWM output configuration(APP PWM unused)
- 若软件读取到“PWMx_Function_Assign_cfg”为0x00，则对应PWM通道不会被启用。
(If the value of PWMx_Function_Assign_cfg is 0x00, the correspo... - 10:29 功能 #2785 (已关闭): Ford_SWER_0071_0001：Data format for first byte of LIN communication
- SAE J2602 Status Byte
In J2602, the first byte transmitted by any node is the LIN Status Byte. It has this format:
... - 10:28 功能 #2784 (已关闭): Ford_SWER_0040_0005：DRL / POS Activation Latency Times
- If LDM in shut down mode (no power) ,software receive DRL / POS signal,DRL / POS indicator should be active in 60ms.
... - 10:27 功能 #2779 (进行中): Ford_SWER_0016_0004:PWM output configuration(APP PWM Duty Cycle)
- 10:24 功能 #2779 (已关闭): Ford_SWER_0016_0004:PWM output configuration(APP PWM Duty Cycle)
- 软件需要能识别Dataset生成的数据中4个PWM通道对应配置项“PWMx_Target_Duty_Cycle_cfg”的值。
(The software must be able to identify the value of ... - 10:27 功能 #2783 (已关闭): Ford_SWER_0040_0004：Turn indicator Activation Latency Times
- If LDM in shut down mode (no power) ,software receive Turn indicator signal,Turn indicator should be active in 60ms.
... - 10:26 功能 #2778 (进行中): Ford_SWER_0016_0003:PWM output configuration(APP PWM Function)
- 10:22 功能 #2778 (已关闭): Ford_SWER_0016_0003:PWM output configuration(APP PWM Function)
- Dataset中可以配置四个PWM通道绑定的触发功能，并配置触发时输出的PWM百分比。
(The software must be able to identify the values of PWMx_Function_Assig... - 10:26 功能 #2782 (已关闭): Ford_SWER_0040_0003：HB Activation Latency Times
- If LDM in shut down mode (no power) ,software receive HB signal,HB should be active in 60ms.
If LDM is waked up,soft... - 10:25 功能 #2781 (已关闭): Ford_SWER_0040_0002：SuppLight Activation Latency Times
- If LDM in shut down mode (no power), software receive SuppLight signal, SuppLight (PWM output) should be active in 60...
- 10:25 功能 #2774 (已解决): Ford_SWER_0016_0002:PWM output configuration(Dataset PWM Duty Cycle)
- 10:11 功能 #2774 (已关闭): Ford_SWER_0016_0002:PWM output configuration(Dataset PWM Duty Cycle)
- Dataset 应该可以分别配置4个PWM通道的占空比。
(The Dataset should be able to configure duty cycles for each of the four PWM channels.... - 10:24 功能 #2773 (已解决): Ford_SWER_0016_0001:PWM output configuration(Dataset PWM Function)
- 10:02 功能 #2773 (已关闭): Ford_SWER_0016_0001:PWM output configuration(Dataset PWM Function)
- Dataset 应该可以将4个PWM对应的“PWMx_Function_Assign_cfg”配置为一下选项并生成相应数据。
(The Dataset should be able to set PWMx_Function_Assi... - 10:24 功能 #2780 (已关闭): Ford_SWER_0040_0001：LB Activation Latency Times
- If LDM is powered off ,software receive LB signal,LB should be active in 60ms.
If LDM is powered on ,software receiv... - 10:14 功能 #2775 (已关闭): Ford_SWER_0041_0001：Channel output intensity Smooth Fading
- The first 5% of the fade in and last 5% of the fade out will need to be longer to appear smooth.
Multiplying the no... - 09:56 功能 #2772 (已关闭): Ford_SWER_0066_0001：the first frame from the BCM 0x00
- BCM 中的第一帧，该帧大小为8字节，ID为0x00，类型为命令帧，采样时间为80ms。
The first frame in the BCM, the frame size is 8 bytes, the ID is 0x00, ... - 09:49 功能 #2670 (已解决): Ford_SWER_0015_0011：Low Side Driver 1 and 2 usage Configuration(LSD Duty Cycle)
- 09:49 功能 #2771 (已解决): Ford_SWER_0015_0012：Low Side Driver 1 and 2 usage Configuration(IGN Read)
- 09:49 功能 #2771 (已关闭): Ford_SWER_0015_0012：Low Side Driver 1 and 2 usage Configuration(IGN Read)
- APP需要可以读取IGN信号，并判断其状态，是否为RUN，START状态。
(The APP needs to be able to read IGN signals and determine whether they are i... - 09:43 功能 #2669 (已解决): Ford_SWER_0015_0010：Low Side Driver 1 and 2 usage Configuration(HB/FTP Base IGN)
- 09:43 功能 #2668 (进行中): Ford_SWER_0015_0009：Low Side Driver 1 and 2 usage Configuration(DRL2 clash)
- 09:43 功能 #2666 (进行中): Ford_SWER_0015_0008：Low Side Driver 1 and 2 usage Configuration(SBL)
- 09:43 功能 #2664 (已解决): Ford_SWER_0015_0007：Low Side Driver 1 and 2 usage Configuration(DRL2)
- 09:42 功能 #2663 (已解决): Ford_SWER_0015_0006：Low Side Driver 1 and 2 usage Configuration(HB)
- 09:42 功能 #2662 (已解决): Ford_SWER_0015_0005：Low Side Driver 1 and 2 usage Configuration(LB)
- 09:41 功能 #2661 (已解决): Ford_SWER_0015_0004：Low Side Driver 1 and 2 usage Configuration(Not used)
- 09:40 功能 #2658 (已解决): Ford_SWER_0015_0003：Low Side Driver 1 and 2 usage Configuration(Dataset LSD cycle)
- 09:39 功能 #2656 (已解决): Ford_SWER_0015_0002：Low Side Driver 1 and 2 usage Configuration(Dataset DRL2 clash)
- 09:39 功能 #2655 (已解决): Ford_SWER_0015_0001：Low Side Driver 1 and 2 usage Configuration(Dataset_Lsd_usage)
- 09:36 功能 #2770 (进行中): Ford_SWER_0014_0008：Low Side Driver 1 and 2 Channel Configuration(APP Clash)
- 09:36 功能 #2770 (已关闭): Ford_SWER_0014_0008：Low Side Driver 1 and 2 Channel Configuration(APP Clash)
- 软件中两个LSD不能连接同一个通道。(Two LSDS in the software cannot connect to the same channel.)
- 09:33 功能 #2654 (进行中): Ford_SWER_0014_0006：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel4)
- 09:32 功能 #2653 (进行中): Ford_SWER_0014_0005：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel3)
- 09:32 功能 #2652 (进行中): Ford_SWER_0014_0004：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel2)
- 09:32 功能 #2648 (进行中): Ford_SWER_0014_0003：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel1)
- 09:31 功能 #2769 (已解决): Ford_SWER_0014_0007：Low Side Driver 1 and 2 Channel Configuration(Dataset Clash)
- 09:31 功能 #2769 (已关闭): Ford_SWER_0014_0007：Low Side Driver 1 and 2 Channel Configuration(Dataset Clash)
- Dataset中“LSD1/2_channel_assignment_cfg”配置项，两个LSD不被允许配置为同一通道。若配置为同一通道，最后一步操作将会撤回，并报错提醒。
(In the Dataset, the LSD1/2_c... - 09:30 功能 #2768 (已关闭): Ford_SWER_0064_0002：After each command frame, the BCM processes the node frames
- 在每个命令帧之后，BCM 将处理一个节点帧，循环遍历 LIN 节点，包含以下三个响应节点：左节点，右节点和尾灯节点以及无响应周期。
After each command frame, the BCM will process a n... - 09:28 功能 #2767 (反馈): Ford_SWER_0085_0002: Software test -SSR
- Please refer to "Ford_Software_Safety_Requirement_V005.xlsx" which will be sent via email, due to the attachment size...
- 09:27 功能 #2766 (反馈): Ford_SWER_0085_0001: APP-SSR
- Please refer to "Ford_Software_Safety_Requirement_V005.xlsx" which will be sent via email, due to the attachment size...
- 09:27 功能 #2647 (进行中): Ford_SWER_0014_0002：Low Side Driver 1 and 2 Channel Configuration(LSD Not used)
- 09:26 功能 #2765 (已关闭): Ford_SWER_0064_0001：The master node sends it in a loop
- BCM 在两个功能命令帧之间交替，命令帧分为Master Functional 1和Master Functional 2两个主节点。
The BCM alternates between two function command ... - 09:26 功能 #2646 (已解决): Ford_SWER_0014_0001：Low Side Driver 1 and 2 Channel Configuration(Dataset Cfg)
- 05:33 功能 #2764 (已关闭): Ford_SWER_0042_0002：Bin Source Select For App
- Software should get the parameter of Channel_Bin_Source and get the corresponding AD value.
- 05:24 功能 #2763 (已关闭): Ford_SWER_0042_0001：Bin Source Select For Dataset
- parameter ‘BINx_Chy_Param_cfg’
Dataset:
‘BINx_Chy_Param_cfg’ definition:
• 0x00: BIN_Channel1
• 0x01: BIN_Channel... - 05:19 功能 #2762 (已关闭): Ford_SWER_0043_0002：Bin Resistor Sample For App
- App should sample the RBIN value and convert to the resistor.
Option1:the BIN resistor is in one of the BIN range
T... - 05:01 功能 #2761 (已关闭): Ford_SWER_0043_0001：Bin Class Current Setting For Dataset
- BIN current can be set for BIN0 to BIN7 of each channel in the configuration parameter file, the current range should...
2024-10-28
- 20:23 功能 #2760 (已关闭): Ford_SWER_0044_0002： FAN Functional self-test when power on for app
- App:
The software needs to determine whether a fan self-test is required and the duration of the self-test based on ... - 20:20 功能 #2759 (已关闭): Ford_SWER_0044_0001： FAN Functional self-test when power on for dataset
- Dataset:
‘FanRunTime_OnPwr_cfg’ definition:
• 0x00: 0s
• 0x01: 20s
• 0x02: 40s
• 0x03: 60s - 20:13 功能 #2758 (已关闭): Ford_SWER_0045_0003：NTC Temperatur Triggle Fan For Dataset
- ‘Fan_Activation_Temp_cfg’ definition:
• Range: 50℃ to 100℃
• Resolution: 5℃ - 20:12 功能 #2757 (已关闭): Ford_SWER_0045_0002：NTC Source Triggle Fan For Dataset
- Dataset:
If ‘FAN_Activation_Trigger_cfg’ = 0x02 which means FAN will be activated when the temperature is more than ... - 20:11 功能 #2756 (已关闭): Ford_SWER_0045_0001：Activation of the Fan For Dataset
- Dataset:
The activation of FAN can be configured by the parameter ‘FAN_Activation_Trigger_cfg’.
• 0x00: No fan
• 0... - 19:59 功能 #2755 (已关闭): Ford_SWER_0046_0002：Fan Failure Detection Of App
- the software will sample the feedback line(C16) of the fan.
|State of the Fan Feedback Line |AD Range |Operati... - 19:50 功能 #2754 (已关闭): Ford_SWER_0046_0001：Fan Failure Detection Of Dataset
- Dataset has‘Fan_Outage_Detect_cfg’to determine either perform full stall/outage detection or not.
‘Fan_Outage_Detect... - 19:18 功能 #2753 (已关闭): Ford_SWER_0047_0001：LED Thermal Derating Peak Current morn than 150mA
- If the current derating is more than 150mA,the LDM shall control the LED junction temperature by controlling the curr...
- 19:09 功能 #2752 (已关闭): Ford_SWER_0048_0002：Output Channel Thermal Monitoring NTC Source Select For App
- App：
Reduce or not reduce power by obtaining information from 'Channelx_NTC_Source_cfg' and combining it with the co... - 19:03 功能 #2751 (已关闭): Ford_SWER_0048_0001：Output Channel Thermal Monitoring NTC Source Select For Dataset
- Dataset：
‘Channelx_NTC_Source_cfg’ definition:
• 0x00: NOT USED
• 0x01: NTC1
• 0x02: NTC2
• 0x03: NTC3
• 0x04: ... - 18:56 功能 #2750 (已关闭): Ford_SWER_0049_0002：Output Thermal Derating Curve For App
- APP:
1.软件初始化时候计算每两个降功率点之间的斜率
2.任务循环里面滤波并计算当前温度值，判断当前温度处于哪一档区间，用该档的斜率计算目标降功率的值
3.当前输出降功率值和目标降功率的值不一致的时候做缓慢变化
4.如果降... - 18:53 功能 #2749 (已关闭): Ford_SWER_0049_0001：Output Thermal Derating Curve Dataset Configure
- Dataset：
NTC derating temperature range and resolution setting:
‘CHx_NTC_TempDerate1_cfg’: should always be -40℃ an... - 18:40 功能 #2748 (已关闭): Ford_SYER_0050_0006：LDM Internal Thermal Derating Hysteresis
- Derated functions shall recover to performance of the previous range with a 5°C hysteresis.
模块温度降功率回到上一个区间的状态需要增加5℃的回滞 - 18:38 功能 #2747 (已关闭): Ford_SYER_0050_0005：LDM Internal Thermal Derating for SBL
- If LDM Internal temperature is over 125℃，SBL target Derating value should be 20%.
If LDM Internal temperature is ove... - 18:36 功能 #2746 (已关闭): Ford_SYER_0050_0004：LDM Internal Thermal Derating for DRL/PL
- If LDM Internal temperature is over 135℃，DRL/PL target Derating value should be 20%.
If LDM Internal temperature is ... - 18:32 功能 #2744 (已关闭): Ford_SYER_0050_0003：LDM Internal Thermal Derating for Turn Indicator
- If LDM Internal temperature is over 145℃，Turn target Derating value should be 20%.
If LDM Internal temperature is un... - 18:29 功能 #2743 (已关闭): Ford_SYER_0050_0002：LDM Internal Thermal Derating for HB
- If LDM Internal temperature is over 125℃，HB target Derating value should be 20%.
If LDM Internal temperature is over... - 18:25 功能 #2573 (已解决): Ford_SYSR：FS_REQ0053_V2 General LED Failure Detection
- 18:24 功能 #2742 (已关闭): Ford_SYER_0050_0001：LDM Internal Thermal Derating for Foreground LB
- start derating at 135℃ 100% to 145℃ 20% (linear)
- 18:22 功能 #2741 (已关闭): Ford_SWER_0062_0005：LDM diagnostic with test command——Write MEC
- 发送诊断写数据：（NAD）04 2E F1 A0 MEC
反馈显示写入成功或失败 - 18:19 功能 #2740 (已关闭): Ford_SWER_0062_0004：LDM diagnostic with test command——Read Daataset 数据
- 发送诊断数据：（NAD）03 22 C0 C1
反馈显示Dataset数据信息：如通道配置，LSD配置，FAN配置，NTC配置等，具体信息见附件 - 18:16 功能 #2739 (已关闭): Ford_SWER_0062_0003：LDM diagnostic with test command——Read SW Version
- 发送诊断数据：（NAD）03 22 C0 C0
SW Version 显示软件版本信息：如程序版本，Dataset版本，项目版本等，具体信息见附件 - 18:13 功能 #2738 (已关闭): Ford_SWER_0062_0002：LDM diagnostic with test command——Read EDF2
- 发送诊断数据：（NAD）03 22 C0 C3
EDF2 显示实时信息：如诊断帧信息，降功率数据，Lifetime，和最近5次的故障信息等，具体信息见附件 - 18:09 功能 #2737 (已关闭): Ford_SWER_0062_0001：LDM diagnostic with test command——Read EDF1
- 发送诊断数据：（NAD）03 22 C0 C2
EDF1 显示实时信息：如通道电流，电源电压，升压电压，通道Vf， Rbin电阻范围，内部和外部温度等，具体信息见附件 - 17:46 功能 #2736 (已关闭): Ford_SWER_0061_0005：Failure Recover strategy—— Power Reset
- 本章所述的所有LDM故障应在以下情况下恢复：
ldm上电复位
All the LDM failure above in this chapter shall recovery when:
LDM power on re... - 17:45 功能 #2735 (已关闭): Ford_SWER_0061_0004：Failure Recover strategy—— LIN Rcv
- 本章所述的所有LDM故障应在以下情况下恢复：
ldm在500毫秒内接收3个有效的LIN信号
All the LDM failure above in this chapter shall recovery when:
... - 17:44 功能 #2734 (已关闭): Ford_SWER_0061_0003：Failure Recover strategy——Buck Flt Rcv
- 本章所述的所有LDM故障应在以下情况下恢复：
buck通道短/开路故障恢复， 自恢复
All the LDM failure above in this chapter shall recovery when:
Bu... - 17:42 功能 #2733 (已关闭): Ford_SWER_0061_0002：Failure Recover strategy——RBIN/NTC Rcv
- RBIN不可自恢复，需要重新上电；
NTC可以自恢复。 - 17:41 功能 #2732 (已关闭): Ford_SWER_0061_0001：Failure Recover strategy——LED Rcv
- 本章所述的所有LDM故障应在以下情况下恢复：
•led负载恢复正常工作
All the LDM failure above in this chapter shall recovery when:
LED load re... - 17:35 功能 #2731 (已关闭): Ford_SWER_006x_0004：LB hardwire activate lost failure - LB Hardwire ON + Headlamp_Low_Beams_Out Off
- 目前采用LB硬线作为激活信号，当出现意外的硬线丢失时，LDM应在LB硬线激活状态与LIN信号“Headlamp_Low_Beams_Out”ON状态不匹配时报告LB硬线输入故障报告，且只有当“Headlamp_Low_Beams_...
- 17:33 功能 #2730 (已关闭): Ford_SWER_006x_0003：LB hardwire inactive and Headlamp_Low_Beams_Out ,LB shall OFF
- 目前采用LB硬线作为激活信号，当出现意外的硬线丢失时，LDM应在LB硬线激活状态与LIN信号“Headlamp_Low_Beams_Out”ON状态不匹配时报告LB硬线输入故障报告，且只有当“Headlamp_Low_Beams_...
- 17:27 功能 #2729 (已关闭): Ford_SWER_0063_0001：LDF
- 在BCM LIN（10417波特率）上，LDM应使用“LDF BCM_G2_LIN_05_Ckt_v17_2016Dec01.LDF”
The LDM shall consider LDF BCM_G2_LIN_05_Ckt_v... - 17:07 功能 #2728 (已关闭): Ford_SWER_006x_0002：If either LB hardwire status and Headlamp_Low_Beams_Out ON status is ON,then LB Function shall ON
- 17:01 功能 #2727 (已关闭): Ford_SWER_006x_0001：LDM shall report the LB Outage while LB hardwire status and Headlamp_Low_Beams_Out ON status mismatch within1000ms
- 目前采用LB硬线作为激活信号，当出现意外的硬线丢失时，LDM应在LB硬线激活状态与LIN信号“Headlamp_Low_Beams_Out”ON状态不匹配时报告LB硬线输入故障报告，且需1000ms报告。
关联Open is... - 16:58 功能 #2645 (已解决): Ford_SWER_0013_0006：Channel 2 to 4 Functional Configuration（TI）
- 16:57 功能 #2644 (已解决): Ford_SWER_0013_0005：Channel 2 to 4 Functional Configuration（DRL）
- 16:57 功能 #2726 (已关闭): Ford_SWER_0086_0009: MEC change
- MEC值更新后,需要上位机通过$11服务复位LDM方可更新输出状态
- 16:56 功能 #2725 (已关闭): Ford_SWER_0086_0008: CANOE change MEC
- MEC值更新后,需要上位机通过$11服务复位LDM方可更新输出状态,$11服务自动跟在$2E服务后,无需再次点击.
- 16:56 功能 #2643 (已解决): Ford_SWER_0013_0004：Channel 2 to 4 Functional Configuration（HB）
- 16:55 功能 #2642 (已解决): Ford_SWER_0013_0003：Channel 2 to 4 Functional Configuration（LB）
- 16:54 功能 #2641 (已解决): Ford_SWER_0013_0002：Channel 2 to 4 Functional Configuration（Not used）
- 16:52 功能 #2640 (已解决): Ford_SWER_0013_0001：Channel 2 to 4 Functional Configuration（Dataset配置）
- 16:48 功能 #2724 (已关闭): Ford_SWER_0060_0008：LIN Bus Failures- report/status frame
- 诊断反馈仅对报告/状态帧有效。其余帧不反馈诊断信息。
Diagnostic purposes is only valid for report/status frame. - 16:47 功能 #2723 (已关闭): Ford_SWER_0086_0007: CANOE read of MEC
- "EDF2"中可读取MEC值,可通过$22服务读EDF2,具体请见"Ford LDM4 Diagnostic Parameter Tables"表格
上位机通过读EDF2获取MEC状态,不需转义,只需直接读取LDM中存储的MEC值 - 16:42 功能 #2639 (已解决): Ford_SWER_0011_0007：Turn Indicator Failsafe Mode（TI Feedback）
- 16:41 功能 #2722 (已关闭): Ford_SWER_0086_0006: read of MEC
- "EDF2"中可读取MEC值,可通过$22服务读EDF2,具体请见"Ford LDM4 Diagnostic Parameter Tables"表格
- 16:41 功能 #2638 (已关闭): Ford_SWER_0011_0006：Turn Indicator Failsafe Mode（Active Load Fault Reporting via LIN）
- 16:40 功能 #2721 (已关闭): Ford_SWER_0060_0007：LIN Bus Failures- Other wires
- 除电源、接地或串行数据外，ECU的任何单线电路短路或断路不应妨碍与该ECU进行诊断通信的能力。
A short or open in any single wiring circuit of an ECU, except for... - 16:39 功能 #2720 (已关闭): Ford_SWER_0086_0005: CANOE write MEC
- 写入MEC值需要先通过$27服务解锁,然后通过$2E服务写入,具体请见"Ford LDM4 Diagnostic Parameter Tables"表格
上位机中该功能还需要权限管理,不能拿到上位机就可以写MEC. - 16:39 功能 #2637 (已解决): Ford_SWER_0011_0005：Turn Indicator Failsafe Mode（N-1 Failure Detection）
- 16:38 功能 #2719 (已关闭): Ford_SWER_0086_0004: write MEC
- 写入MEC值需要先通过$27服务解锁,然后通过$2E服务写入,具体请见"Ford LDM4 Diagnostic Parameter Tables"表格
- 16:37 功能 #2718 (已关闭): Ford_SWER_0060_0006：LIN Bus Failures- Bus Wiring Short to Battery Rcv
- 当总线短接电源 故障排除后，在功能延迟章节确定的时间内，无需操作员干预即可恢复正常操作。
Upon removal of the fault, normal operation shall resume without any ... - 16:35 功能 #2717 (已关闭): Ford_SWER_0060_0005：LIN Bus Failures- Bus Wiring Short to Battery
- 当母线短接正极电池小于26.5 V （Vbatt < 26.5 V）时，网络数据通信可能中断，但不会损坏任何设备。母线与电池之间的网络阻抗小于50 Ω应视为短接，不保证或不要求继续通信。
Network data communi... - 16:34 功能 #2636 (已解决): Ford_SWER_0011_0004：Turn Indicator Failsafe Mode（Channel Open/Short Detection）
- 16:33 功能 #2635 (已解决): Ford_SWER_0011_0003：Turn Indicator Failsafe Mode（TI Bin Sense）
- 16:31 功能 #2716 (已关闭): Ford_SWER_0060_0004：LIN Bus Failures- Bus Wiring Short to Ground Rcv
- LIN短路至地故障排除后，在功能延迟章节REQ0040(#2560), 确定的时间内，无需操作员干预即可恢复正常操作。
Upon removal of the fault, normal operation shall resu... - 16:30 功能 #2634 (已解决): Ford_SWER_0011_0002：Turn Indicator Failsafe Mode（TI Thermal Derating）
- 16:30 功能 #2715 (已关闭): Ford_SWER_0060_0003：LIN Bus Failures- Bus Wiring Short to Ground
- 母线和地之间的网络阻抗小于50 Ω应被认为是短地，不保证或不需要继续通信。网络数据通信可能中断，但当总线接地短路时，不会损坏任何ECU。
Network data communications may be interrupte... - 16:29 功能 #2633 (已解决): Ford_SWER_0011_0001：Turn Indicator Failsafe Mode（TI Light Output）
- 16:28 功能 #2714 (已关闭): Ford_SWER_0060_0002：LIN Bus Failures-LDM Power Loss Rcv
- 恢复正常电源后，在功能延迟章节REQ0040（#ID2560），规定的时间内，无需操作人员干预即可恢复正常操作。
Upon return to normal power, normal operation shall resum... - 16:25 功能 #2713 (已关闭): Ford_SWER_0060_0001：LIN Bus Failures-LDM Power Loss
- LDM功率损耗- LDM在功率损耗（或低电压）情况下不会干扰其余总线ecu （LDM， HCM）之间的正常通信。
LDM Power Loss – LDM shall not interfere with normal comm... - 16:20 功能 #2629 (进行中): Ford_SWER_0010_0009：Channel 1 Failsafe Mode(Channels 2-4 Assigned to LB)
- 16:18 功能 #2627 (进行中): Ford_SWER_0010_0008：Channel 1 Failsafe Mode(Light Connected to CH1 Low Side Driver)
- 16:17 功能 #2626 (进行中): Ford_SWER_0010_0007：Channel 1 Failsafe Mode(Static Bending)
- 16:15 功能 #2712 (已关闭): Ford_SWER_0086_0003: MEC function specification
- |场景|MEC值|LDM Dataset|说明|
|产线|0xFF|EOL Dataset|模块按照EOL Dataset配置输出, APINFO4 = 1|
|下线|0x00|EOL Dataset|模块无输出(BUCK CHN... - 16:12 功能 #2711 (已关闭): Ford_SWER_0059_0011：LIN Lost- Front fog
- 如果LIN丢失，前雾将被取消。
Front fog is to be deactivated in case of LIN lost. - 16:10 功能 #2710 (已关闭): Ford_SWER_0059_0010：LIN Lost- Lit star
- 如果LIN丢失，Lit star灯将被停用。
Lit star is to be deactivated in case of LIN lost. - 16:08 功能 #2709 (已关闭): Ford_SWER_0059_0009：LIN Lost- Side Marker
- 如果LIN丢失，SM灯将被激活。
Side Marker is to be activated in case of LIN lost. - 16:05 功能 #2708 (已关闭): Ford_SWER_0059_0008：LIN Lost- LIN DRL
- If DRL/PL configured with LIN triggle,software should control DRL is to be activated with ‘ParkPos_Intensity_cfg’ in ...
- 16:04 功能 #2707 (已关闭): Ford_SWER_0059_0007：LIN Lost- TI/LB/DRL Hardwared
- TI/LB/DRL Hardwared 激活不依赖于LIN信号，也没有任何LIN丢失的故障模式
TI/LB/Hardwired DRL activation are not dependent on LIN signals an... - 16:01 功能 #2706 (已关闭): Ford_SWER_0059_0006：LIN Lost- HB Off
- Software should turn off HB,when LIN lost occured.
- 15:58 功能 #2705 (已关闭): Ford_SWER_0086_0002: MEC data requirement
- 1. 软件在NVM中存在生产模式标志位-"MEC";
2. MEC标志位被清除后，上位机发送退出MEC指令，模块在1s之内，跳转到"下线"或者"装灯"状态 - 15:56 功能 #2703 (已关闭): Ford_SWER_0086_0001: output status when MEC = 0
- 由于EOL模式需要测试LDM的极限输出能力所有通道均使能输出, 故出厂后需要关闭所有输出(BUCK CHN/PWM CHN/LSSS CHN)以防止LDM装灯后写入整灯项目配置前烧坏负载.
- 15:53 功能 #2702 (已关闭): Ford_SWER_0059_0004：LIN Lost- last valid frames
如果收到损坏的帧，软件将按最后接收到的有效帧执行，维持最后一帧状态输出.
If corrupt frames are received, the last valid frames shall be used in the ...- 15:47 功能 #2701 (已关闭): Ford_SWER_0059_0003：LIN Lost- Recover
如果LDM在500ms内接收到3个有效的LIN信号，LDM将恢复正常工作。
The LDM shall go back to normal function if the LDM receives 3 valid LIN s...- 15:45 功能 #2700 (已关闭): Ford_SWER_0059_0002：LIN Lost- Above and equal Voltage
模块main power电压大于等于7V时，2000ms （+/- 50mS）无LIN消息或损坏LIN消息，会出现“LIN丢失”的情况：
A “LIN lost” situation occurs if:
2000...- 15:44 功能 #2699 (已关闭): Ford_SWER_0059_0001：LIN Lost-Under Voltage
当模块main power电压低于7V时，5000ms （+/- 50mS）没有收到LIN消息或损坏的LIN消息，会出现“LIN丢失”的情况：
A “LIN lost” situation occurs if:
5...- 15:44 功能 #2624 (进行中): Ford_SWER_0010_0006：Channel 1 Failsafe Mode(Active Load Fault Reporting via LIN)
- 15:43 功能 #2623 (进行中): Ford_SWER_0010_0005：Channel 1 Failsafe Mode(N-1 Failure Detection)
- 15:40 功能 #2621 (已解决): Ford_SWER_0010_0004：Channel 1 Failsafe Mode(Channel Open/Short Detection)
- 15:39 功能 #2620 (已解决): Ford_SWER_0010_0003：Channel 1 Failsafe Mode(LB Bin Sense)
- 15:38 功能 #2698 (已关闭): Ford_SWER_0058_0003：NTC Thermistor Failure-FAN
- 如果NTC电阻丢失或者超出范围，且功能/FAN绑定该NTC的时候，分配的FAN需运行
(Even if there is a Fan attached, the LDM shall run the Fan.) - 15:37 功能 #2619 (已解决): Ford_SWER_0010_0002：Channel 1 Failsafe Mode(LB Thermal Derating)
- 15:35 功能 #2697 (已关闭): Ford_SWER_0058_0002：NTC Thermistor Failure-out is of range
- 如果NTC电阻超出范围：
1. 如果配置了NTC降额，LED按照最低降额点输出；
2. 如果没有配置NTC降额，led 应由RBIN电阻定义的电流驱动
(If the NTC resistor is lost or its va... - 15:33 功能 #2696 (已关闭): Ford_SWER_0001_0002：因CH2不可用进入Failsafe工况后，其他通道也可以作为相对应灯光的功率输入线
- 需求：but the LDM shall be also capable of switching to the failsafe power supply when the main power supply is not avai...
- 15:32 功能 #2695 (已关闭): Ford_SWER_0010_0010：Channel 1 Failsafe Mode(BCM failsafe mode)
- 软件中需要周期性识别主电源（Input Channel2）是否存在，若丢失主电源(Input channel 2 = LOW)，且此时Input Channel1和Input Channel3任一个存在，或同时存在，则进入BCM fa...
- 15:31 功能 #2694 (已关闭): Ford_SWER_0058_0001：NTC Thermistor Failure-lost
- 如果NTC电阻丢失：
1. 如果配置了NTC降额，LED按照最低降额点输出；
2. 如果没有配置NTC降额，led 应由RBIN电阻定义的电流驱动
(If the NTC resistor is lost or its valu... - 15:25 功能 #2693 (已关闭): Ford_SWER_0057_0002：Binning Resistor Lost or Out of Range - Out of Range
- 如果RBIN电阻超出范围，不应导致通道过流超过BCM电流限制，LDM使用模块存储的历史档位，实现电流输出
(If the binning resistor is lost (short circuit or open circu... - 15:24 功能 #2692 (已关闭): Ford_SWER_0057_0001：Binning Resistor Lost or Out of Range - Lost
- 如果RBIN电阻丢失（未识别到有效档位），不应导致通道过流超过BCM电流限制，LDM使用模块存储的历史档位，实现电流输出
(If the binning resistor is lost (short circuit or op... - 15:19 功能 #2691 (已关闭): Ford_SWER_0056_0003： Buck Failure Detection - Open circuits
- buck自身检测到的失败如下：
开路
（The failures that the buck itself detects are the followings:
Open circuits
）
!c... - 15:19 功能 #2690 (已关闭): Ford_SWER_0056_0002： Buck Failure Detection - Short to battery in HSD when it is off
- buck自身检测到的失败如下：
HSD关闭时，HSD短路到电源
（The failures that the buck itself detects are the followings:
o Short... - 15:17 Bug #2689 (Bug-已关闭): boost问题
- 在dataset上设置BOOST电压为0v，这个时候boost电压测量还有5v的电压（C63）
- 15:14 功能 #2688 (已关闭): Ford_SWER_0056_0001： Buck Failure Detection-Short to GND
- buck自身检测到的失败如下：
短接GND
（The failures that the buck itself detects are the followings:
Short to GND
）
!... - 15:10 功能 #2687 (已关闭): Ford_SWER_0055_0006：LDM Failure Response Reporting-TI
- 如果发生LED故障（LED串开载或短路（LED≥1个短路）），LDM应在主电源在保证性能范围内（9-18V），“Ignition_status”为“Run/Start”时，TI应始终通过硬线‘ L/RF_LED_Turn_Outage...
- 15:08 功能 #2686 (已关闭): Ford_SWER_0055_0005：LDM Failure Response Reporting-DRL Failure Report cfg
- 如果发生LED故障（LED串开载或短路（LED≥1个短路）），LDM应在主电源在保证性能范围内（9-18V），“Ignition_status”为“Run/Start”时，通过配置实现是否通过LIN总线报告故障。
（In cas... - 15:07 功能 #2617 (已解决): Ford_SWER_0010_0001：Channel 1 Failsafe Mode(LB Light Output)
- 15:06 功能 #2685 (已关闭): Ford_SWER_0055_0004：LDM Failure Response Reporting-HB Failure Report cfg
- 如果发生LED故障（LED串开载或短路（LED≥1个短路）），LDM应在主电源在保证性能范围内（9-18V），“Ignition_status”为“Run/Start”时，通过配置实现是否通过LIN总线报告故障。
（In cas... - 15:05 功能 #2684 (已关闭): Ford_SWER_0055_0003：LDM Failure Response Reporting-LB Failure Report cfg
- 如果发生LED故障（LED串开载或短路（LED≥1个短路）），LDM应在主电源在保证性能范围内（9-18V），“Ignition_status”为“Run/Start”时，通过配置实现是否通过LIN总线报告故障。
（In cas... - 15:02 功能 #2683 (已关闭): Ford_SWER_0055_0002：LDM Failure Response Reporting-IG Status
- 如果发生LED故障（LED串开载或短路（LED≥1个短路）），LDM应在主电源在保证性能范围内（9-18V），“Ignition_status”为“Run/Start”时，能够通过LIN总线报告故障。
（In case of a... - 15:02 功能 #2682 (已关闭): Ford_SWER_0001_0001：正常工况下，CH2通道为功率输入线，其他通道为逻辑输入线
- 需求原文：The LDM will use Channel2 as main power input as HS REQ005, and rest channels input to be used as an input signa...
- 15:02 功能 #2681 (已关闭): Ford_SWER_0055_0001：LDM Failure Response Reporting-Voltage range
- （In case of a LED failure (LED string open load or short circuit (LEDs ≥1 short circuit（parameter xx_Failure_Deact_cf...
- 14:50 功能 #2680 (已关闭): Ford_SWER_0054_0008：Load Failure Response Deactivation-Over Voltage range
- 输入电压超出9-16V范围后，不反馈其余故障，仅反馈输入故障
(When the input voltage exceeds the range of 9-16V, no fault is reported, only unde... - 14:46 功能 #2679 (已关闭): Ford_SWER_0054_0007：Load Failure Response Deactivation-N-1 Failure
- 注：当N-1 LED单光功能失效时，其他功能继续工作。
示例：当LSD的led失效时，下一个更高的子系统（例如，High Side Driver）仍将根据上述参数工作。
NOTE: In case of N-1 LED fai... - 14:46 功能 #2677 (已解决): Ford_SWER_0009_0001：Channel 1 output Assignment(Dataset Channel 1 combine LB)
- 已完成
- 14:41 功能 #2677 (已关闭): Ford_SWER_0009_0001：Channel 1 output Assignment(Dataset Channel 1 combine LB)
- Dataset中Output Channel1功能配置固定为LB不可修改。
(The configuration of the Output Channel1 function in Dataset is fixed to LB a... - 14:45 功能 #2678 (已关闭): Ford_SWER_0009_0002：Channel 1 output Assignment(APP Channel 1 combine LB)
- 软件中Output Channel1默认绑定LB功能输出，不能通过配置改变。
(Output Channel1 in the software is bound to the LB output by default and can... - 14:37 功能 #2676 (已关闭): Ford_SWER_0054_0006：Load Failure Response Deactivation-TI Cfg
- 如果发生故障（1个或多个LED开载或短路），受影响组件的下一个更高的子系统（整个LED串）是否停用，可以通过参数进行配置。
‘ TI_ Failure_Deact_cfg ’参数定义：
•0x00：不需要去激活
•0x01：在检... - 14:32 功能 #2675 (已关闭): Ford_SWER_0053_0005：General LED Failure Detection_Power up
- 在LDM通电500毫秒内，不能通过LIN报告故障。在每次“LDM电源循环”期间，故障检测将重新开始。
该模块必须能够检测与LED相关的以下故障：
• 单个或多个LED故障（每个通道）
• 阳极到阴极短路
• 阳极到阴极... - 14:29 功能 #2660: Ford_SWER_0053_0003：General LED Failure Detection_LIN feedback
- 在1s内反馈故障
- 11:11 功能 #2660 (已关闭): Ford_SWER_0053_0003：General LED Failure Detection_LIN feedback
- 每次故障都需要通过LIN进行通信。在报告故障之前，需要至少在1秒内对故障进行10次验证。
该模块必须能够检测与LED相关的以下故障：
• 单个或多个LED故障（每个通道）
• 阳极到阴极短路
• 阳极到阴极断路
• BIN/... - 14:29 功能 #2674 (已关闭): Ford_SWER_0053_0002：General LED Failure Detection_IG status
- 在每个“LDM电源周期”中（模块重新上电），重新启动停机检测。
（On every ‘LDM power cycle’ the outage detection is restarted.） - 14:21 功能 #2659: Ford_SWER_0053_0001：General LED Failure Detection_Voltage range
故障检测仅在通道处于开启状态且输入电压在保证性能范围内（9-16V）时发生。超出范围时不报故障。
该模块必须能够检测与LED相关的以下故障：
• 单个或多个LED故障（每个通道）
• 阳极到阴极短路
• 阳极到...- 11:09 功能 #2659 (已关闭): Ford_SWER_0053_0001：General LED Failure Detection_Voltage range
- 故障检测仅在通道处于开启状态且输入电压(Main Power)在保证性能范围内（9-16V）时发生。
该模块必须能够检测与LED相关的以下故障：
• 单个或多个LED故障（每个通道）
• 阳极到阴极短路
• 阳极到阴极断路
... - 14:10 功能 #2673 (已关闭): Ford_SWER_0054_0005：Load Failure Response Deactivation-DRL Cfg
- 如果发生故障（1个或多个LED开载或短路），受影响组件的下一个更高的子系统（整个LED串）是否停用，可以通过参数进行配置。
‘ DRL_ Failure_Deact_cfg ’参数定义：
•0x00：不需要去激活
•0x01：在... - 14:10 功能 #2530 (进行中): Ford_SYSR：FS_REQ0010_V1 Channel 1 Failsafe Mode
- 13:52 功能 #2672 (已关闭): Ford_SWER_0054_0004：Load Failure Response Deactivation-HB Cfg
- 如果发生故障（1个或多个LED开载或短路），受影响组件的下一个更高的子系统（整个LED串）是否停用，可以通过参数进行配置。
‘ HB_ Failure_Deact_cfg ’参数定义：
•0x00：不需要去激活
•0x01：在检... - 13:49 功能 #2671 (已关闭): Ford_SWER_0054_0003：Load Failure Response Deactivation-LB Cfg
- 如果发生故障（1个或多个LED开载或短路），受影响组件的下一个更高的子系统（整个LED串）是否停用，可以通过参数进行配置。
‘ LB_Failure_Deact_cfg ’参数定义：
•0x00：不需要去激活
•0x01：在... - 13:45 功能 #2670 (已关闭): Ford_SWER_0015_0011：Low Side Driver 1 and 2 usage Configuration(LSD Duty Cycle)
- APP读取Dataset的生成数据，相应LSD通道按照“LSD1/2_ Duty_Cycle_cfg”数据输出占空比。
(The APP reads the generated data of the Dataset, and th... - 13:06 功能 #2669 (已关闭): Ford_SWER_0015_0010：Low Side Driver 1 and 2 usage Configuration(HB/FTP Base IGN)
- APP读取Dataset数据，若存在“LSD1/2_usage_cfg”为0x02，则收到HB/FTP命令时，若IGN处于运行或启动状态时，才能激活相应的通道输出。
(When the APP reads Dataset data,... - 12:53 功能 #2668 (已关闭): Ford_SWER_0015_0009：Low Side Driver 1 and 2 usage Configuration(DRL2 clash)
- DRL2只能分配给一个LSD通道。
(DRL2 can only be assigned to one LSD channel.) - 12:51 功能 #2667 (已关闭): Ford_SWER_0054_0002：Load Failure Response Deactivation-Temperature Range
- LED断电检测应在-40℃至110℃环境温度范围内工作。
（LED outage detection shall work within -40 to 110°C ambient temperature range） - 12:50 功能 #2666 (已关闭): Ford_SWER_0015_0008：Low Side Driver 1 and 2 usage Configuration(SBL)
- APP读取Dataset的生成数据，若“LSD1/2_usage_cfg”为0x04，则对应LSD关联SBL功能。
当收到SBL信号时，对应LSD应当被激活，并按照设定方式输出。
(The APP reads the genera... - 12:50 功能 #2665 (已关闭): Ford_SWER_0054_0001：Load Failure Response Deactivation-Voltage range
- LED断电检测输入电压范围为9-16V。如果输入电压超出范围，则不报告LED断电。
（ Input voltage range for LED outage detection is 9-16V. No LED outages... - 12:48 功能 #2664 (已关闭): Ford_SWER_0015_0007：Low Side Driver 1 and 2 usage Configuration(DRL2)
- APP读取Dataset的生成数据，若“LSD1/2_usage_cfg”为0x03，则对应LSD关联DRL2功能。
当收到DRL信号时，对应LSD应当被激活，并输出对应“LSDx_ Duty_Cycle_cfg”占空比；
当收到... - 12:46 功能 #2663 (已关闭): Ford_SWER_0015_0006：Low Side Driver 1 and 2 usage Configuration(HB)
- APP读取Dataset的生成数据，若“LSD1/2_usage_cfg”为0x02，则对应LSD关联HB功能。
当收到HB信号时，对应LSD应当被激活，并按照设定方式输出。
(The APP reads the generate... - 12:44 功能 #2662 (已关闭): Ford_SWER_0015_0005：Low Side Driver 1 and 2 usage Configuration(LB)
- APP读取Dataset的生成数据，若“LSD1/2_usage_cfg”为0x01，则对应LSD关联LB功能。
当收到LB信号时，对应LSD应当被激活，并按照设定方式输出。
(The APP reads the generate... - 12:40 功能 #2661 (已关闭): Ford_SWER_0015_0004：Low Side Driver 1 and 2 usage Configuration(Not used)
- APP读取Dataset的生成数据，若“LSD1/2_usage_cfg”为0x00，则对应LSD未关联功能
(The APP reads the generated data of the Dataset. If LSD1/2_u... - 11:07 功能 #2658 (已关闭): Ford_SWER_0015_0003：Low Side Driver 1 and 2 usage Configuration(Dataset LSD cycle)
- Dataset 可以通过“LSD1/2_ Duty_Cycle_Cfg”配置LSD1/2占空比。
(Dataset Can set the LSD1/2 duty ratio using LSD1/2_Duty_Cycle_Cfg.... - 11:03 功能 #2657 (已关闭): Ford_SWER_0053_0004：General LED Failure Detection_All Chn
- 该LDM必须支持对所有输出通道的故障检测,该模块必须能够检测与LED相关的以下故障：
• 单个或多个LED故障（每个通道）
• 阳极到阴极短路
• 阳极到阴极断路
• BIN/NTC超出范围
(The LDM must ... - 10:55 功能 #2656 (已关闭): Ford_SWER_0015_0002：Low Side Driver 1 and 2 usage Configuration(Dataset DRL2 clash)
- Dataset 中“LSD1/2_usage_cfg”应该只有一个LSD可以配置为“DRL2”，若两项都配置为“DRL2”时，操作将被撤回，并报错。
(Only one LSD in the Dataset LSD1/2_usage...
2024-10-27
- 17:04 功能 #2655 (已关闭): Ford_SWER_0015_0001：Low Side Driver 1 and 2 usage Configuration(Dataset_Lsd_usage)
- Dataset应该可以通过“LSD1/2_usage_cfg”，配置LSD的功能，并生成对应的数据。
(Dataset should be able to configure LSD functions and generate d... - 15:55 功能 #2654 (已关闭): Ford_SWER_0014_0006：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel4)
- APP读取Dataset的生成数据，若“LSD1/2_channel_assignment_cfg”为0x04，
则对应LSD连接Channel4输出。
(The APP reads the generated data from... - 15:54 功能 #2653 (已关闭): Ford_SWER_0014_0005：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel3)
- APP读取Dataset的生成数据，若“LSD1/2_channel_assignment_cfg”为0x03，
则对应LSD连接Channel3输出。
(The APP reads the generated data from... - 15:53 功能 #2652 (已关闭): Ford_SWER_0014_0004：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel2)
- APP读取Dataset的生成数据，若“LSD1/2_channel_assignment_cfg”为0x02，
则对应LSD连接Channel2输出。
(The APP reads the generated data from... - 15:44 功能 #2648 (已关闭): Ford_SWER_0014_0003：Low Side Driver 1 and 2 Channel Configuration(LSD assignment Channel1)
- APP读取Dataset的生成数据，若“LSD1/2_channel_assignment_cfg”为0x01，
则对应LSD连接Channel1输出。
(The APP reads the generated data from... - 15:41 功能 #2647 (已关闭): Ford_SWER_0014_0002：Low Side Driver 1 and 2 Channel Configuration(LSD Not used)
- APP读取Dataset的生成数据，若“LSD1/2_channel_assignment_cfg”为0x00，
则对应LSD不启用，不会联动任何通道输出。
(The APP reads the generated data fr... - 15:34 功能 #2646 (已关闭): Ford_SWER_0014_0001：Low Side Driver 1 and 2 Channel Configuration(Dataset Cfg)
- Dataset需要通过“LSD1/2_channel_assignment_cfg”配置项，来配置LSD连接到哪个通道或者不启用，并生成以下对应数据。
(The Dataset uses the LSD1/2_channel_ass...
2024-10-25
- 16:37 功能 #2645 (已关闭): Ford_SWER_0013_0006：Channel 2 to 4 Functional Configuration（TI）
- APP读取Dataset的生成数据，若“Channel2/3/4_usage_cfg”为0x04，
则对应通道只应响应Turn Indicator信号输出。
(The APP reads the generated data fr... - 16:36 功能 #2644 (已关闭): Ford_SWER_0013_0005：Channel 2 to 4 Functional Configuration（DRL）
- APP读取Dataset的生成数据，若“Channel2/3/4_usage_cfg”为0x03，
则对应通道只应响应DRL信号输出。
(The APP reads the generated data from the Data... - 16:35 功能 #2643 (已关闭): Ford_SWER_0013_0004：Channel 2 to 4 Functional Configuration（HB）
- APP读取Dataset的生成数据，若“Channel2/3/4_usage_cfg”为0x02，
则对应通道只应响应HB信号输出。
(The APP reads the generated data from the Datas... - 16:34 功能 #2642 (已关闭): Ford_SWER_0013_0003：Channel 2 to 4 Functional Configuration（LB）
- APP读取Dataset的生成数据，若“Channel2/3/4_usage_cfg”为0x01，
则对应通道只应响应LB信号输出。
(The APP reads the generated data from the Datas... - 16:32 功能 #2641 (已关闭): Ford_SWER_0013_0002：Channel 2 to 4 Functional Configuration（Not used）
- APP读取Dataset的生成数据，若“Channel2/3/4_usage_cfg”为0x00，
则对应通道不被启动，任何情况都不应该输出。
(The APP reads the generated data from the ... - 16:26 功能 #2640 (已关闭): Ford_SWER_0013_0001：Channel 2 to 4 Functional Configuration（Dataset配置）
- Dataset中应该支持将“Channel2/3/4_usage_cfg”参数，配置为以下功能，并生成对应的数据。
(The Dataset should support setting the Channel2/3/4_usage... - 16:08 功能 #2639 (已关闭): Ford_SWER_0011_0007：Turn Indicator Failsafe Mode（TI Feedback）
- 软件进入到Failsafe Mode，且识别到有“TI Power supply Channel”(L/RF_Turn_Lamp_Ckt)使能，同时读取到Dataset中“TI_POWER_Source_CFG”配置为0x01,“Ch...
- 16:06 功能 #2638 (已关闭): Ford_SWER_0011_0006：Turn Indicator Failsafe Mode（Active Load Fault Reporting via LIN）
- 软件进入到Failsafe Mode，且识别到有“TI Power supply Channel”(L/RF_Turn_Lamp_Ckt)使能，同时读取到Dataset中“TI_POWER_Source_CFG”配置为0x01,“Ch...
- 15:44 功能 #2637 (已关闭): Ford_SWER_0011_0005：Turn Indicator Failsafe Mode（N-1 Failure Detection）
- 软件进入到Failsafe Mode，且识别到有“TI Power supply Channel”(L/RF_Turn_Lamp_Ckt)使能，同时读取到Dataset中“TI_POWER_Source_CFG”配置为0x01,“Ch...
- 15:41 功能 #2636 (已关闭): Ford_SWER_0011_0004：Turn Indicator Failsafe Mode（Channel Open/Short Detection）
- 软件进入到Failsafe Mode，且识别到有“TI Power supply Channel”(L/RF_Turn_Lamp_Ckt)使能，同时读取到Dataset中“TI_POWER_Source_CFG”配置为0x01,“Ch...
- 15:37 功能 #2635 (已关闭): Ford_SWER_0011_0003：Turn Indicator Failsafe Mode（TI Bin Sense）
- 软件进入到Failsafe Mode，且识别到有“TI Power supply Channel”(L/RF_Turn_Lamp_Ckt)使能，同时读取到Dataset中“TI_POWER_Source_CFG”配置为0x01,“Ch...
- 15:35 功能 #2634 (已关闭): Ford_SWER_0011_0002：Turn Indicator Failsafe Mode（TI Thermal Derating）
- 软件进入到Failsafe Mode，且识别到有“TI Power supply Channel”(L/RF_Turn_Lamp_Ckt)使能，同时读取到Dataset中“TI_POWER_Source_CFG”配置为0x01,“Ch...
- 15:16 功能 #2633 (已关闭): Ford_SWER_0011_0001：Turn Indicator Failsafe Mode（TI Light Output）
- 软件进入到Failsafe Mode，且识别到有“TI Power supply Channel”(L/RF_Turn_Lamp_Ckt)使能，同时读取到Dataset中“TI_POWER_Source_CFG”配置为0x01,“Ch...
- 15:13 功能 #2632 (已关闭): Ford_SWER_0007_0002: 转向灯触发信号规格
- 转向灯触发信号是1.33Hz, 50%占空比;(375ms)
- 15:12 功能 #2631 (已关闭): Ford_SWER_0007_0001: 转向灯触发方式
- Dataset中TI功能触发通道可以配置为“Power Supply Channel 3”或无效，并生成对应的数据。
(The TI function trigger Channel in the Dataset can be co... - 15:10 功能 #2625: Ford_SWER_0051_0001：NTC temperature to resistance
- add R,R0,B,T0 and T description
R = NTC Resistance at T (Ω)
R0 = Resistance at T0 (Ω)
B = NTC B – Constant value (... - 14:53 功能 #2625 (已关闭): Ford_SWER_0051_0001：NTC temperature to resistance
- The software shall calculate NTC resistors value by configuring the R0 and B-constant of the thermistor within the LD...
- 15:10 功能 #2630 (已关闭): Ford_SWER_0006_0001: DRL/PO触发方式
- "DRL/PO"有两种控制来源:
1. "BCM"硬线发送"PWM控制信号"
2. "BCM" "LIN命令"DRL_Rqst"
Dataset中可配置DRL/PO的控制方式 - 15:07 功能 #2629 (已关闭): Ford_SWER_0010_0009：Channel 1 Failsafe Mode(Channels 2-4 Assigned to LB)
- 软件识别到Input Channel1（L/RF_Low_Beam_Ckt）使能且main power失效（Input Channel 2失效）时，
如果Output Channel2、3、4被配置成LB功能，该部分输出通道禁止输出... - 15:06 功能 #2628 (已关闭): Ford_SWER_0005_0001：输入通道2供电模式
- 输入通道2是主供电, 能够通过AD端口，识别电压范围。
当Input CHN2丢失,但LDM通过Input CHN1/CHN3/CHN4获电,则LDM需要通过LIN通讯对外报如下故障:
!clipboard-202411011... - 15:04 功能 #2627 (已关闭): Ford_SWER_0010_0008：Channel 1 Failsafe Mode(Light Connected to CH1 Low Side Driver)
- 软件进入到Failsafe Mode,且识别到有Input Channel1（L/RF_Low_Beam_Ckt）使能时，
连接到Output Channel1的低边部分灯不可被点亮。
(When the software ent... - 14:59 功能 #2626 (已关闭): Ford_SWER_0010_0007：Channel 1 Failsafe Mode(Static Bending)
- 软件进入到Failsafe Mode,且识别到有Input Channel1（L/RF_Low_Beam_Ckt）使能时，
Static Bending不可被点亮。
(When the software enters Failsa... - 14:52 功能 #2624 (已关闭): Ford_SWER_0010_0006：Channel 1 Failsafe Mode(Active Load Fault Reporting via LIN)
- 软件进入到Failsafe Mode,且识别到有Input Channel1（L/RF_Low_Beam_Ckt）使能时，
若读取到Dataset生成的数据配置有LB故障上报功能，Output Channel1的LB需要能满足Act... - 14:50 功能 #2623 (已关闭): Ford_SWER_0010_0005：Channel 1 Failsafe Mode(N-1 Failure Detection)
- 软件进入到Failsafe Mode,且识别到有Input Channel1（L/RF_Low_Beam_Ckt）使能时，
若读取到Dataset生成的数据中“LB_Failure_Deact_cfg”配置为0x01/0x02时，O... - 14:44 功能 #2522: Ford_SYSR：FS_REQ0002_V1 LDM Input Transients
- 非软件需求, 需测试注意
- 11:52 功能 #2522 (进行中): Ford_SYSR：FS_REQ0002_V1 LDM Input Transients
- 09:24 功能 #2522: Ford_SYSR：FS_REQ0002_V1 LDM Input Transients
- 完成
- 14:44 功能 #2524: Ford_SYSR：FS_REQ0004_V1 Channel 1 Power Mode
- 非软件需求, 测试需注意
- 09:25 功能 #2524: Ford_SYSR：FS_REQ0004_V1 Channel 1 Power Mode
- 完成
- 14:39 功能 #2622 (已关闭): Ford_SWER_0052_0001：LED Thermal Derating Smooth Appearance
- APP:The LDM shall thermal dim at a rate no greater than 2.5%/sec.
now： rate = 2% - 14:37 功能 #2621 (已关闭): Ford_SWER_0010_0004：Channel 1 Failsafe Mode(Channel Open/Short Detection)
- 软件进入到Failsafe Mode,且识别到有Input Channel1（L/RF_Low_Beam_Ckt）使能时，
Output Channel1的LB需要能满足Channel Open/Short Detection功能。... - 14:34 功能 #2620 (已关闭): Ford_SWER_0010_0003：Channel 1 Failsafe Mode(LB Bin Sense)
- 软件进入到Failsafe Mode,且识别到有Input Channel1（L/RF_Low_Beam_Ckt）使能时，
Output Channel1的LB需要能满足LB Bin Sense功能。
(When the soft... - 14:31 功能 #2619 (已关闭): Ford_SWER_0010_0002：Channel 1 Failsafe Mode(LB Thermal Derating)
- 软件进入到Failsafe Mode,且识别到有Input Channel1（L/RF_Low_Beam_Ckt）使能时，
Output Channel1的LB需要能满足LB Thermal Derating功能。
(When t... - 14:27 功能 #2618 (已关闭): Ford_SWER_0001_0005：电源电压采样过滤时间
- 电源电压采样及过滤时间需要大于 -500- 250ms以避免如EMC实验波形注入导致LED亮度变化.
- 14:24 功能 #2617 (已关闭): Ford_SWER_0010_0001：Channel 1 Failsafe Mode(LB Light Output)
- 软件进入到Failsafe Mode,且识别到有Input Channel1（L/RF_Low_Beam_Ckt）使能时，
Output Channel1的LB需要正常点亮。
(When the software enters F... - 14:23 功能 #2616 (已关闭): Ford_SWER_0001_0004：电源电压降功率平滑过渡
- 电源电压降功率需要采用平滑过渡算法防止亮度突然跳变
- 14:19 功能 #2615 (已关闭): Ford_SWER_0001_0003：电源电压降功率波形
- 电压缓升和缓降，对于所有功能点亮（前提即main power和LB/TI power电压一致, LIN点灯信号ok），电压缓升时到达7V时HB+DRL/POS以20%（假设最低可承受输出）输出，并保持到8V，LB+TI开始以20%点亮...
- 14:01 功能 #2614 (已关闭): Ford_SWER_0003_0004：Dataset中对于DRL/PO功能的配置
- !clipboard-202410291648-bqeje.png!
Dataset中需要能对DRL/PO功能的触发源进行设定
INVALID - 本项目没有DRL/PO功能
InputCHN4 - 通过LDM Input ch... - 13:40 功能 #2612 (已关闭): Ford_SWER_0003_0003：输入通道3的功能
- Dataset中可以将Input Channel3作为TI的输入配置;
APP需要获取Dataset中Input Channel3的配置,当配置为TI功能时,软件需要获取Input Channel3高低电平;当配置为Invalid功... - 13:25 功能 #2611 (已关闭): Ford_SWER_0003_0002：输入通道2的功能
- App需要识别Input Channel2作为主电源是否存在的判断;
Dataset中无需对于Input Channel2做配置项;
上位机需要能读出Input Channel2的电压; - 13:20 功能 #2610 (已关闭): Ford_SWER_0003_0001：输入通道1的功能
- LB功能只绑定在Input channel1上
APP只需要获取Input channel1的高地电平状态经过滤波后即可以判定LB On或者Off;
Dataset无需该条配置项; - 13:10 功能 #2523: Ford_SYSR：FS_REQ0003_V2 Channel power source Configuration
- 客户已经更新该条需求,最新需求需结合LDM Localization Dataset_V1.6:
Input Channel 3只能配置为:Invalid或者TI无法配置为DRL
Input Channel 4只能配置为:Inva... - 11:54 功能 #2523 (进行中): Ford_SYSR：FS_REQ0003_V2 Channel power source Configuration
- 09:24 功能 #2523: Ford_SYSR：FS_REQ0003_V2 Channel power source Configuration
- 需求有变更，按新需求完成
- 12:43 功能 #2567: Ford_SYSR：FS_REQ0047_V1 LED Thermal Derating
- !clipboard-202410251243-cdazp.png!
客户已明确规定150mA以下才能调PWM - 10:59 功能 #2567: Ford_SYSR：FS_REQ0047_V1 LED Thermal Derating
- !clipboard-202410251051-5zxoq.png!
客户解答LED降功率优先降电流,在保证电流精度的最小电流值后调PWM,需要结合硬件实际情况来定具体电流值. - 10:00 功能 #2567: Ford_SYSR：FS_REQ0047_V1 LED Thermal Derating
- 完成
- 12:32 功能 #2520: Ford_SYSR: FS_REQ0001_V2 LDM Input
- !clipboard-202410251232-5unp0.png!
- 09:23 功能 #2520: Ford_SYSR: FS_REQ0001_V2 LDM Input
- 完成
- 11:04 功能 #2574: Ford_SYSR：FS_REQ0054_V1 Load Failure Response Deactivation
- !clipboard-202410251104-7pspv.png!
- 10:06 功能 #2574: Ford_SYSR：FS_REQ0054_V1 Load Failure Response Deactivation
- 完成
- 11:01 功能 #2607: Ford_SYSR：FS_REQ0086_V1 LDM Factory Mode
- 有个bug需要修复
- 11:00 功能 #2605: Ford_SYSR：FS_REQ0084_V2 Software Flashing
- 完成
- 10:59 功能 #2604: Ford_SYSR：FS_REQ0083_V1 MSB vs. LSB
- 完成
- 10:57 功能 #2603: Ford_SYSR：FS_REQ0082_V1 Supplier Defined: Service Return and Development Reporting
- EDF1完成，EDF2部分完成
- 10:57 功能 #2563: Ford_SYSR：FS_REQ0043_V2 Bin Class Current Setting
- Updated REQ0043 BIN class setting
BIN current can be set for BIN0 to BIN7 of each channel in the configuration param... - 09:57 功能 #2563: Ford_SYSR：FS_REQ0043_V2 Bin Class Current Setting
- 完成
- 10:56 功能 #2602: Ford_SYSR：FS_REQ0081_V1 Supplier Defined: Lamp Manufacturing
- 完成
- 10:54 功能 #2601: Ford_SYSR：FS_REQ0080_V2 LDM Self-Test Description
- 未完成
- 10:54 功能 #2600: Ford_SYSR：FS_REQ0079_V2 Self-Test Frame
- 未完成
- 10:52 功能 #2536: Ford_SYSR：FS_REQ0016_V3 PWM output configuration
- The LDM shall have 4 PWM outputs capable of controlling any of the following functions via configure parameter ‘PWMx_...
- 09:33 功能 #2536: Ford_SYSR：FS_REQ0016_V3 PWM output configuration
- 部分完成
- 10:50 功能 #2599: Ford_SYSR：FS_REQ0078_V1 LIN Part Number Reporting
- 完成
- 10:49 功能 #2598: Ford_SYSR：FS_REQ0077_V3 Run Time Configuration Validation
- 完成
- 10:46 功能 #2597: Ford_SYSR：FS_REQ0076_V1 LDM Configuration Monitoring
- 完成
- 10:45 功能 #2596: Ford_SYSR：FS_REQ0075_V1 Configuration Support
- BCM LIN功能完成
- 10:42 功能 #2595: Ford_SYSR：FS_REQ0074_V2 LIN Configuration Frame Definition
- 完成
- 10:42 功能 #2594: Ford_SYSR：FS_REQ0073_V1 Node Lighting Module Configuration Mechanics
- 完成
- 10:41 功能 #2593: Ford_SYSR：FS_REQ0072_V1 Node Lighting Module Configuration
- 完成
- 10:38 功能 #2593: Ford_SYSR：FS_REQ0072_V1 Node Lighting Module Configuration
- 完成
- 10:36 功能 #2592: Ford_SYSR：FS_REQ0071_V1 Description of Node Reporting
- 完成
- 10:31 功能 #2591: Ford_SYSR：FS_REQ0070_V2 BCM EEL VO Load Sequencing
- 部分完成，PWM信号未接入
- 10:30 功能 #2585: Ford_SYSR：FS_REQ0064_V1 EEL LIN Message Sequencing
- 报文发送时序是定义在LDF里的,软件只需LIN通讯正常即可证明满足该需求.
- 10:20 功能 #2585: Ford_SYSR：FS_REQ0064_V1 EEL LIN Message Sequencing
- 与软件无关，上位机需求
- 10:26 功能 #2590: Ford_SYSR：FS_REQ0069_V1 BCM EEL LDM Node Status Report Frame
- 大部分完成
- 10:24 功能 #2589: Ford_SYSR：FS_REQ0068_V1 Exterior Lighting Functional Support
- 未完成，有些信号没有获取
- 10:22 功能 #2588: Ford_SYSR：FS_REQ0067_V1 BCM EEL Command Frame 2
- 完成
- 10:22 功能 #2587: Ford_SYSR：FS_REQ0066_V1 BCM EEL Command Frame 1
- 完成
- 10:21 功能 #2586: Ford_SYSR：FS_REQ0065_V1 EEL LIN Identifier Allocation
- 完成
- 10:19 功能 #2584: Ford_SYSR：FS_REQ0063_V2 LDF
- 完成
- 10:18 功能 #2583: Ford_SYSR：FS_REQ0062_V2 LDM diagnostic with test command
- 未完成
- 10:14 功能 #2582: Ford_SYSR：FS_REQ0061_V3 Failure Recover strategy
- LDM receives 3 valid LIN signals within 500 ms未完成
- 10:12 功能 #2581: Ford_SYSR：FS_REQ006x_V2 LB Activation Redundant
- 未完成
- 10:10 功能 #2580: Ford_SYSR：FS_REQ0060_V1 LIN Bus Failures
- 未完成
- 10:10 功能 #2579: Ford_SYSR：FS_REQ0059_V1 LIN Lost
- 未完成
- 10:08 功能 #2578: Ford_SYSR：FS_REQ0058_V1 NTC Thermistor Failure
- 完成
- 10:08 功能 #2577: Ford_SYSR：FS_REQ0057_V1 Binning Resistor Lost or Out of Range
- 完成
- 10:07 功能 #2576: Ford_SYSR：FS_REQ0056_V1 Buck Failure Detection
- 完成
- 10:07 功能 #2575: Ford_SYSR：FS_REQ0055_V3 LDM Failure Response Reporting
- 完成
- 10:06 功能 #2573: Ford_SYSR：FS_REQ0053_V2 General LED Failure Detection
- 完成
- 10:05 功能 #2572: Ford_SYSR：FS_REQ0052_V1_LED Thermal Derating Smooth Appearance
- 曲线有问题，需要修改
- 10:04 功能 #2571: Ford_SYSR：FS_REQ0051_V1 NTC Calculation
- 完成
- 10:04 功能 #2570: Ford_SYSR：FS_REQ0050_V2 LDM intermal Thermal Derating
- 涛 陆 在 #note-1 中写到：
> 按照DV mode给的曲线开发的，未按照FS开发
SBL部分未开发 - 10:02 功能 #2570: Ford_SYSR：FS_REQ0050_V2 LDM intermal Thermal Derating
- 按照DV mode给的曲线开发的，未按照FS开发
- 10:01 功能 #2569: Ford_SYSR：FS_REQ0049_V2 Output Thermal Derating curve
- 完成
- 10:00 功能 #2568: Ford_SYSR：FS_REQ0048_V1 Thermal Monitoring
- 完成
- 09:59 功能 #2566: Ford_SYSR：FS_REQ0046_V1 Fan Failure Detection
- 部分完成
- 09:58 功能 #2565: Ford_SYSR：FS_REQ0045_V2 Activation of the Fan
- 完成
- 09:58 功能 #2564: Ford_SYSR：FS_REQ0044_V1 FAN Functional self-test when power on
- 未完成
- 09:57 功能 #2562: Ford_SYSR：FS_REQ0042_V2 Binning Resistor
- 完成
- 09:56 功能 #2561: Ford_SYSR：FS_REQ0041_V2 Channel output intensity Smooth Fading
- 完成
- 09:55 功能 #2560: Ford_SYSR：FS_REQ0040_V1 Light Source Activation Latency Times
- 热启动有问题
- 09:55 功能 #2559: Ford_SYSR：FS_REQ0039_V2 Fading Requirements
- 未完成
- 09:53 功能 #2558: Ford_SYSR：FS_REQ0038_V3 Welcome/Farewell Fade Activation Signals
- 完成
- 09:53 功能 #2557: Ford_SYSR：FS_REQ0037_V1 PWM channel Welcome/Farewell Activation
- 未完成
- 09:52 功能 #2556: Ford_SYSR：FS_REQ0036_V2 DRL Welcome/Farewell Activation
- 完成
- 09:52 功能 #2555: Ford_SYSR：FS_REQ0035_V1 Static Bending Light Activation
- 未完成
- 09:52 功能 #2554: Ford_SYSR：FS_REQ0034_V1 Side marker Activation
- 未完成
- 09:51 功能 #2553: Ford_SYSR：FS_REQ0033_V1 Cornering Activation
- 未完成
- 09:49 功能 #2552: Ford_SYSR：FS_REQ0032_V1 Front Fog Activation
- 未完成
- 09:49 功能 #2551: Ford_SYSR：FS_REQ0031_V2_Licoln Lit Star Activation
- 未完成
- 09:48 功能 #2550: Ford_SYSR：FS_REQ0030_V1 DRL Response to Flash-To-Pass Activation
- 完成
- 09:46 功能 #2548: Ford_SYSR：FS_REQ0028_V1 DRL Response to Low Beam outage
- 完成
- 09:44 功能 #2547: Ford_SYSR：FS_REQ0027_V1 DRL EEL LIN command Table
- 完成
- 09:43 功能 #2546: Ford_SYSR：FS_REQ0026_V2 DRL Control Strategy
- 完成
- 09:43 功能 #2545: Ford_SYSR：FS_REQ0025_V3 Turn Indicator Feedback
- 完成
- 09:42 功能 #2544: Ford_SYSR：FS_REQ0024_V1 Turn Indicator Delay
- 未完成
- 09:42 功能 #2543: Ford_SYSR：FS_REQ0023_V3 Turn Indicator Activation
- 7V无法采样，其他功能完成
- 09:39 功能 #2542: Ford_SYSR：FS_REQ0022_V2 High Beam EEL Front Fog Activation Reaction
- 未完成
- 09:37 功能 #2541: Ford_SYSR：FS_REQ0021_V1 High Beam EEL LIN Flash-to-Pass Activation
- 完成
- 09:36 功能 #2540: Ford_SYSR：FS_REQ0020_V1 High Beam LDM standard ramping
- 完成
- 09:36 功能 #2539: Ford_SYSR：FS_REQ0019_V1 High Beam (HB) HCM EEL LIN Activation(Not in LDM4 scope)
- 完成
- 09:35 功能 #2538: Ford_SYSR：FS_REQ0018_V1 High Beam (HB) BCM EEL LIN Activation
- 完成
- 09:35 功能 #2537: Ford_SYSR：FS_REQ0017_V2 LB Activation
- 该PIN未IO口，无法采样电压
- 09:33 功能 #2535: Ford_SYSR：FS_REQ0015_V2 Low Side Driver 1 and 2 usage Configuration
- 除了SBL，其他功能已完成
- 09:32 功能 #2534: Ford_SYSR：FS_REQ0014_V1 Low Side Driver 1 and 2 Channel Configuration
- 未完成
- 09:31 功能 #2533: Ford_SYSR：FS_REQ0013_V1 Channel 2 to 4 Functional Configuration
- 完成
- 09:31 功能 #2532: Ford_SYSR：FS_REQ0012_V1 DRL Failsafe Mode
- 需求取消，该硬线改为信号线
- 09:30 功能 #2531: Ford_SYSR：FS_REQ0011_V3 Turn Indicator Failsafe Mode
- 完成
- 09:29 功能 #2530: Ford_SYSR：FS_REQ0010_V1 Channel 1 Failsafe Mode
- 部分完成
以下列表已完成
> |Function |Failsafe Requirement|
> |LB Light Output |Required|
> |LB Thermal Derating |Required|
... - 09:28 功能 #2519: Ford_SYSR: System Requirement
- 完成
- 09:27 功能 #2528: Ford_SYSR：FS_REQ0008_V1 Side Detection
- 完成
- 09:27 功能 #2527: Ford_SYSR：FS_REQ0007_V1 TI Power Mode
- 完成
- 09:27 功能 #2526: Ford_SYSR：FS_REQ0006_V1 DRL/PO Power supply
- 完成
- 09:26 功能 #2525: Ford_SYSR：FS_REQ0005_V1 Channel 2(Main) Power Mode
- 与软件无关
2024-10-24
- 20:19 功能 #2607 (已关闭): Ford_SYSR：FS_REQ0086_V1 LDM Factory Mode
- To protect headlamp damage from over/unexpected current of default LDM Dataset configuration in Tier1 plant or other ...
- 20:17 功能 #2606 (进行中): Ford_SYSR：FS_REQ0085_V1 Ford Functional Safety
- The LDM shall meet the functional safety requirements for each of following ASIL rated features:
|_.Item ID|_.Item n... - 20:14 功能 #2605 (已关闭): Ford_SYSR：FS_REQ0084_V2 Software Flashing
- The LDM SW and parameters shall be flashable via Lin bus acc. to ‘SWDL 00.06.15.002-006’. Please consider that the LI...
- 20:14 功能 #2604 (已关闭): Ford_SYSR：FS_REQ0083_V1 MSB vs. LSB
- In some LIN frames the message is distributed over more than one byte. In every case the frame shall be read as the f...
- 20:13 功能 #2603 (已关闭): Ford_SYSR：FS_REQ0082_V1 Supplier Defined: Service Return and Development Reporting
- For supplier use in development of the LDM and for analysis of warranty service return parts, the supplier should imp...
- 20:12 功能 #2602 (已关闭): Ford_SYSR：FS_REQ0081_V1 Supplier Defined: Lamp Manufacturing
- LDM needs to support Dataset flashing on Ford Manufacturing.
- 20:11 功能 #2601 (新建): Ford_SYSR：FS_REQ0080_V2 LDM Self-Test Description
- In the case a “cycle all” is requested the LDM shall illuminate the following outputs in 3 seconds with the following...
- 20:10 功能 #2600 (新建): Ford_SYSR：FS_REQ0079_V2 Self-Test Frame
- This diagnostic LF/RF_EEL_LoadTest frame includes a cycle all load test. This test allows the definition of an activa...
- 20:09 功能 #2599 (已关闭): Ford_SYSR：FS_REQ0078_V1 LIN Part Number Reporting
- Since we are limited to only 7 bytes of data (besides the LIN Status Byte), transmitting a 23 character part number w...
- 19:58 功能 #2598 (已关闭): Ford_SYSR：FS_REQ0077_V3 Run Time Configuration Validation
- The Front LDM modules will check the configuration data index to that broadcast by the BCM. BCM Command Frame 2 conta...
- 19:57 功能 #2597 (已关闭): Ford_SYSR：FS_REQ0076_V1 LDM Configuration Monitoring
- -The LF_EEL and RF_EEL will support monitoring of BCM Configuration and confirm it matches the vehicle programmed val...
- 19:56 功能 #2596 (已关闭): Ford_SYSR：FS_REQ0075_V1 Configuration Support
- BCM will support configuration of the LIN nodes using the established methods for configuration that are already in p...
- 19:56 功能 #2595 (已关闭): Ford_SYSR：FS_REQ0074_V2 LIN Configuration Frame Definition
- !clipboard-202411011314-1kq8r.png!
Table 40: BCM Front EEL Configuration Frame
!clipboard-202411011315-4n6yy.png!
... - 19:55 功能 #2594 (已关闭): Ford_SYSR：FS_REQ0073_V1 Node Lighting Module Configuration Mechanics
- Configuring a LIN Node is not a download. It uses a functional message to transfer data one time to the LIN node. The...
- 19:44 功能 #2593 (已关闭): Ford_SYSR：FS_REQ0072_V1 Node Lighting Module Configuration
- Configuration of the LIN Nodes can be accomplished through multiple mechanisms, in vehicle or subassembly electrical ...
- 19:44 功能 #2592 (已关闭): Ford_SYSR：FS_REQ0071_V1 Description of Node Reporting
- SAE J2602 Status Byte
In J2602, the very first byte transmitted by any node is the LIN Status Byte. It has this form... - 19:37 功能 #2591 (新建): Ford_SYSR：FS_REQ0070_V2 BCM EEL VO Load Sequencing
- The following command message is used to actuate each load individually. The LDM shall only consider LF EEL and RF EE...
- 19:35 功能 #2590 (已关闭): Ford_SYSR：FS_REQ0069_V1 BCM EEL LDM Node Status Report Frame
- The following frame describes the signals being reported by the LDM
• Name: Node Status Message
• Size: 8 Byte
• T... - 19:32 功能 #2589 (已关闭): Ford_SYSR：FS_REQ0068_V1 Exterior Lighting Functional Support
- Many of the signals defined in the Command Frames provide functionality that appear to overlap and do to some extent....
- 19:24 功能 #2588 (已关闭): Ford_SYSR：FS_REQ0067_V1 BCM EEL Command Frame 2
- The following is the second frame from the BCM providing commands and state information used by the LDM.
o Name:... - 19:20 功能 #2587 (已关闭): Ford_SYSR：FS_REQ0066_V1 BCM EEL Command Frame 1
- The following is the first frame from the BCM providing commands and state information used by the LDM.
o Name: ... - 19:19 功能 #2586 (已关闭): Ford_SYSR：FS_REQ0065_V1 EEL LIN Identifier Allocation
- The following tables list the address assignments, the message publisher and target recipient for the message data. ...
- 19:16 功能 #2585 (已关闭): Ford_SYSR：FS_REQ0064_V1 EEL LIN Message Sequencing
- The following diagram illustrates the LIN messaging sequence for the BCM EEL LIN Bus. The BCM will alternate between ...
- 19:16 功能 #2584 (已关闭): Ford_SYSR：FS_REQ0063_V2 LDF
- The LDM shall consider LDF BCM_G2_LIN_05_Ckt_v17_2016Dec01.LDF when on BCM LIN (10,417 baud).
!clipboard-20241024191... - 19:14 功能 #2583 (已关闭): Ford_SYSR：FS_REQ0062_V2 LDM diagnostic with test command
- LDM shall support diagnostic capability to read the configuration and fault status with specific engineering diagnost...
- 19:13 功能 #2582 (已关闭): Ford_SYSR：FS_REQ0061_V3 Failure Recover strategy
- All the LDM failure above in this chapter shall recovery when:
• LED load returns to normal operation(N-x except, N-... - 19:11 功能 #2581: Ford_SYSR：FS_REQ006x_V2 LB Activation Redundant
- To enhance the LB fault handling capability under FUSA TSR 1.4.2 requirement, currently LB hardwire is used as activa...
- 19:05 功能 #2581 (已关闭): Ford_SYSR：FS_REQ006x_V2 LB Activation Redundant
- To enhance the LB fault handling capability under FUSA TSR 1.4.2 requirement, to adopt LB hardwire or LIN signal “Hea...
- 19:02 功能 #2580 (已关闭): Ford_SYSR：FS_REQ0060_V1 LIN Bus Failures
- The Network shall meet the requirements as defined per the following failure modes:
• LDM Power Loss – LDM shall not... - 19:01 功能 #2579 (已关闭): Ford_SYSR：FS_REQ0059_V1 LIN Lost
- In case of “LIN lost”, the LDM shall continue functioning. A “LIN lost” situation occurs if:
• 5000 mS (+/- 50mS) no... - 18:59 功能 #2578 (已关闭): Ford_SYSR：FS_REQ0058_V1 NTC Thermistor Failure
- If the NTC resistor is lost or its value out is of range(<-40°C || >150°C), then corresponding channels shall be driv...
- 18:58 功能 #2577 (已关闭): Ford_SYSR：FS_REQ0057_V1 Binning Resistor Lost or Out of Range
- If the binning resistor is lost (short circuit or open circuit) or out of range, it shall not cause overcurrent excee...
- 18:57 功能 #2576 (已关闭): Ford_SYSR：FS_REQ0056_V1 Buck Failure Detection
- The failures that the buck itself detects are the followings:
o Short to GND
o Short to battery in HSD when it i... - 18:57 功能 #2575 (已关闭): Ford_SYSR：FS_REQ0055_V3 LDM Failure Response Reporting
- If failure occurs, the LED voltage, LDM temperature and failure time shall be saved and reported. The last five error...
- 18:56 功能 #2574 (已关闭): Ford_SYSR：FS_REQ0054_V1 Load Failure Response Deactivation
- LED outage detection shall work within -40 to 110°C ambient temperature range. Input voltage range for LED outage det...
- 18:55 功能 #2573 (已关闭): Ford_SYSR：FS_REQ0053_V2 General LED Failure Detection
- The LDM must support outage detection on all output channels. Outage detection will only occur while the channel is o...
- 18:54 功能 #2572 (已关闭): Ford_SYSR：FS_REQ0052_V1_LED Thermal Derating Smooth Appearance
- The LDM shall thermal dim at a rate no greater than 2.5%/sec for thermal derating purposes to provide a smooth lighti...
- 18:53 功能 #2571 (已关闭): Ford_SYSR：FS_REQ0051_V1 NTC Calculation
- Selection of the NTC is the responsibility of the headlamp supplier. The LDM shall be capable of supporting a wide va...
- 18:51 功能 #2570 (已关闭): Ford_SYSR：FS_REQ0050_V2 LDM intermal Thermal Derating
- The LDM shall have an internal NTC thermistor and monitor temperatures critical to operation. To avoid stressing the ...
- 18:47 功能 #2569 (已关闭): Ford_SYSR：FS_REQ0049_V2 Output Thermal Derating curve
- All output functions shall have a defined derating curves using 5 points described by a temperature and a percent der...
- 18:46 功能 #2568 (已关闭): Ford_SYSR：FS_REQ0048_V1 Thermal Monitoring
- The LDM must monitor the headlamp PCBA temperatures with NTC thermistors to thermally derate LED functions current to...
- 18:45 功能 #2567 (已关闭): Ford_SYSR：FS_REQ0047_V1 LED Thermal Derating
- The LDM shall control the LED junction temperature by controlling the current to the LED via peak current derating. I...
- 18:43 功能 #2566 (已关闭): Ford_SYSR：FS_REQ0046_V1 Fan Failure Detection
- According to the content of the configuration parameter ‘Fan_Outage_Detect_cfg’, the LDM will either perform full sta...
- 18:41 功能 #2565 (已关闭): Ford_SYSR：FS_REQ0045_V2 Activation of the Fan
- The activation of FAN can be configured by the parameter ‘FAN_Activation_Trigger_cfg’.
• 0x00: No FAN
• 0x01:Activa... - 18:40 功能 #2564 (已关闭): Ford_SYSR：FS_REQ0044_V1 FAN Functional self-test when power on
- After power on of the LDM, the fan will be activated for specific amount of time to do the functional test.The time c...
- 18:40 功能 #2563 (已关闭): Ford_SYSR：FS_REQ0043_V2 Bin Class Current Setting
- BIN current can be set for BIN0 to BIN7 of each channel in the configuration parameter file, the current range should...
- 18:38 功能 #2562 (已关闭): Ford_SYSR：FS_REQ0042_V2 Binning Resistor
- The LDM shall be capable of supporting a binning resistor input for each channel to set the current for the correspon...
- 18:35 功能 #2561 (已关闭): Ford_SYSR：FS_REQ0041_V2 Channel output intensity Smooth Fading
- No ramping is required between 0 and 5%, 8 bit resolution is required. A non-linear ramp per Steven’s Power Law shall...
- 18:33 功能 #2560 (已关闭): Ford_SYSR：FS_REQ0040_V1 Light Source Activation Latency Times
- The LDM shall be capable of activating each function within the times provided below. Latency time refers to activati...
- 18:30 功能 #2559 (已关闭): Ford_SYSR：FS_REQ0039_V2 Fading Requirements
| |Channel 1 |Channel 2 |Channel 3 |Channel 4 |LSD1&2|
|Fade-in capability from 0% onwards |Yes |Yes |Yes |Yes...- 18:27 功能 #2558 (已关闭): Ford_SYSR：FS_REQ0038_V3 Welcome/Farewell Fade Activation Signals
- The Welcome/Farewell activation shall be triggered by the LIN command ‘WFSubstate’ in both ‘BCM_E_FC1’ and‘BCM_E_FC2’...
- 18:24 功能 #2557 (已关闭): Ford_SYSR：FS_REQ0037_V1 PWM channel Welcome/Farewell Activation
- PWM channels shall be also capable to be used during Welcome/Farewell sequence, according to above ‘PWMx_Function_Ass...
- 18:23 功能 #2556 (已关闭): Ford_SYSR：FS_REQ0036_V2 DRL Welcome/Farewell Activation
- When the LDM is triggered to fade on for embrace, the LDM shall fade from 0% to the duty cycle given by ‘DRL_Embrace_...
- 18:22 功能 #2555 (已关闭): Ford_SYSR：FS_REQ0035_V1 Static Bending Light Activation
- The static bending light (SBL) will be activated based on steering wheel angle provided by the Signal ‘SteAngle’ and ...
- 18:22 功能 #2554 (已关闭): Ford_SYSR：FS_REQ0034_V1 Side marker Activation
- The activation/deactivation of side marker light shall be triggered by BCM LIN command ‘Position_Park_Left/Right_Cmd’...
- 18:21 功能 #2553 (已关闭): Ford_SYSR：FS_REQ0033_V1 Cornering Activation
- The activation/deactivation of cornering light shall be triggered by BCM LIN command ‘Cornering_cmd’ with the LDM sid...
- 18:20 功能 #2552 (已关闭): Ford_SYSR：FS_REQ0032_V1 Front Fog Activation
- The activation/deactivation of front fog light shall be triggered by BCM LIN command ‘Front_Fog_Request’.
‘Front_F... - 18:20 功能 #2551 (已关闭): Ford_SYSR：FS_REQ0031_V2_Licoln Lit Star Activation
- The activation/deactivation of Licoln Star shall be triggered by BCM LIN command ‘Position_Park_Left/Right_Cmd’ with ...
- 18:19 功能 #2550 (已关闭): Ford_SYSR：FS_REQ0030_V1 DRL Response to Flash-To-Pass Activation
- If the DRL is active, and flash to pass signal is received via LIN and IGN is either run or start, the LDM shall foll...
- 18:06 功能 #2548 (已关闭): Ford_SYSR：FS_REQ0028_V1 DRL Response to Low Beam outage
- DRL maybe affected by LB if LB outage is detected and configured to be turned off, a configurable parameter “DRL_LB_O...
- 18:06 功能 #2547 (已关闭): Ford_SYSR：FS_REQ0027_V1 DRL EEL LIN command Table
- The output of the dedicated LIN controlled DRL/Position function shall be determined based on the following LIN signa...
- 18:03 功能 #2546 (已关闭): Ford_SYSR：FS_REQ0026_V2 DRL Control Strategy
- The module will be capable of determining DRL state by either BCM LIN or by BCM ‘L/RF_DRL_LAMP_Ckt’ direct wire.
... - 18:02 功能 #2545 (已关闭): Ford_SYSR：FS_REQ0025_V3 Turn Indicator Feedback
- Under normal operating conditions, the LDM shall report Turn indicator status to the BCM by outputting the received s...
- 18:01 功能 #2544 (已关闭): Ford_SYSR：FS_REQ0024_V1 Turn Indicator Delay
- The LDM shall support a configurable delay time of the turn indicator to be able to synchronize with other turn indic...
- 18:01 功能 #2543 (已关闭): Ford_SYSR：FS_REQ0023_V3 Turn Indicator Activation
- For the definition of the operational state of the Turn Indicator, the voltage level of the Turn supply terminal of t...
- 17:59 功能 #2542 (已关闭): Ford_SYSR：FS_REQ0022_V2 High Beam EEL Front Fog Activation Reaction
- The parameter ‘HB_combined_Front_fog_cfg’ describes the handling of HB deactivation in case of front fog activation. ...
- 17:58 功能 #2541 (已关闭): Ford_SYSR：FS_REQ0021_V1 High Beam EEL LIN Flash-to-Pass Activation
- In the event the LIN signal ‘FTP_Status’ transitions from ‘0’ to ‘1’, the high beam output(s) shall activate immediat...
- 17:57 错误 #2515 (已解决): 需求确认
- 17:56 错误 #2515: 需求确认
- !
!clipboard-202410241756-fie2e.png!
! - 14:17 错误 #2515 (已关闭): 需求确认
- 当我配置LB_ Failure_Report_cfg/HB_ Failure_Report_cfg/DRL_ Failure_Report_cfg都为disable的时候，APINF2和APINFO3是否都需要置一，现在有个这个问题，...
- 17:57 功能 #2540 (已关闭): Ford_SYSR：FS_REQ0020_V1 High Beam LDM standard ramping
- The LDM shall also have the option to select a standard LDM ramping time within parameters. To do this the parameter ...
- 17:56 功能 #2539 (已关闭): Ford_SYSR：FS_REQ0019_V1 High Beam (HB) HCM EEL LIN Activation(Not in LDM4 scope)
- In FNV2 HCM configuration the corresponding HCM HB commands will also activate the HB and/or HB2 as requested by ‘LDM...
- 17:55 功能 #2538 (已关闭): Ford_SYSR：FS_REQ0018_V1 High Beam (HB) BCM EEL LIN Activation
- High beam (of any type) shall only activate if IGN is in Run or Start.
The high beam function shall be capable of ... - 17:54 功能 #2537 (已关闭): Ford_SYSR：FS_REQ0017_V2 LB Activation
- For the definition of the operational state of the LB, the voltage level of the LB supply terminal of the BCM (‘L/RF_...
- 17:54 功能 #2536 (已关闭): Ford_SYSR：FS_REQ0016_V3 PWM output configuration
- The LDM shall have 4 PWM outputs capable of controlling any of the following functions via configure parameter ‘PWMx_...
- 17:53 功能 #2535 (已关闭): Ford_SYSR：FS_REQ0015_V2 Low Side Driver 1 and 2 usage Configuration
- The function of the Low Side driver shall also be configurable. The low side driver activation shall then be based o...
- 17:51 功能 #2534 (已关闭): Ford_SYSR：FS_REQ0014_V1 Low Side Driver 1 and 2 Channel Configuration
- Additional secondary functions may be added any of the 4 channels (including channel 1) using one of the 2 low side d...
- 17:49 功能 #2533 (已关闭): Ford_SYSR：FS_REQ0013_V1 Channel 2 to 4 Functional Configuration
- Channel 2 to 4 shall be capable of supporting the following functions based on the parameters “Channel2/3/4_usage_cfg...
- 17:48 功能 #2532 (已关闭): Ford_SYSR：FS_REQ0012_V1 DRL Failsafe Mode
- The input will be active in BCM failsafe mode, and only under DRL hardwire control condition, the DRL and all corresp...
- 17:45 功能 #2531 (已关闭): Ford_SYSR：FS_REQ0011_V3 Turn Indicator Failsafe Mode
- The input will be active in BCM failsafe mode, and therefore the TI and all corresponding main functions of the TI sh...
- 17:43 功能 #2530 (已关闭): Ford_SYSR：FS_REQ0010_V1 Channel 1 Failsafe Mode
- The channel1 input will be active in BCM failsafe mode, and LB and all corresponding main functions of the LB shall b...
- 17:39 功能 #2529 (已关闭): Ford_SYSR：FS_REQ0009_V1 Channel 1 output Assignment
- The high side assignment of channel 1 must be base low beam in all cases. This shall not be configurable via LDM para...
- 17:38 功能 #2528 (已关闭): Ford_SYSR：FS_REQ0008_V1 Side Detection
- The LDMs will be used on a single LIN bus and needs to have defined mounting position information. To keep the LDM pa...
- 17:30 功能 #2527 (已关闭): Ford_SYSR：FS_REQ0007_V1 TI Power Mode
- Power for Turn indicator prefer to be apply to the “Power Supply Channel 3” input.
In the case channel 3 is sourced... - 17:29 功能 #2526 (已关闭): Ford_SYSR：FS_REQ0006_V1 DRL/PO Power supply
- DRL/PO input can be supplied with two different modes:
1) a PWM signal from BCM direct wire ‘L/RF_DRL_LAMP_Ckt’ to p... - 17:28 功能 #2525 (已关闭): Ford_SYSR：FS_REQ0005_V1 Channel 2(Main) Power Mode
- Channel 2 input (Main Power Feed) will be supplied with a steady state power supply from the vehicle to be considered...
- 17:26 功能 #2524 (已关闭): Ford_SYSR：FS_REQ0004_V1 Channel 1 Power Mode
- The LDM Channel 1 output shall be triggered by BCM Low Beam Circuit(L/RF_Low_Beam_Ckt) as described in Figure 3.
A... - 17:24 功能 #2523 (已关闭): Ford_SYSR：FS_REQ0003_V2 Channel power source Configuration
|Channel No. |Channelx_ Power_Source_cfg|
|Channel 1 |BCM LB (L/RF-Low_Beam_Ckt)|
|Channel 2 |Relay connected to...- 17:03 功能 #2522 (已关闭): Ford_SYSR：FS_REQ0002_V1 LDM Input Transients
- The LDM will be expected to withstand input transients described by:
• FMC1278 - Electromagnetic Compatibility Spec... - 16:03 功能 #2520 (已关闭): Ford_SYSR: FS_REQ0001_V2 LDM Input
- The LDM will use Channel2 as main power input as HS REQ005, and rest channels input to be used as an input signal to ...
- 15:58 功能 #2519 (已关闭): Ford_SYSR: System Requirement
- -FS_LDM Localization_V2.0.docx-
FS_LDM Localization_V2.6.docx
HS_LDM Localization_V2.2.docx - 14:54 Task #2516 (已关闭): Ford_SWET: Static code analysis
- Application software Static code analysis(S00071691.7)
2024-10-23
- 16:53 Bug #2514 (Bug-已关闭): HB呼吸问题
- HB的Fade speed配置为slow（4000ms），实际没有4000ms
- 16:11 Bug #2513 (Bug-问题回归验证): 单元测试测试问题反馈
- 1.app_dpl 代码最后存在PWM重复赋值计算，需删除
2.app_fan fan状态为error时，fan赋值错误，未停止fan，需分析修改 - 16:04 Task #2509: Ford_SWET: DV&PV Software Test
- 完成A001.6版本单元测试，静态测试，LIN一致性测试及报告更新
等待A001.8版本发布 - 15:59 Bug #2512 (Bug-已关闭): 工厂模式在有app，boot和dataset的时候，刷app后，dataset会被冲掉变成空白
- 在工厂模式下，有BOOT，APP,dataset的时候，再次刷写APP，原先的dataset会被冲掉，在读dataset的版本会变成空白
- 15:49 Bug #2511 (Bug-已关闭): 退出低功耗模式无法正常点灯
- 电源上电，不给任何逻辑，进入低功耗，在上任意逻辑，对应功能点不亮
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