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"E1/E20和E2仿真器用户手册附加文件（RH850/F1L连接说明）"

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E1/E20仿真器，E2仿真器用户手册附加文件（RH850/F1L连接说明）是由瑞萨电子公司发布的，适用于RH850系列和RH850/F1x系列设备。所有提供的信息包括产品和产品规格都代表了发布时的产品信息，可能会在不通知的情况下由瑞萨电子公司进行更改。用户应该通过瑞萨电子公司的官方渠道，比如公司网站，查看最新的信息。此外，用户需要注意，文档中关于电路、软件以及其他相关信息的描述只是为了说明半导体产品的操作和应用示例。用户需要对符合特定应用的设计、安装和操作进行充分的负责和评估。

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E1/E20/E2 Emulator 2. Connecting the Emulator and User System

R20UT2452EJ1000 Rev.10.00 Page 9 of 48

Oct.09.20

2.4 Examples of recommended connections between the connector and MCU

This section describes examples of recommended connections between the target MCU and interface circuit.

2.4.1 Example of recommended connections

Multiple recommended examples for connection are given in accord with the purposes for which the emulator is to be

used. Select the appropriate circuit with reference to the table shown below. Be sure to take the specifications of the

target device as well as measures to prevent noise into consideration when designing your circuit.

Purpose

Figure

Both debugging (4-pin LPD) and programming (1-wire UART or 2-wire

UART)

Figure 2-4

Both debugging (1-pin LPD or 4-pin LPD) and programming (1-wire UART

or 2-wire UART)

Figure 2-5

Both debugging (1-pin LPD) and programming (1-wire UART)

Figure 2-6

Only programming (1-wire UART or 2-wire UART)

Figure 2-7

Only programming (1-wire UART)

Figure 2-8

E1/E20/E2 Emulator 2. Connecting the Emulator and User System

R20UT2452EJ1000 Rev.10.00 Page 10 of 48

Oct.09.20

(1) Connection which allows Both debugging (4-pin LPD) and programming (1-wire UART or 2-wire UART)

Figure 2-4 Example of Connection

 Refer to section 2.4.2, Connecting the RESET pin, for more information on the reset circuit.

 For details on TVDD, refer to section 2.4.3, Connecting the TVDD pin.

 Make wiring runs between the 14-pin connector and target device as short as possible (within 50 mm is

recommended). Do not connect the signal lines between the connector and MCU to other signal lines.

 Use GND to apply a guard ring for the wiring which runs between the 14-pin connector and target device. Do

not route high-speed signal lines parallel to each other or allow them to cross each other.

 Pin names may vary among target devices. Refer to the user’s manual for the target device you are using for the

actual pin names.

 Proceed with appropriate processing for pins of target devices which do not require connection to the emulator

in accord with the descriptions in “Handling of Unused Pins” in the user’s manual for the target device.

Note 1: Design the circuit so that the FLMD1 pin must be at the low level during programming.

EVCC

EVSS

JP0_0 (LPDI / FPDR)

JP0_1 (LPDO / FPDT)

JP0_2 (LPDCLK / FPCK)

JP0_5 (LPDCLKOUT)

FLMD0

P10_8(FLMD1)

RESET

TVDD

GND

LPDIO / FPDR

LPDO / FPDT

LPDCLK / FPCK

LPDCLKOUT

FPMD0

RESET

【Note1】

EVCC EVCC

1K to

10K

RESET

circuit

min.

95K

Target device14-pin connector

剩余47页未读，继续阅读

明日问题的输入事件与输出事件为: | Input Events | Node Output Event description Node . e0: start program event 1 e7: Welcome message 2 e1: center a valid month 6e8: print today's date 4 e2: enter an invalid month 67| e9: print tomorrow's date 6 e3: enter a valid day 69 e10: "month OK" 39 e4: enter an invalid day 69 e11: "month out of range" 41 e5: enter a valid year 71 e12: "day OK" 4 e6: enter an invalid year 71 e13: "day out of range" 4S e14: "year OK" 54 e15: "year out of range" 5( e16: "Date OK" 6C e17: "please enter a valid date" 62 e18: "enter a month" 6( e19: "enter a day" 68 e20: "enter a year" 70 c21: "Day is month, day, year" 8S 在下表中，ASF-6对应的输入事件为: 输出事件 ASF-7对应的输入事件为: 输出事件为:_ ASF-8对应的输入事件为:_, 输出事件为:_ ASF-9对应的输入事件为:_，输出事件为:_ Atomic System Function Inputs Outputs L ASF-1 start program e0 e7 | ASF-2 enter a date with an invalid month, valid day and valid year e2, e3,e5 e11,e12,e14,e17 | ASF-3 enter a date with an invalid day, valid month and validyear| e1, c4,e5 e10,e13,e14,e17 | ASE-4 enter a date wih an ivalid year, valid day and valid monh| el,e3, c6 e10,e12, el5,e17| ASF-5 enter a date with valid month, day, and year e1,e3,e5 . e10, e12, e14, e16, c21 | ASIF-6 enter a date with valid month, day and year invalid ASF-7 enter a date with valid day, month and year invalid ASF-8 enter a date with valid year, day and month invalid ASF-9 enter a date with invalid month, day, year

ASF-6对应的输入事件为: e2, e3, e6，输出事件为: e11, e13, e17。 ASF-7对应的输入事件为: e1, e4, e6，输出事件为: e11, e13, e17。 ASF-8对应的输入事件为: e3, e4, e6，输出事件为: e11, e13, e17。 ASF-9...

在服务主机xx.wlgcxxcompany.net(10.10.2.5)中手动添加一块SCSI硬盘，大小为2G，设置一个主分区占用1G空间，并挂载到/sdbnew目录下， 2、使用quota磁盘配额命令，将该/sdbnew目录对普通用户xxwlgc1设置开机自动启用磁盘配额管理bsoft和bhard的限制大小分别为300M和500M， 3、在xxwlgc1用户登录下，使用dd命令在目录//sdbnew内创建一个510M的xxsofttxt文件，检查soft的警告值500M是否生效，

Disk quotas for user xxwlgc1 (uid 1003): Filesystem blocks quota limit grace files quota limit grace /dev/sdb1 524288 307200 512000 7 0 0 The soft limit for xxwlgc1 in /sdbnew (/dev/sdb1) has ...

QObject: Cannot create children for a parent that is in a different thread. (Parent is QTextDocument(0x35d3230), parent's thread is QThread(0x11d8fb0), current thread is QThread(0x3643e20) QObject::startTimer: Timers can only be used with threads started with QThread QObject: Cannot create children for a parent that is in a different thread. (Parent is QTextDocument(0x35d3230), parent's thread is QThread(0x11d8fb0), current thread is QThread(0x3643de0) QObject::startTimer: Timers can only be used with threads started with QThread QObject::startTimer: Timers can only be used with threads started with QThread QObject::startTimer: Timers can only be used with threads started with QThread QObject: Cannot create children for a parent that is in a different thread. (Parent is QTextDocument(0x35d3230), parent's thread is QThread(0x11d8fb0), current thread is QThread(0x36440e0)

这个问题通常是由于在不同的线程中创建了同一个父对象，导致了跨线程的对象父子关系，从而引发了错误。解决方法是保证在同一个线程中创建父对象和子对象，或者使用信号与槽机制在不同线程之间进行通信。...

"tabBar": { "color": "#238E20", "selectedColor": "#84CCF8", "backgroundColor": "#fff", "borderStyle": "black", "list": [ { "pagePath": "pages/home/home", "iconPath": "pages/images/home.png", "selectedIconPath": "pages/images/home-selected.png", "color": "white", "text": "首页" }, { "pagePath": "pages/order/order", "iconPath": "pages/images/order.png", "selectedIconPath": "pages/images/order-selected.png", "text": "订单" }, { "pagePath": "pages/my/my", "iconPath": "pages/images/my.png", "selectedIconPath": "pages/images/my-selected.png", "text": "我的" } ] },

这段代码看起来是小程序中底部导航栏的配置代码，包括了导航栏的颜色、背景颜色、边框样式、以及每个页面的路径、图标、选中时的图标、文本等信息。其中的"pagePath"指的是页面路径，"iconPath"指的是普通状态下的...

WARNING: Retrying (Retry(total=4, connect=None, read=None, redirect=None, status=None)) after connection broken by 'NewConnectionError('<pip._vendor.urllib3.connection.HTTPSConnection object at 0x000001B9BA068E20>: Failed to establish a new connection: [Errno 11001] getaddrinfo failed')': /simple/opencv-python/ WARNING: Retrying (Retry(total=3, connect=None, read=None, redirect=None, status=None)) after connection broken by 'NewConnectionError('<pip._vendor.urllib3.connection.HTTPSConnection object at 0x000001B9BA0890A0>: Failed to establish a new connection: [Errno 11001] getaddrinfo failed')': /simple/opencv-python/ WARNING: Retrying (Retry(total=2, connect=None, read=None, redirect=None, status=None)) after connection broken by 'NewConnectionError('<pip._vendor.urllib3.connection.HTTPSConnection object at 0x000001B9BA0892B0>: Failed to establish a new connection: [Errno 11001] getaddrinfo failed')': /simple/opencv-python/ WARNING: Retrying (Retry(total=1, connect=None, read=None, redirect=None, status=None)) after connection broken by 'NewConnectionError('<pip._vendor.urllib3.connection.HTTPSConnection object at 0x000001B9BA0894C0>: Failed to establish a new connection: [Errno 11001] getaddrinfo failed')': /simple/opencv-python/ WARNING: Retrying (Retry(total=0, connect=None, read=None, redirect=None, status=None)) after connection broken by 'NewConnectionError('<pip._vendor.urllib3.connection.HTTPSConnection object at 0x000001B9BA0896D0>: Failed to establish a new connection: [Errno 11001] getaddrinfo failed')': /simple/opencv-python/ ERROR: Could not find a version that satisfies the requirement opencv-python>=4.1.2 ERROR: No matching distribution found for opencv-python>=4.1.2

这可能是因为你的网络连接存在问题，或者该网站正在维护。你可以尝试以下几种解决方案： 1. 检查你的网络连接，确保你能够正常访问互联网。 2. 暂时更换 pip 源，使用其他的源来下载 opencv-python。...

编写fluent udf，用于在计算域中查找距离指定坐标点的最近单元格的压力

real min_dist = 1.0e20; // 初始化最小距离为一个很大的数值 real nearest_pressure = 0.0; real dist; /* 获取指定坐标点的坐标值 */ xcoord = 0.0; // TODO：替换为实际坐标值 ycoord = 0.0; // TODO：...

逐行分析下

Code: e1a03803 e1a03823 e3a02000 e3530a02 (e0c020b1) ---[ end trace 815ab7660b1b7e73 ]--- ``` 这是发生错误的代码部分的机器代码。这里的代码可能是错误的原因，但需要更多的上下文才能确定。最后一行指示...

[I 10:16:05.470 NotebookApp] 302 GET /api/kernelspecs/ (127.0.0.1) 0.000000ms [I 10:16:05.768 NotebookApp] 302 GET /api/kernelspecs/ (127.0.0.1) 0.000000ms [I 10:16:06.055 NotebookApp] Kernel started: de27d98b-b475-4933-acab-e85d461342d9, name: python3 [W 10:16:06.119 NotebookApp] No session ID specified [I 10:16:49.288 NotebookApp] 302 GET /?token=fea430bd31e20ce49efad155e7a6b6305f14d0b59d9e45c7 (::1) 1.000000ms [W 10:17:04.596 NotebookApp] Notebook SHAP可解释/树模型.ipynb is not trusted

这段日志记录看起来是在 Jupyter Notebook 中运行代码时产生的。第一行 `GET /api/kernelspecs/` 是在请求 kernelspecs 的信息，第二行是相同的请求，第三行则是启动了一个名为 `python3` 的内核。...

excel 95置信区间

首先需要计算残差的平方和，可以在E2单元格中输入“=D2^2”，然后在M2单元格中输入“=SUM(E2:E20)”来计算残差的平方和。接下来，如果要计算置信区间，可以在一个单元格中输入“=SQRT($M$2/17*(1 1/18 ($K$3-$K$2)^2...

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