How to generate an RCC MCO clock out of the Nuclero board using mbed? Hello, I am trying to generate a 24 MHz signal from the NUCLEO L053R8 board to use as a clock for another device. I When the peripheral clock is not active, the peripheral register values may not be readable by software and the returned value is always 0x0. STM32系統時脈介紹. Clock System STM32 has five clock sources: HSI, HSE, LSI, LSE, PLL. h"、 "stm32f4xx_gpio. Like the AHB domain, APB domain, processor domain, memory domain, etc. Yasser Mostafa Kadah. The configuration is performed using the device tree mechanism that provides a hardware description of the RCC peripheral, used by the clk-stm32mp1 Linux driver and by the Common Clock framework. Click the "Clock Configuration" tab and you can se each peripheral clock at a glance. In this example the used timer is TIM6. This is necessary for updating the variable which is returned by HAL_GetTick. Jun 17, 2018. HCLK_Frequency / 1000 is the counter reload value. STM32 ARM MCU are proposing different low power mode for saving energy when running IoT on battery. [PATCH v3] clk: stm32h7: Add stm32h743 clock driver From: gabriel. I have already covered how to measure the pulse frequency and Pulse width separately using input capture, so today in this tutorial I am going to show you how to do it combined i. Home Page STM32 Page STM32 Tutorials. I have a second task […]. Power Supplies Status bits in the Clock control register (RCC_CR) indicate which clock(s) is (are) ready and which clock is currently used as system clock. all in the same phase. Arm GCC toolchain comes with newlib C library. After reading the internals from the STM32 manual we found that there is clock gating available at the AHB level. 8 Using the System Workbench in Serial Communication. System Reset. 205 Chapter 8 DIGITAL to ANALOG CONVERTER (DAC). Looks complicated, but almost all configuration are done by SystemInit function from system_stm32f10x. Step 2: Now search board by your STM32 board name like NUCLEO-F030R8 and click on the board showing in the picture. (ARM Cortex-M3 시스템 프로그래밍 완전정복1 참조). Power Supplies Status bits in the Clock control register (RCC_CR) indicate which clock(s) is (are) ready and which clock is currently used as system clock. equ GPIOB_OTYPER, 0x40020404 @ type push-pull. MCU ports. This tutorial shows how to use various modes of the STM32 ADCs, including: Before you begin, install VisualGDB 5. Enable GPIOC Clock RCC->APB2ENR |= RCC_APB2Periph_GPIOC; //APB2 indicates we. Works on STM32F0xx, STM32F4xx and STM32F7xx series; Enables HSE or HSI oscillator. [STM32]: Making a custom i2c slave device using STM32F103 Jan 7, 2018 I2C is a serial protocol and its greatest advantage over other protocol is that it requires constant two wires irrespective of number of devices connected. Like the AHB domain, APB domain, processor domain, memory domain, etc. Connectivity Line Devices: Reset and Clock Control (RCC) 123. The ADC peripheral on the STM32 processor is a flexible but complex beast. The clock tree system is described in chip datasheets and reference manuals. (See page 109 of RM0008 for details. AFAICT, with CMSIS and V3 of Std Periph, the *only* code that should be required is :. From ElectroDragon. As I mentioned in the last section we need to do a bit more work to the infrastructure to make it more suitable for more realistic application development. After reading the internals from the STM32 manual we found that there is clock gating available at the AHB level. The STM32 series are some of the most popular microcontrollers used in a wide variety of products. AHB peripheral clock (max 72MHz) derived from System clock 3. equ RCC_AHBRSTR, 0x40023810 @ reset register. Since there are more than 32 on chip peripherals, there are actually two registers used to switch on a clock: RCC_AHB1ENR and RCC_AHB2ENR (for the H ardware clock, APB for the P eripheral. I am quite sure you must use the RCC to enable a peripheral clock to a peripheral you want to use before you can use it, and GPIO ports are peripherals with no exceptions. We just have to apply them. 2 Prototype; 1. RCC_PLLSource_PREDIV1: PREDIV1 clock selected as PLL clock entry For other_STM32_devices, this parameter can be one of the following values: RCC_PLLSource_HSI_Div2: HSI oscillator clock divided by 2 selected as PLL clock entry. com wrote: > From: Patrice Chotard > > Like STM32H7, now STM32F4/F7 clock drivers are binded by > MFD stm32_rcc driver. This code, rather conveniently, uses an 8MHz external crystal so we can almost direct-port it to the blue-pill Rust code and see how we go. 205 Chapter 8 DIGITAL to ANALOG CONVERTER (DAC). h Source header ex = Extension 15. Here is the setup code to use the internal 8MHz clock - but with the internal clock, we are only able to get a max frequency of 36MHz. MCO機能 マイクロコントローラクロック出力(MCO)機能では、外部 MCO ピンにクロックを出力することができます。5 つのクロック信号のうちの 1 つを MCO クロックとして選択できる。実際の使用例ではNucleoなんかがそうですね、 STLINKのF103からボード上のMCUへクロックを供給してます。MCOへ供給. This article explains how to configure the RCC internal peripheral when it is assigned to the Linux ® OS. Turns out that the STM32 Cortex M0 chips also support this. 1 Boot time. The library functions used here are primarily from stm32f10x_rcc. This an example, there is tens of possible. Since there are more than 32 on chip peripherals, there are actually two registers used to switch on a clock: RCC_AHB1ENR and RCC_AHB2ENR (for the H ardware clock, APB for the P eripheral. Here is a bit of a look at how to use the ADC on the STM32 for simple applications. Core System clock (max 72MHz) to execute program instructions 2. STM32 - Internal 8MHz Clock Setup Routine. I was using keil 5 that I installed it last year. Then close the excel file. Remember, LSI is specified as nominal, but for instance, on the L1, it's nominally 38kHz, but is anywhere from 26 to 56. This seems to be a regression in the API just so it can appear easier for people using LSI to get the "right" time. 2 Figure 8 shows clock tree on STM32F100 low and medium density microcontrollers. STM32 RCC Reset & clock control - настройка HSI (High-Speed Internal) генератор представляет из себя встроенный RC-генератор на 8 МГц калиброванный в процессе производства с точностью ±1%. After all, there is no need to remember the names of all… Read More ». */ static inline uint32 rcc_clk_ready_mask (rcc_clk clock) {return rcc_clk_on. (See page 109 of RM0008 for details. Enable GPIOC Clock RCC->APB2ENR |= RCC_APB2Periph_GPIOC; //APB2 indicates we. After reading the internals from the STM32 manual we found that there is clock gating available at the AHB level. c (19-June-2014), and I don't know how to change system clock, I want to use PLL and like to have 168 MHz(I know that my clock is equal to HSI,16MHz)!. Page generated on 2018-04-09 11:52 EST. when I set 9600 and try to decode a message with an oscilloscope, I get garbage. You can select on other options and PLL frequencies also (Know what you are doing else leave it as it is). We just have to apply them. The configuration bits for which clock should be taken for the MCO are in the Clock configuration register (RCC_CFGR) at position [27:24] (at least for STM32f0 series). Jun 17, 2018. Embedded Rust Experiments - Is my STM32 MCU running fast? Jan 27, 2019 (here, we continue using setup from the previous tutorial). IDE installation. ADCCLK_Frequency); 이렇게 해준다면, 시리얼 통신으로 인해 숫자로 확인할 수 있다. When called in the second rising edge, the Is_First_Captured is 1 now so IC_Val2 will be recorded and you can see the rest. In order to configure this pin, clocks must first be enabled for GPIO Port C because in STM32 Family all devices are disables by default to use less energy. FreeRTOS is a free and open source real-time operating system (RTOS) that runs on many popular microcontrollers, including STM32. STM32L4-System-Reset and clock control (RCC). Formüle dikkat edilecek olursa sıcaklık değerini hesaplayabilmek için NTC'nin direncini bilmemiz gerekir. The file STM32_Init. STM32 Cube Mx is a free software provided by ST Microelectronics who builds the STM32 line of micro controllers. STM32L4-System-Reset and clock control (RCC). It is in the process of being refactored to support other processors, in particular the STM32 series. STM32 USART Pt1: Basic Eddie February 20, 2019 1 comment In addition to the baud rate calculation, knowing which bus the USART is located on helps us find it in our RCC module to enable their clocks. h Source header ex = Extension 15. I will be using STM32F103C8 controller and SW4STM IDE, But. How to use STM32 Nucleo serial port As we have seen in the previous tutorial about this new developing board from ST, the STM32 Nucleo provides an integrated ST Link v2. We have a number of them, which we dedicate to training courses and demonstrations of our tools. Performance on 8 bit and 16 bit processors will be poor due to lack. All STM32 peripherals after the pawer-on are not clocked. 0x40021000 is the base address of the RCC peripheral; the #24 offset points to the RCC_APB2ENR register, which has a bit for each clock that's being enabled. 1 Overview of the STM32 advanced RTC The real-time clock (RTC) embedded in STM32 microcontrollers acts as an independent BCD timer/ counter. After depleting the Arduino platform and all its capabilities on Arduino language, it is time for me to move to something better. After reading the internals from the STM32 manual we found that there is clock gating available at the AHB level. It is important to note that the reload value is a 24-bit unsigned long and so this has a maximum value of 0xffffff. Don't forget to clock the peripherals. */ static inline uint32 rcc_clk_ready_mask (rcc_clk clock) {return rcc_clk_on. If you can recall from my earlier post on STM32's clock options then you'll remember that APB2 can run at 72MHz speed which is by the way the maximum operating speed for STM32F10x series MCUs. This is necessary for updating the variable which is returned by HAL_GetTick. Setting the STM32 F4 Discovery up without using libraries. For many years now, I have found myself building (admittedly small) electronics projects, and for almost all of that time I have found myself reaching for the same microcontroller: the humble Atmega 328p that powers so many Arduinos (and Arduino clones!). Don't forget to clock the peripherals. Step 1: After installation, launch STM32CubeMX, then select the access board selector to select the STM32 board. Yukarıdaki bağlantıda gerilim bölücü mantığından yola çıkarak NTC'nin direnci rahatlıkla. The problem is that baud rate for TX data is different than it should be. Connectivity Line Devices: Reset and Clock Control (RCC) 123. This an example, there is tens of possible. Works on STM32F0xx, STM32F4xx and STM32F7xx series; Enables HSE or HSI oscillator. Следующий урок по периферийному блоку stm32. txt for common clock controller binding usage. STM32 System and Timer Clock Configurations - Pt1 I've started writing some software to drive a series of TLC5940 16 Channel LED Driver chips on an ST STM32F407 Microcontroller. With multiple clock sources, clock prescalers and multipliers, you need to read carefully the documentation to get the right clock frequency. In this example the used timer is TIM6. Arm GCC toolchain comes with newlib C library. I wanted to be able to verify my system clock was configured properly. So, the first call to RCC_AHB1PeriphClockCmd enables the peripheral clock for GPIO on the B port. Procedure to Configure the RTC Block. This year, after refreshing my windows, I had to install keil 5 again, but this time, I have a problem with new version of system_stm32f4xx. The RCC also manages the various resets present in the. RCC_PLLSource_PREDIV1: PREDIV1 clock selected as PLL clock entry For other_STM32_devices, this parameter can be one of the following values: RCC_PLLSource_HSI_Div2: HSI oscillator clock divided by 2 selected as PLL clock entry. From: Gabriel Fernandez This patch introduces SAI clocks for stm32f4 socs. I was using keil 5 that I installed it last year. HCLK_Frequency / 1000 is the counter reload value. This article explains how to configure the RCC internal peripheral when it is assigned to the Linux ® OS. The RCC is necessary because the GPIO has disabled clock by default. (See page 109 of RM0008 for details. In my version of SPL, I took care of all of these stuffs. When should be turned on this signal, always when I use peripherial, like Timmer, AD, USART or I2C or maybe when I used pins attached to this peripherial? Why we turn on this clock and also we give clock to the peripherial like ADC, SPI, USART?. In section 6. Go to the documentation of this file. I previously had code working on an Atmel microcontroller, but obviously with the change of hardware comes the need for re-writing some of the lower peripheral. In 2017, Amazon took control of the FreeRTOS project and now provides regular maintenance and support. STM32Cube is the graphical initialization tool and it is not limited to clock configuration only. h) and the gpio header file (stm32f10x_gpio. The configuration bits for which clock should be taken for the MCO are in the Clock configuration register (RCC_CFGR) at position [27:24] (at least for STM32f0 series). STM32 System and Timer Clock Configurations - Pt1 I've started writing some software to drive a series of TLC5940 16 Channel LED Driver chips on an ST STM32F407 Microcontroller. The table below shows I/O. 1 Boot time. Then click on generate. The clock tree system is described in chip datasheets and reference manuals. We can use 5V logic level to this 5V tolerant input pins. Since there are more than 32 on chip peripherals, there are actually two registers used to switch on a clock: RCC_AHB1ENR and RCC_AHB2ENR (for the H ardware clock, APB for the P eripheral. This is very useful to understand how long something takes to execute, and in this example the systick timer is used to implement a millisecond delay function. Programming with STM32 Nucleo Boards 7. 0 or later and ensure you are using the latest version of the STM32 BSP. In a previous blog post I explained how the IO port can be. void rcc_clock_setup_in_hse_8mhz_out_128mhz (). STM32 MPUs; MEMS and Sensors Changing Clock Frequency on STM32F4xx. If you're used to the CMSIS libraries for STM32, then you won't completely recognise the above since it uses the pre-CMSIS core libraries to do its thing. Step 1: After installation, launch STM32CubeMX, then select the access board selector to select the STM32 board. equ GPIOB_PUPDR, 0x4002040C @ pull-up pull-down. RTC has two main units, one is the APB1 interface which connected to the APB1 bus driving by PCLK1; the other is the backup domain unit driver by RTCCLK(usually outside clk source). stm32独立看门狗和低功耗模式_rtc定时唤醒来喂狗-在stm32开发中经常会用到独立看门狗(iwdg)和低功耗模式,看门狗是为了检测和解决由软件错误引起的故障,低功耗模式是为了在cpu不需要继续运行时进入到休眠模式用以节省电能。其中独立看门狗的时钟由独立的rc振荡器(stm32f10x一般为40khz)提供. Works on STM32F0xx, STM32F4xx and STM32F7xx series; Enables HSE or HSI oscillator. I will be using STM32F103C8 controller and SW4STM IDE, But. This code, rather conveniently, uses an 8MHz external crystal so we can almost direct-port it to the blue-pill Rust code and see how we go. If not, then you can just copy the code without worrying about that. Making statements based on opinion; back them up with references or personal experience. On the STM32 devices, these clocks are known as the hardware and peripheral clocks and are controlled by the RCC (Reset and Clock Control) group of registers. Many peripherals have their own clock, independent of the system clock. 1 Vaiables; 1. It is important to note that the reload value is a 24-bit unsigned long and so this has a maximum value of 0xffffff. In this case the load value is 0x29040, well within the specified range. Library code from 2008 and it's still good on today's STM32s providing they're in the right family :-). One issue with these devices is that a lot of code needs to be written to initialize the device. Performance on 8 bit and 16 bit processors will be poor due to lack. STM32F4-Discovery TIM with STM32CubeMX STM32Cube covers STM32 portfolio. stm32独立看门狗和低功耗模式_rtc定时唤醒来喂狗-在stm32开发中经常会用到独立看门狗(iwdg)和低功耗模式,看门狗是为了检测和解决由软件错误引起的故障,低功耗模式是为了在cpu不需要继续运行时进入到休眠模式用以节省电能。其中独立看门狗的时钟由独立的rc振荡器(stm32f10x一般为40khz)提供. Attached is some code that allows you to output your SYSCLK on pin PA. c file in the. 0x40021000 is the base address of the RCC peripheral; the #24 offset points to the RCC_APB2ENR register, which has a bit for each clock that's being enabled. STM32 use Timer instead of Systick @par Example Description This example describes how to customize the HAL time base using a general purpose timer instead of Systick as main source of time base. 1 Overview of the STM32 advanced RTC The real-time clock (RTC) embedded in STM32 microcontrollers acts as an independent BCD timer/ counter. Embedded Rust Experiments - Is my STM32 MCU running fast? Jan 27, 2019 (here, we continue using setup from the previous tutorial). If values are OK then no errors would be shown. It shows the commands for assembling and linking with the GNU assembler and linker and also the commands for burning the program into the board's flash memory via a JTAG connector and the OpenOCD software. 7 Please also refer to reset. Hello guys I tested the STM32F103VET6 in 128MHz and it worked good without any failure. If you can recall from my earlier post on STM32's clock options then you'll remember that APB2 can run at 72MHz speed which is by the way the maximum operating speed for STM32F10x series MCUs. On the STM32 devices, these clocks are known as the hardware and peripheral clocks and are controlled by the RCC (Reset and Clock Control) group of registers. Methods to configure the STSCLK Source • First Enable the required clock and wait until the clock is ready. 0x40021000 is the base address of the RCC peripheral; the #24 offset points to the RCC_APB2ENR register, which has a bit for each clock that's being enabled. Aimagin Co. St STM32F103 series Manuals Manuals and User Guides for ST STM32F103 series. A radio clock or radio-controlled clock (RCC) is a clock or watch that is automatically synchronized to a time code transmitted by a radio transmitter connected to a time standard such as an atomic clock. After we had a quick overview of STM32 ADC peripheral, we can start digging deeper into specifics. STM32Cube includes the STM32CubeMX which is a graphical software configuration tool that allows generating C initialization code using graphical wizards. main differences are: - new source clock for SAI1 and SAI2 (HSI or HSE) - Add DFSDM & DSI clocks. Could you please mark the question as answered. 在探索Nucleo開發板時,艾迪認為了解stm32的系統時脈有助於了解整個系統的運作,特別像是在使用STM官方提供的STM32cubemx 時,就必須清楚了解晶片的時鐘樹(clock tree),才能做一些底層的驅動. The configuration bits for which clock should be taken for the MCO are in the Clock configuration register (RCC_CFGR) at position [27:24] (at least for STM32f0 series). RCC (Reset and Clock Control) library is needed to set up clocks for running STM devices at high speed. OpenSTM32 Community Site. ADCCLK_Frequency); 이렇게 해준다면, 시리얼 통신으로 인해 숫자로 확인할 수 있다. We found that the "RCC" peripheral has a register "RCC_APB2ENR":. Backup Domain Reset. Also you need to compile the code prior with the overclocked MCU speed to generate hex file. I have a second task […]. In case you are wondering how will the STM32F will know you have an 8MHz oscillator outside well it can't you have to know this part and from there define the RCC_PLLSource_HSE_DivX. equ GPIOB_MODER, 0x40020400 @ port B mode. So in order to make the GPIO work we need to have the clock for that port enabled. rcc->apb1enr |= 0b110 << 16; // enable: usart3 usart2 In this code fragment, 0b is the prefix for binary constant. h Source header ex = Extension 15. Many peripherals have their own clock, independent of the system clock. STM32 microcontrollers offer a large number of serial. Things to remember when developing a program for STM32 using STM32-Library. (8MHz/1) X 9 =72MHz. For power consumption efficiency the peripheral clock is gated for most peripherals on the device. Like the AHB domain, APB domain, processor domain, memory domain, etc. But it won't build, at link time it cannot find the definition for the function. It is in the process of being refactored to support other processors, in particular the STM32 series. /* Returns a mask in rcc_clk_reg(clock) to be used for turning the * clock on and off */ static inline uint32 rcc_clk_on_mask (rcc_clk clock) {return 1 << (clock & 0xFF);} /* Returns a mask in rcc_clk_reg(clock) to be used when checking the * readiness of the clock. Since we've started using them, we've had to work out for ourselves how to operate some of the on-chip peripherals. 1 Article purpose. Следующий урок по периферийному блоку stm32. Simplified Diagram of the Reset Circuit. The STM32 has a complex clock distribution network which ensures that only those peripherals that are actually needed are powered. Formüle dikkat edilecek olursa sıcaklık değerini hesaplayabilmek için NTC'nin direncini bilmemiz gerekir. So this article is devoted to the RCC and the clock frequencies. 3 Peripheral usage and associated software 3. Methods to configure the STSCLK Source • First Enable the required clock and wait until the clock is ready. Please note that all RCC registers can be read from the non-secure world. by default this is off i. In a previous blog post I explained how the IO port. OscillatorType = RCC_OSCILLATORTYPE_HSI. Getting started with STM32CubeMX for STM32 Nucleo64 Development Boards. Don't forget to clock the peripherals. Problem : I have seen no example whatsoever and an example schematic would be incredibly helpful. Use of ISR - STM32 - FreezePosted by alexgamo on June 8, 2015Dear all, I'm trying to use FreeRTOS 6. RCC Clock RCC interrupts RCC Applications Exercice:€ RCC Clock Configuration Real-time clock (RTC) Introduction and main features STR9 - STM32 Peripherals 04/28/20 DCMI clocks DCMI functional overview DMA interface DCMI Physical interface Synchronization Capture modes Crop features JPEG format FIFO. At Rapita Systems, we find the STM32 Discovery F4 board to be a cost-effective and versatile development board. STM32 RCC Reset & clock control - настройка HSI (High-Speed Internal) генератор представляет из себя встроенный RC-генератор на 8 МГц калиброванный в процессе производства с точностью ±1%. h), the peripheral clock header file (stm32f10x_rcc. h Source header ex = Extension 15. With System Workbench for Linux, Embedded Linux on the STM32MP1 family of MPUs from ST was never as simple to build and maintain, even for newcomers in the Linux world. Looks complicated, but almost all configuration are done by SystemInit function from system_stm32f10x. Recommend:assembly - How to delay one clock cycle in STM32. RCC_BDCR and RCC_CSR registers will be needed to select RTC clock source and enable low speed (LSI and LSE) clock sources. Could you please mark the question as answered. Once you have Eclipse or System Workbench set up you can go straight to writing code. We have programmed STM32F103C8 using the Arduino IDE in our previous tutorials. equ GPIOB_OSPEEDR, 0x40020408 @ port pin clock speed. /* Returns a mask in rcc_clk_reg(clock) to be used for turning the * clock on and off */ static inline uint32 rcc_clk_on_mask (rcc_clk clock) {return 1 << (clock & 0xFF);} /* Returns a mask in rcc_clk_reg(clock) to be used when checking the * readiness of the clock. It is convenient to use standard I/O streams and its library functions that allows sending formatted data streams. The STM32 has a complex clock distribution network which ensures that only those peripherals that are actually needed are powered. txt for common clock controller binding usage. [PATCH v3] clk: stm32h7: Add stm32h743 clock driver From: gabriel. It sets up PLL parameters provided from user and enables internal or external high speed clock. On Wed, Nov 15, 2017 at 01:14:51PM +0100, patrice. Thus you can just adapt the macros in your custom board. c is part of every example. As seen on clock block diagram above, in PLL block there is xN factor that will multiply clock frequency. Formüle dikkat edilecek olursa sıcaklık değerini hesaplayabilmek için NTC'nin direncini bilmemiz gerekir. 10 Example: UsingonboardLEDs OnwhichbusLEDsareconnected? 11 STM32: Peripherals Author:. GitHub Gist: instantly share code, notes, and snippets. 6 years, 1 month ago. RCC_CFGR Microcontroller Clock Output Source RCC_CFGR USB prescale Factors RCC_CFGR PLL Multiplication Factor RCC_CFGR HSE Divider for PLL RCC_CFGR PLL Clock Source RCC ADC clock prescaler enable values RCC_CFGR APB2 prescale Factors RCC_CFGR APB1 prescale Factors RCC_CFGR AHB prescale Factors RCC_CFGR System Clock Selection RCC_APB2RSTR reset. This will help to m. From: Benjamin Gaignard <> Subject [RESEND v6 2/6] ARM: dts: stm32: Add timer subnodes on stm32mp15 SoCs: Date: Mon, 20 Apr 2020 10:59:26 +0200. txt for common reset controller binding usage. Hal pertama yang perlu dilakukan yaitu membuat RCC bekerja pada state yang diketahui, untuk memastikan STM32 mempunyai start-up yang stabil setiap saat. MCU ports. All STM32 peripherals after the pawer-on are not clocked. h"、 "stm32f4xx_gpio. STM32 MICROCONTROLLER Lecture 3 Prof. RCC_GetClocksFreq() is given a pointer to a RCC_ClocksTypeDef structure. This is a simple C app that currently toggles an LED (this works and runs) and I wanted to explore these RCC. How to configure STM32 with two different clock speeds. Signed-off-by. Don't forget to clock the peripherals. Use MathJax to format equations. Please note that all RCC registers can be read from the non-secure world. 8 Using the System Workbench in Serial Communication. OpenSTM32 Community Site. h stm32f4xx_hal_rcc_ex. h), the peripheral clock header file (stm32f10x_rcc. h) and the gpio header file (stm32f10x_gpio. STM32 USART Pt1: Basic Eddie February 20, 2019 1 comment In addition to the baud rate calculation, knowing which bus the USART is located on helps us find it in our RCC module to enable their clocks. The IDE itself is based on Eclipse, but comes with some extras for STM32 development like:. STM32 Nucleo ( mbed activé ) Kits de découverte Cartes d'évaluation d'extension: Connectivité: Arduino ™, ST, Morpho ST ST Versions Version Date de sortie. Embedded ARM Part 0: STM32 programming with libopencm3 Tue, Sep 11, 2018 Companion code for this post available on Github. And, if you install System Workbench for Linux in System Workbench for STM32 you can seamlessly develop and debug asymmetric applications running partly on Linux, partly on the Cortex-M4. without overheating problem at 3. As I mentioned in the last section we need to do a bit more work to the infrastructure to make it more suitable for more realistic application development. mco機能 マイクロコントローラクロック出力(mco)機能では、外部 mco ピンにクロックを出力することができます。5 つのクロック信号のうちの 1 つを mco クロックとして選択できる。実際の使用例ではnucleoなんかがそうですね、 stlinkのf103からボード上のmcuへクロックを供給してます。. STM32L4-System-Reset and clock control (RCC). MCU ports. Ask Question Asked 7 years, 2 months ago. Ее параметры могут быть следующие:. The ADC peripheral on the STM32 processor is a flexible but complex beast. The RCC controller integrated inside STM32 products manages system and peripheral clocks. Methods to configure the STSCLK Source • First Enable the required clock and wait until the clock is ready. AHB peripheral clock (max 72MHz) derived from System clock 3. We needed three header files in order for this to work: the main header file (stm32f10x. Hi Mike, Happy that your issue is solved. 5 6 Please refer to clock-bindings. This code, rather conveniently, uses an 8MHz external crystal so we can almost direct-port it to the blue-pill Rust code and see how we go. STM32F7 devices embed two internal oscillators, 2 oscillators for an external crystal or resonator, and three phase-locked loops (PLL). In this case the load value is 0x29040, well within the specified range. If you now try to configure the MCO to SYSCLK like the following it doesn't work. Firstly power up the STM32 micro and initialize other required hardware like LCD, keypad and other. 205 Chapter 8 DIGITAL to ANALOG CONVERTER (DAC). Time base duration is kept unchanged: 1ms since PPP_TIMEOUT_VALUEs are defined and handled in milliseconds. The RCC also manages the various resets present. RCC is the engine that controls the clock for all the domains of the microcontroller. 1 Boot time. c stm32f4xx_hal_rcc_ex. In particular, this. main differences are: - new source clock for SAI1 and SAI2 (HSI or HSE) - Add DFSDM & DSI clocks. stm32f4: use new rcc_clock_setup_pll() Jun 2, 2019: timer: stm32f4: use new rcc_clock_setup_pll() Jun 2, 2019: usart: stm32f4/usart: use 115200 baud rate: Oct 7, 2018: usart_irq: stm32: serial use 115200 baud rate: Jun 2, 2019: usb_cdcacm: stm32f4: use new rcc_clock_setup_pll() Jun 2, 2019: usb_midi: stm32f4: use new rcc_clock_setup_pll() Jun 2. The STM32 contains several clocks each of which can be turned on or off. STM32F769 clocks are derived from STM32746 clocks. Many peripherals have their own clock, independent of the system clock. Turns out that the STM32 Cortex M0 chips also support this. STM32 Cube Clock Handling APIs STM32 HAL RCC Driver stm32f4xx_hal_rcc. MCKPROT allows extending the TZEN secure clock control perimeter to PLL3 and to the MCU subsystem, so to the Cortex ®-M4 and its bus clock. ADCCLK_Frequency); 이렇게 해준다면, 시리얼 통신으로 인해 숫자로 확인할 수 있다. 2 Prototype; 1. The hardware circuit is designed, which uses the built-in RTC module of | Find, read and cite all the research. STM32F4 Discovery Tutorial 4 - Configure Clock Using External Crystal (HSE) From the first tutorial until this tutorial, the system clock that we use is internal RC oscillator (HSI) which the value is 16 MHz. System Workbench for STM32: free IDE on Windows, Linux and OS X. Some notes: I've verified that all of my code to set various registers is working. In this mode, ADC does one conversion and then stops. The clock tree system is described in chip datasheets and reference manuals. The method sets up the clocks in the µC and sets up the system tick clock. stm32独立看门狗和低功耗模式_rtc定时唤醒来喂狗-在stm32开发中经常会用到独立看门狗(iwdg)和低功耗模式,看门狗是为了检测和解决由软件错误引起的故障,低功耗模式是为了在cpu不需要继续运行时进入到休眠模式用以节省电能。其中独立看门狗的时钟由独立的rc振荡器(stm32f10x一般为40khz)提供. Enable GPIOC Clock RCC->APB2ENR |= RCC_APB2Periph_GPIOC; //APB2 indicates we. ) embedded arm stm32. RCC (Reset and Clock Control) library is needed to set up clocks for running STM devices at high speed. В полном объеме рассматривается блок системы тактирования и. It sends RGB data in parallel to the display and generates signals for horizontal and vertical synchronization (HSYNC, VSYNC), as well as pixel clock (PCLK) and not data enable (DE) signals:. Like the AHB domain, APB domain, processor domain, memory domain, etc. STM32 RCC Reset & clock control - настройка HSI (High-Speed Internal) генератор представляет из себя встроенный RC-генератор на 8 МГц калиброванный в процессе производства с точностью ±1%. The CMSIS library is supplied by STM, as ARM partner and µC manufacturer:. Hi Mike, Happy that your issue is solved. 在探索Nucleo開發板時,艾迪認為了解stm32的系統時脈有助於了解整個系統的運作,特別像是在使用STM官方提供的STM32cubemx 時,就必須清楚了解晶片的時鐘樹(clock tree),才能做一些底層的驅動. The expression RCC_Clocks. Следующий урок по периферийному блоку stm32. To access the GPIOs, we need to instantiate a GPIO_InitTypeDef class and name it GPIO_InitStruct. mco機能 マイクロコントローラクロック出力(mco)機能では、外部 mco ピンにクロックを出力することができます。5 つのクロック信号のうちの 1 つを mco クロックとして選択できる。実際の使用例ではnucleoなんかがそうですね、 stlinkのf103からボード上のmcuへクロックを供給してます。. "Bare Metal" STM32 Programming (Part 5): Timer Peripherals and the System Clock STM32 Baremetal Examples As you start to create microcontroller projects with more complicated logic, it probably won't take long before you to want to add some sort of time-based functionality. So, according to the block diagram of STM32F407xx discovery, various GPIO ports are connected to the AHB1 bus. It sends RGB data in parallel to the display and generates signals for horizontal and vertical synchronization (HSYNC, VSYNC), as well as pixel clock (PCLK) and not data enable (DE) signals:. This tutorial shows how to use various modes of the STM32 ADCs, including: Before you begin, install VisualGDB 5. Shawn Shahriyar, the author, puts it like this:. Hi to all! In one of previous posts I promised to tell about the clock configuration in the STM32Cube. Injected ADC. Likewise, the next 3 executable lines do the same for the APB1 bus. (ARM Cortex-M3 시스템 프로그래밍 완전정복1 참조). stm32f4: use new rcc_clock_setup_pll() Jun 2, 2019: timer: stm32f4: use new rcc_clock_setup_pll() Jun 2, 2019: usart: stm32f4/usart: use 115200 baud rate: Oct 7, 2018: usart_irq: stm32: serial use 115200 baud rate: Jun 2, 2019: usb_cdcacm: stm32f4: use new rcc_clock_setup_pll() Jun 2, 2019: usb_midi: stm32f4: use new rcc_clock_setup_pll() Jun 2. The RCC security level differs for each boot chain:. Clock Security System. Hi, I'm trying to get a 'trivial' SysTick demo example running based on the example code provided with the Std Periph library V3. AHB peripheral clock (max 72MHz) derived from System clock 3. In STM32 like STM32F103c8 there is a clock signal called RCC_APB2Periph_AFIO. I was using keil 5 that I installed it last year. // Put the clock configuration into RCC_APB2PeriphClockCmd. If you have not set up STM32CubeIDE with your Nucleo board, you will need to do so following the steps outlined in this tutorial. So, the first call to RCC_AHB1PeriphClockCmd enables the peripheral clock for GPIO on the B port. Developing in C/C++ for STM32 Nov 2015. The Configuration Wizard makes it easy to configure these peripherals. But i think USB can not work in this situation because it requires 48MHz. OpenSTM32 Community Site if you install System Workbench for Linux in System Workbench for STM32 you can seamlessly develop and debug asymmetric applications running partly on Linux, AHB and APB busses clocks */ RCC_OscInitStruct. printf("ADCCLK_Frequency = %d\n", rcc_clocks. In this tutorial, I will explain how to use STM32F103 GPIO for controlling an LED on/off. STM32 MICROCONTROLLER Lecture 3 Prof. STM32系統時脈介紹. Signed-off-by: Gabriel Fernandez AHBENR, RCC_AHBENR_GPIOEEN); This enable de RCC->AHBENR register with the value RCC_AHBENR_GPIOEEN (0x00200000). Moreover, we need to configure the GPIOA pins 2 and 3 to necessary setting before we can use USART2. This is my Third tutorial in this series of using Input capture to measure different things. 5 6 Please refer to clock-bindings. STM32 Nucleo-F401RE - Which clock source? Hello there, I just got the STM32 Nucleo-F401RE and when I checked the user manual, there is no mention about what kind of oscillator/clock source used by the main microcontroller (STM32F401). As I mentioned in the last section we need to do a bit more work to the infrastructure to make it more suitable for more realistic application development. Hi, i have a quesion about your code. json or add them via build_flags. equ RCC_AHBRSTR, 0x40023810 @ reset register. On the STM32F4 the clocks are controlled via the RCC (Reset and Clock Control) block, it's easy enough to change the frequency, the tricky part however, is understanding all the different dividers and getting them right. mco機能 マイクロコントローラクロック出力(mco)機能では、外部 mco ピンにクロックを出力することができます。5 つのクロック信号のうちの 1 つを mco クロックとして選択できる。実際の使用例ではnucleoなんかがそうですね、 stlinkのf103からボード上のmcuへクロックを供給してます。. STM32F103 GPIO can be configured in 4 different modes (input mode, output mode, analog input mode, and alternate function mode). Problem : I have seen no example whatsoever and an example schematic would be incredibly helpful. The RTC can be used to provide a full-featured calendar, alarm, periodic wakeup unit, digital calibration, synchronization, time stamp, and advanced tamper detection. STM32 Cube Mx is a free software provided by ST Microelectronics who builds the STM32 line of micro controllers. On the board, there is a 8MHz crystal. Please note that all RCC registers can be read from the non-secure world. In 2017, Amazon took control of the FreeRTOS project and now provides regular maintenance and support. The clock tree system is described in chip datasheets and reference manuals. I previously had code working on an Atmel microcontroller, but obviously with the change of hardware comes the need for re-writing some of the lower peripheral. OscillatorType = RCC_OSCILLATORTYPE_HSI. 00070 00071 /** 00072 * @brief Disables the clock of one or more peripheral on the APB1 bus. If you have not set up STM32CubeIDE with your Nucleo board, you will need to do so following the steps outlined in this tutorial. In that case, it is controlled by the Common Clock framework. (ARM Cortex-M3 시스템 프로그래밍 완전정복1 참조). Injected ADC. STM32 MICROCONTROLLER Lecture 3 Prof. 私は現在stm32f303re(nucleoボード)と古典的なgsm/gps sim808モジュールと他の周辺機器の間のコミュニケーションを含むプロジェクトに取り組んでいます。stm32f303のdma + uartを使用してsim808モジュールからデータを受信したいので、通信中にcpuは自由に他のことを実行できます。. We’ll also consider some examples today, so we’ll take the project from the post about the timer configuration as a basis. The hardware circuit is designed, which uses the built-in RTC module of the STM32, and the backup battery is used to supply power. The real story is a bit longer, but I'll tell you here the short version. So this article is devoted to the RCC and the clock frequencies. 1 Boot time. In AVR, in order to overclock, high speed crystal of that required speed is needed. System Workbench for STM32: free IDE on Windows, Linux and OS X. ) embedded arm stm32. In case you are wondering how will the STM32F will know you have an 8MHz oscillator outside well it can't you have to know this part and from there define the RCC_PLLSource_HSE_DivX. STM32 RCC Reset & clock control - настройка HSI (High-Speed Internal) генератор представляет из себя встроенный RC-генератор на 8 МГц калиброванный в процессе производства с точностью ±1%. This code is based on popular open source library libopencm3. h Source header ex = Extension 15. This paper describes the design method of electronic clock based on STM32. 6 years, 1 month ago. Embedded Rust Experiments - Is my STM32 MCU running fast? Jan 27, 2019 (here, we continue using setup from the previous tutorial). allitebooks. measure the frequency and duty cycle of a PWM input signal. PDF | This paper describes the design method of electronic clock based on STM32. Program dibawah ini merubah clock ke clock internal , sehingga kita dapat menyeting clock sesuai dengan yang kita butuhkan seperti untuk aplikasi power saving. We’ll also consider some examples today, so we’ll take the project from the post about the timer configuration as a basis. 3 Peripheral usage and associated software 3. The clock drivers needs to disable the power domain write protection using syscon/regmap to enable these clocks. After ADC conversion result is stored into 16-bit ADC_DR data register (remember that conversion result is 12-bit), then End of Conversion (EOC) flag is set. This an example, there is tens of possible. The HCLK of this chip is 72MHz, so we enter 72 for the HCLK and the frequency value for buses or peripheral clocks will be updated. On the STM32 devices, these clocks are known as the hardware and peripheral clocks and are controlled by the RCC (Reset and Clock Control) group of registers. Attached is some code that allows you to output your SYSCLK on pin PA. Generic RCC operations: #define rccEnableAPB1(mask, lp): Enables the clock of one or more peripheral on the APB1 bus. This new tutorial from Embedded-Lab shows you the ins and outs of STM32's clock hardware and it demonstrates how to use the clock configuration tool in mikroC for ARM. 1 Article purpose. After ADC conversion result is stored into 16-bit ADC_DR data register (remember that conversion result is 12-bit), then End of Conversion (EOC) flag is set. In this case the load value is 0x29040, well within the specified range. This tutorial shows how to use various modes of the STM32 ADCs, including: Before you begin, install VisualGDB 5. STM32 RCC Reset & clock control Согласно документации (Reference manual RM0038) в качестве источника тактовых сигналов (SYSCLK - системные тактовые сигналы) могут выступать четыре источника:. \$\endgroup\$ – Justme Jan 14 '19 at 15:21. when I set 9600 and try to decode a message with an oscilloscope, I get garbage. The RTC can be used to provide a full-featured calendar, alarm, periodic wakeup unit, digital calibration, synchronization, time stamp, and advanced tamper detection. STM32 Cube Mx is a free software provided by ST Microelectronics who builds the STM32 line of micro controllers. 4 on an STM32F3 Discovery Board, but I encounter some problems. equ GPIOB_MODER, 0x40020400 @ port B mode. [STM32]: Overclocking Blue Pill boards. On the STM32F4 the clocks are controlled via the RCC (Reset and Clock Control) block, it's easy enough to change the frequency, the tricky part however, is understanding all the different dividers and getting them right. This note describes an LED blinking program for the Olimex STM32-P103 ARM Cortex M3 board written in assembly language. STM32F769 clocks are derived from STM32746 clocks. Hi, i have a quesion about your code. 關鍵字:STM32 RCC(Reset and Clock Control) , STM32 System Clock. Initialize peripheral clocks/peripherals and continue to main app. I am quite sure you must use the RCC to enable a peripheral clock to a peripheral you want to use before you can use it, and GPIO ports are peripherals with no exceptions. Welcome to this STM32 Cube Mx tutorial. Hi Mike, Happy that your issue is solved. ) embedded arm stm32. 私は現在stm32f303re(nucleoボード)と古典的なgsm/gps sim808モジュールと他の周辺機器の間のコミュニケーションを含むプロジェクトに取り組んでいます。stm32f303のdma + uartを使用してsim808モジュールからデータを受信したいので、通信中にcpuは自由に他のことを実行できます。. Beginning STM32 TECHNOLOGY IN ACTION™ Developing with FreeRTOS, libopencm3 and GCC — Warren Gay www. printf("ADCCLK_Frequency = %d ", rcc_clocks. void rcc_clock_setup_in_hse_8mhz_out_128mhz (). On Wed, Nov 15, 2017 at 01:14:51PM +0100, patrice. This an example, there is tens of possible. RCC configuration Look at section 6 of RM0041, that concern about RCC (Reset and Clock Control) peripheral. Design of Electronic Clock based on STM32 Jian HUANG XiJing University, Xi'an, Shaanxi, China E-mail:[email protected] If values are OK then no errors would be shown. *PATCH 1/2] arm: dt-bindings: mfd: stm32f-rcc: Add missing DSI clock @ 2020-04-24 18:16 Adrian Pop 2020-04-27 6:49 ` Lee Jones 0 siblings, 1 reply; 4+ messages in thread From: Adrian Pop @ 2020-04-24 18:16 UTC (permalink / raw) To: Alexandre Torgue, Maxime Coquelin, Rob Herring Cc: linux-kernel, linux-arm-kernel, linux-stm32, devicetree, Lee Jones, Adrian Pop Add missing clock. Hi, I recently started with an STM32F103C8T6 on a bluepill board. RCC_MCODIV_4: division by 4 applied to MCOx clock ; RCC_MCODIV_5: division by 5 applied to MCOx clock ; Note: For STM32F410Rx devices, to output I2SCLK clock on MCO2, you should have at least one of the SPI clocks enabled (SPI1, SPI2 or SPI5). PDF | This paper describes the design method of electronic clock based on STM32. How to configure STM32 with two different clock speeds. Open the clock configuration tool using excel and change HCLK to 168 MHz. The file STM32_Init. To be honest, I would say both code snippets are not completely correct. So, according to the block diagram of STM32F407xx discovery, various GPIO ports are connected to the AHB1 bus. If not, then you can just copy the code without worrying about that. Beginning STM32 TECHNOLOGY IN ACTION™ Developing with FreeRTOS, libopencm3 and GCC — Warren Gay www. The expression RCC_Clocks. Signed-off-by. In STM32 like STM32F103c8 there is a clock signal called RCC_APB2Periph_AFIO. (2) HSE is a high-speed exterUTF-8. RCC_APB1PeriphClockCmd(RCC_APB1Periph_USART2, ENABLE); We need to enable GPIOA peripheral clock because USART2 is an alternate function of GPIOA pin 0-4 from the pinout diagram. How to generate an RCC MCO clock out of the Nuclero board using mbed? Hello, I am trying to generate a 24 MHz signal from the NUCLEO L053R8 board to use as a clock for another device. It sets up PLL parameters provided from user and enables internal or external high speed clock. printf("ADCCLK_Frequency = %d\n", rcc_clocks. Can anyone give me any suggestions on how to do it on mbed? Thanks. h"、および "stm32f4xx. We just have to apply them. 3V, but there are several pins that 5V tolerant. On the STM32F4 the clocks are controlled via the RCC (Reset and Clock Control) block, it's easy enough to change the frequency, the tricky part however, is understanding all the different dividers and getting them right. Clock Security System. Provide details and share your research! But avoid … Asking for help, clarification, or responding to other answers. without overheating problem at 3. STM32系統時脈介紹. Why this doesn't happen correctly is beyond me… I'll try and check the code again tomorrow…. Simplified Diagram of the Reset Circuit. so it's supposed to be 8MHz/2 * 12 = 48MHz. STM32F4 Discovery Tutorial 4 - Configure Clock Using External Crystal (HSE) From the first tutorial until this tutorial, the system clock that we use is internal RC oscillator (HSI) which the value is 16 MHz. After we had a quick overview of STM32 ADC peripheral, we can start digging deeper into specifics. STM32 System and Timer Clock Configurations - Pt1 I've started writing some software to drive a series of TLC5940 16 Channel LED Driver chips on an ST STM32F407 Microcontroller. However, you have more control over the MCU and more space for your program because you don't need a bootloader. In AVR, in order to overclock, high speed crystal of that required speed is needed. This code, rather conveniently, uses an 8MHz external crystal so we can almost direct-port it to the blue-pill Rust code and see how we go. The RCC also manages the various resets present in the. 0 or later and ensure you are using the latest version of the STM32 BSP. GitHub Gist: instantly share code, notes, and snippets. Recommend:assembly - How to delay one clock cycle in STM32. The method sets up the clocks in the µC and sets up the system tick clock. In particular, this. The library functions used here are primarily from stm32f10x_rcc. So, according to the block diagram of STM32F407xx discovery, various GPIO ports are connected to the AHB1 bus. This code, rather conveniently, uses an 8MHz external crystal so we can almost direct-port it to the blue-pill Rust code and see how we go. The configuration is performed using the device tree mechanism that provides a hardware description of the RCC peripheral, used by the clk-stm32mp1 Linux driver and by the Common Clock framework. You might be wondering what is it all about? Don't worry you will find the answers here. Let's now use the ARMinARM setup to try out a few of the included example programs. According to the datasheet, the following are the maximum clock frequencies for the core and peripheral buses:. It sends RGB data in parallel to the display and generates signals for horizontal and vertical synchronization (HSYNC, VSYNC), as well as pixel clock (PCLK) and not data enable (DE) signals:. In my opinion, the most difficult initialization procedure for STM32 is the clock configuration. This system, called Reset and Clock Control (RCC) is supported by the firmware module stm32f4xx_rcc. To understand simple things lets go with the simplest case - single conversion mode. FreeRTOS is a free and open source real-time operating system (RTOS) that runs on many popular microcontrollers, including STM32. There are two cases:. RCC_AHBENR,RCC_APB1RSTR,RCC_APB2RSTR. when I set 9600 and try to decode a message with an oscilloscope, I get garbage. How to generate an RCC MCO clock out of the Nuclero board using mbed? Hello, I am trying to generate a 24 MHz signal from the NUCLEO L053R8 board to use as a clock for another device. STM32Cube is the graphical initialization tool and it is not limited to clock configuration only. equ RCC_AHBRSTR, 0x40023810 @ reset register. I When the peripheral clock is not active, the peripheral register values may not be readable by software and the returned value is always 0x0. if you install System Workbench for Linux in System Workbench for STM32 you can AHB and APB busses clocks */ RCC. c stm32f4xx_hal_rcc. h"、および "stm32f4xx. 18,523 views. stm32独立看门狗和低功耗模式_rtc定时唤醒来喂狗-在stm32开发中经常会用到独立看门狗(iwdg)和低功耗模式,看门狗是为了检测和解决由软件错误引起的故障,低功耗模式是为了在cpu不需要继续运行时进入到休眠模式用以节省电能。其中独立看门狗的时钟由独立的rc振荡器(stm32f10x一般为40khz)提供. after this i need to go back into the predefined state and do it again. Like the AHB domain, APB domain, processor domain, memory domain, etc. RCC_PLLSource_PREDIV1: PREDIV1 clock selected as PLL clock entry For other_STM32_devices, this parameter can be one of the following values: RCC_PLLSource_HSI_Div2: HSI oscillator clock divided by 2 selected as PLL clock entry. System Workbench for STM32: free IDE on Windows, Linux and OS X. \$\endgroup\$ - Justme Jan 14 '19 at 15:21. After ADC conversion result is stored into 16-bit ADC_DR data register (remember that conversion result is 12-bit), then End of Conversion (EOC) flag is set. Since we’ve started using them, we’ve had to work out for ourselves how to operate some of the on-chip peripherals. It is convenient to use standard I/O streams and its library functions that allows sending formatted data streams. February 10th, 2010 Thomas Jespersen Leave a comment Go to comments. From: Benjamin Gaignard <> Subject [RESEND v6 2/6] ARM: dts: stm32: Add timer subnodes on stm32mp15 SoCs: Date: Mon, 20 Apr 2020 10:59:26 +0200. STM32 F103 ADC, injected and regular. This is my Third tutorial in this series of using Input capture to measure different things. As seen on clock block diagram above, in PLL block there is xN factor that will multiply clock frequency. [STM32]: Making a custom i2c slave device using STM32F103 Jan 7, 2018 I2C is a serial protocol and its greatest advantage over other protocol is that it requires constant two wires irrespective of number of devices connected. STM32G0-System-Reset and clock control (RCC). Procedure to Configure the RTC Block. Problem : I have seen no example whatsoever and an example schematic would be incredibly helpful. After all, there is no need to remember the names of all… Read More ». From: Gabriel Fernandez This patch introduces SAI clocks for stm32f4 socs. (ARM Cortex-M3 시스템 프로그래밍 완전정복1 참조). So, I have this STM32VLDISCOVERY dev board. According to the datasheet, the following are the maximum clock frequencies for the core and peripheral buses:. Recommend:assembly - How to delay one clock cycle in STM32.
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