/**
 *******************************************************************************
 *
 * @file        MG32_CSC_Init.c
 *
 * @brief       The CSC initial code C file
 *
 * @par         Project
 *              MG32
 * @version     V3.19
 * @date        2025/03/28
 * @author      Megawin Software Center
 * @copyright   Copyright (c) 2020 Megawin Technology Co., Ltd.
 *              All rights reserved.
 *
 *******************************************************************************
 * @par         Disclaimer
 * The Demo software is provided "AS IS" without any warranty, either
 * expressed or implied, including, but not limited to, the implied warranties
 * of merchantability and fitness for a particular purpose. The author will
 * not be liable for any special, incidental, consequential or indirect
 * damages due to loss of data or any other reason.
 * These statements agree with the world wide and local dictated laws about
 * authorship and violence against these laws.
 *******************************************************************************
 *******************************************************************************
 */

#include "MG32_CSC_Init.h"
#include "MG32_CFG.h"
#include "MG32_SYS.h"

/* Wizard menu ---------------------------------------------------------------*/
/* Private typedef -----------------------------------------------------------*/
/* Private define ------------------------------------------------------------*/
/**
 * @name    CSC IP version definition.
 
*/
///@{
#if defined(MG32_1ST)
    #define CSC_STA_Ver_0
    #define PLL_Ver_0
    #define PLLI_Ver_0
    #define HS_SEL_Ver_0
#elif defined(MG32_2ND)
    #define CSC_STA_Ver_1
    #define PLL_Ver_0
    #define PLLI_Ver_0
    #define HS_SEL_Ver_0
#elif defined(MG32_3RD)
    #define CSC_STA_Ver_2
    #define PLL_Ver_1
    #define PLLI_Ver_1
    #define HS_SEL_Ver_0
    #define HS2_SEL_Ver_0
#elif defined(MG32_4TH)
    #define CSC_STA_Ver_2
    #define PLL_Ver_1
    #define PLLI_Ver_1
    #define HS_SEL_Ver_0 
    #define HS2_SEL_Ver_0
#endif

//#define CSC_STA_Ver_0           defined(MG32_1ST)                                        /*!< CSC clock state version_0 define     */
//#define CSC_STA_Ver_1           defined(MG32_2ND)                                        /*!< CSC clock state version_1 define     */
//#define CSC_STA_Ver_2           defined(MG32_3RD)                                        /*!< CSC clock state version_2 define     */
//#define PLL_Ver_0               defined(MG32_1ST) || defined(MG32_2ND)                            /*!< CSC PLL IP version_0 define          */
//#define PLL_Ver_1               defined(MG32_3RD)                                        /*!< CSC PLL IP version_1 define          */
//#define HS_SEL_Ver_0            defined(MG32_1ST) || defined(MG32_2ND) || defined(MG32_3RD)                /*!< CSC HS_SEL verion_0 define           */
//#define HS2_SEL_Ver_0           defined(MG32_3RD)                                        /*!< CSC HS_SEL(HS2_SEL) version_1 define */
///@}


/* Private macro -------------------------------------------------------------*/
/* Private variables ---------------------------------------------------------*/
/**
 ******************************************************************************
 *
 * @struct      CONF_CSC_InitConfig[]
 *              CSC initial configuration array
 *
 ******************************************************************************
 */
static const uint32_t CSC_InitConfig[] =
{
    CONF_CSC_STA,     /* CSC_STA 0 not use */
    CONF_CSC_INT,     /* CSC_INT 1 not use */
    CONF_CSC_PLL,     /* CSC_PLL 2 */
    CONF_CSC_KEY,     /* CSC_KEY 3 not use */
    CONF_CSC_CR0,     /* CSC_CR0 4 */
    CONF_CSC_DIV,     /* CSC_DIV 5 */
    CONF_CSC_CKO,     /* CSC_CKO 6 */
    CONF_CSC_AHB,     /* CSC_AHB 7 */
    CONF_CSC_APB0,    /* CSC_APB0 8 */
    CONF_CSC_APB1,    /* CSC_APB1 9 */
    CONF_CSC_SLP0,    /* CSC_SLP0 10 */
    CONF_CSC_SLP1,    /* CSC_SLP1 11 */
    CONF_CSC_STP0,    /* CSC_STP0 12 */
    CONF_CSC_STP1,    /* CSC_STP1 13 */
    CONF_CSC_CSK0,    /* CSC_CSK0 14 */
    CONF_CSC_CSK1,    /* CSC_CSK1 15 */
    CONF_CSC_CSK2,    /* CSC_CSK2 16 */
    0x000000000,      /* CSC_OTHER 17 . bit0: 0: extern clock, 1: crystal clock */
    CONF_XOSC_EXTCK_FREQ,    /* XOSC_EXTCLK_FREQ 18 */
    CONF_FLASH_WAIT_STATE,   /* CK_APB_FREQ 19 */
};

/* Private function prototypes -----------------------------------------------*/
/* Exported variables --------------------------------------------------------*/
/**
 * @name    CSC Extern Valiable Define.
 
*/
///@(
extern uint32_t SystemCoreClock;  /*!< System Clock Frequency (Core Clock)*/
///@}

/* Exported functions --------------------------------------------------------*/
/* External vairables --------------------------------------------------------*/


/**
 * @name CSC Warning/Error Configuration Check
 */
///@{
/**
 * @name    Check CK_APB_FREQ

 */
#if CONF_CK_APB_FREQ > 48000000
    #error CK_APB frequency is greater than 48MHz, please let CK_APB frequency be less than or equal to 48MHz. (in MG32_CSC_Init.h file)
#endif

/**
 * @name    Check CK_AHB_FREQ

 */
#if CONF_CK_AHB_FREQ > 48000000
    #error CK_AHB frequency is greater than 48MHz, please let CK_AHB frequency be less than or equal to 48MHz. (in MG32_CSC_Init.h file)
#endif

/**
 * @name Check PLLI_FREQ Range
 
 */
//#if defined(PLL_Ver_0)   /*!< PLL version 0 check */              // Remove       //%V3.18
//    #if CONF_CSC_MAIN_SEL == 0x00008000 || (CONF_CSC_CKIP_EN == 0x00000001 && CONF_CSC_CR0_PLL_EN == 0x00000020)
//        #if ((CONF_CK_HS_FREQ /CONF_PLLI_DIV) < 5000000)
//            #error Input clock error, PLLI input clock is too low, setting PLLI input clock bigger than 5MHz.
//        #endif
//        #if ((CONF_CK_HS_FREQ /CONF_PLLI_DIV )> 7000000)
//            #error Input clock error, PLLI input clock is too fast, setting PLLI intput clock lower than 7MHz.
//        #endif
//    #endif
//#endif  /*!< PLL version 0 check end */


//#if defined(PLL_Ver_0)    /*!< PLL version 1 check */     //Remove        //%V3.18
#if defined(CSC_PLL_PLL_MULX_mask_w)   /*!< PLL version 1 check */      // Modify combine option condition      //%1.30
    #if CONF_CSC_MAIN_SEL == 0x00008000 || (CONF_CSC_CKIP_EN == 0x00000001 && CONF_CSC_CR0_PLL_EN == 0x00000020)
        #if CONF_CSC_PLLI_SEL == 0x00000000
            #if ((CONF_CK_HS_FREQ /CONF_PLLI_DIV) < 4000000)
                #error Input clock error, PLLI input clock is too low, setting PLLI input clock faster than 4MHz.
            #endif
            #if ((CONF_CK_HS_FREQ /CONF_PLLI_DIV) > 8000000)
                #error Input clock error, PLLI input clock is too fast, setting PLLI intput clock slower than 8MHz.
            #endif
        #endif
        #if CONF_CSC_PLLI_SEL == 0x00000002
            #if ((CONF_CK_HS2_FREQ /CONF_PLLI_DIV) < 4000000)
                #error Input clock error, PLLI input clock is too low, setting PLLI input clock faster than 4MHz.
            #endif
            #if ((CONF_CK_HS2_FREQ /CONF_PLLI_DIV) > 8000000)
                 #error Input clock error, PLLI input clock is too fast, setting PLLI intput clock slower than 8MHz.
            #endif
        #endif
    #endif
#else
    #if CONF_CSC_MAIN_SEL == 0x00008000 || (CONF_CSC_CKIP_EN == 0x00000001 && CONF_CSC_CR0_PLL_EN == 0x00000020)
        #if ((CONF_CK_HS_FREQ /CONF_PLLI_DIV) < 5000000)
            #error Input clock error, PLLI input clock is too low, setting PLLI input clock bigger than 5MHz.
        #endif
        #if ((CONF_CK_HS_FREQ /CONF_PLLI_DIV )> 7000000)
            #error Input clock error, PLLI input clock is too fast, setting PLLI intput clock lower than 7MHz.
        #endif
    #endif
#endif  /*!< PLL version 1 check end */

/**
 * @name    Check XOSC missing clock detect On/Off Setting

 */
#if CONF_CSC_MCD_DIS == 0x00000000
    //#if defined(PLLI_Ver_1)               //Remove        //%V3.18
    #if defined(CSC_CR0_HS2_SEL_mask_w)             // Modify combine option condition      //%V3.18
        #if (CONF_CSC_HS_SEL == 0x00000400)||(CONF_CSC_HS2_SEL == 0x00001000)||(CONF_CSC_LS_SEL == 0x00000100)
            #if (CONF_CSC_XOSC_GN == 0x00020000) || (CONF_CSC_XOSC_GN == 0x00000000)
                #warning XOSC is normal low gain, missing clock detect must be disable.
            #endif
        #endif
    #else                                                                                                                   /*!< Non defined HS2_SEK_Ver_x */
        #if (CONF_CSC_HS_SEL == 0x00000400)||(CONF_CSC_LS_SEL == 0x00000100)
            #if (CONF_CSC_XOSC_GN == 0x00020000) || (CONF_CSC_XOSC_GN == 0x00000000)
                #warning XOSC is normal low gain, missing clock detect must be disable.
            #endif
        #endif
    #endif
#endif

/**
 * @name    Check EXTCK/XOSC are enable at same time
 
 */
#if CONF_CSC_CKIP_EN == 0x00000001    /*!< Wizard Generator Clock Select Check START. */
    #if CONF_CFG_XOSC_EN == 0x80000000
        #if (CONF_CFG_XOSC_EN == 0x80000000) && (CONF_CFG_EXTCK_EN == 0x80000000)
            #error XOSC and ECKI are enable at the same time, please only enable XOSC or EXTCK.
        #endif
    #endif
#endif

/**
 * @name Clock source select and clock enable/disable check
 
 */
#if CONF_CSC_CKIP_EN == 0x00000001    /*!< Wizard generator clock select check start. */
    
        #if CONF_CSC_MAIN_SEL == 0x00008000                         // CK_MAIN check
            #if CONF_CSC_CR0_PLL_EN == 0x00000000                   // PLL enable check
                #error CK_MAIN select from CK_PLLO, but PLL is not enable.
            #endif
        #endif                                                      // CK_MAIN check end.
        
        #if CONF_CSC_MAIN_SEL == 0x00000000                         // CK_MAIN clock select from CK_HS
            #if CONF_CSC_HS_SEL == 0x00000000                       // CK_HS_SEL check
                #if CONF_CSC_CR0_IHRCO_EN == 0x00000000             // CK_IHRCO enable check
                    #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_IHRCO, but CK_IHRCO is not enabling.
                #endif                                              // CK_IHRCO enable check end
            #elif CONF_CSC_HS_SEL == 0x00000400
                #if CONF_CFG_XOSC_EN == 0x00000000
                    #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_XOSC, but CK_XOSC is not enabling.
                #endif
            #elif CONF_CSC_HS_SEL == 0x00000C00
                #if CONF_CFG_EXTCK_EN == 0x00000000
                    #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_EXT, but CK_EXT is not enabling.
                #endif
            #endif                                                  // CK_HS_SEL check end
            
        #elif CONF_CSC_MAIN_SEL == 0x00004000                       // CK_MAIN selecr CK_PLLI start
//            #if defined(PLLI_Ver_0)                                 // PLLI_SEL version 0 start           // Remove       //%V3.18
//                #if CONF_CSC_HS_SEL == 0x00000000                   // CK_HS_SEL check
//                    #if CONF_CSC_CR0_IHRCO_EN == 0x00000000         // CK_IHRCO enable check
//                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_IHRCO, but CK_IHRCO is not enabling.
//                    #endif                                          // CK_IHRCO enable check end
//                #elif CONF_CSC_HS_SEL == 0x00000400
//                    #if CONF_CFG_XOSC_EN == 0x00000000
//                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_XOSC, but CK_XOSC is not enabling.
//                    #endif
//                #elif CONF_CSC_HS_SEL == 0x00000C00
//                    #if CONF_CFG_EXTCK_EN == 0x00000000
//                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_EXT, but CK_EXT is not enabling.
//                    #endif
//                #endif                                                  // CK_HS_SEL check end
//            #endif                                                      // PLLI_SEL version 0 end
            
            //#if defined(PLLI_Ver_1)                                     // PLLI_SEL version 1 start               // Remove       //%V3.18
            #if defined(CSC_PLL_PLLI_SEL_mask_w)                                     // PLLI_SEL version 1 start      // Combine the judge condition, to check PLLI source select and source enable.        //%V3.18
                #if CONF_CSC_PLLI_SEL == 0x00000000                     // PLLI_SEL select start
                    #if CONF_CSC_HS_SEL == 0x00000000                   // CK_HS_SEL check
                        #if CONF_CSC_CR0_IHRCO_EN == 0x00000000         // CK_IHRCO enable check
                            #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_IHRCO, but CK_IHRCO is not enabling.
                        #endif                                          // CK_IHRCO enable check end
                    #elif CONF_CSC_HS_SEL == 0x00000400                 // CK_HS clock selecr from XOSC
                        #if CONF_CFG_XOSC_EN == 0x00000000
                            #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_XOSC, but CK_XOSC is not enabling.
                        #endif
                    #elif CONF_CSC_HS_SEL == 0x00000C00                 // CK_HS clock select from EXTCK.
                        #if CONF_CFG_EXTCK_EN == 0x00000000
                            #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_EXT, but CK_EXT is not enabling.
                        #endif
                    #endif                                              // CK_HS_SEL check end
                #elif CONF_CSC_PLLI_SEL == 0x00000002                   // CK_PLLI clock select from CK_HS2
                    #if CONF_CSC_HS2_SEL == 0x00000000                  // CK_HS2 clock selecr from CK_IHRCO
                        #if CONF_CSC_CR0_IHRCO_EN == 0x00000000         // CK_IHRCO enable check
                            #error CK_MAIN clock is from CK_PLLI and CK_PLLI clock from CK_IHRCO, but CK_IHRCO is not enabling.
                        #endif
                    #elif CONF_CSC_HS2_SEL == 0x00001000                // CK_HS2 clock select from CK_XOSC
                        #if CONF_CFG_XOSC_EN == 0x00000000
                            #error CK_MAIN clock is from CK_PLLI and CK_PLLI clock from CK_XOSC, but CK_XOSC is not enabling.
                        #endif
                    #elif CONF_CSC_HS2_SEL == 0x00003000                // CK_HS2 clock select from EXTCK
                        #if CONF_CFG_EXTCK_EN == 0x00000000
                            #error CK_MAIN clock is from CK_PLLI and CK_PLLI clock from CK_EXT, but CK_EXT is not enabling.
                        #endif
                    #endif
                #endif                                                  // PLLI_SEL select end
            #else                               // PLLI_SEL version 0 start
                #if CONF_CSC_HS_SEL == 0x00000000                   // CK_HS_SEL check.
                    #if CONF_CSC_CR0_IHRCO_EN == 0x00000000         // CK_IHRCO enable check.
                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_IHRCO, but CK_IHRCO is not enabling.
                    #endif                                          // CK_IHRCO enable check end
                #elif CONF_CSC_HS_SEL == 0x00000400                 // CK_HS clock select from CK_XOSC.
                    #if CONF_CFG_XOSC_EN == 0x00000000
                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_XOSC, but CK_XOSC is not enabling.
                    #endif
                #elif CONF_CSC_HS_SEL == 0x00000C00                 // CK_HS clock select from EXTCK.
                    #if CONF_CFG_EXTCK_EN == 0x00000000
                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_EXT, but CK_EXT is not enabling.
                    #endif
                #endif                                                  // CK_HS_SEL check end
            #endif                                                      // PLLI_SEL version 1 end
            
        #elif CONF_CSC_MAIN_SEL == 0x00008000                         // CK_MAIN select CK_PLLO start, CK_PLLO clock source only from CK_PLLI.
//            #if defined(PLLI_Ver_0)                                 // PLLI_SEL version 0 start       // Remove       //%V3.18
//                #if CONF_CSC_HS_SEL == 0x00000000                   // CK_HS_SEL check
//                    #if CONF_CSC_CR0_IHRCO_EN == 0x00000000         // CK_IHRCO enable check
//                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_IHRCO, but CK_IHRCO is not enabling.
//                    #endif                                          // CK_IHRCO enable check end
//                #elif CONF_CSC_HS_SEL == 0x00000400
//                    #if CONF_CFG_XOSC_EN == 0x00000000
//                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_XOSC, but CK_XOSC is not enabling.
//                    #endif
//                #elif CONF_CSC_HS_SEL == 0x00000C00
//                    #if CONF_CFG_EXTCK_EN == 0x00000000
//                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_EXT, but CK_EXT is not enabling.
//                    #endif
//                #endif                                                  // CK_HS_SEL check end
//            #endif                                                      // PLLI_SEL version 0 end
            
            //#if defined(PLLI_Ver_1)                                     // PLLI_SEL version 1 start       // Remove       //%V3.18
            #if defined(CSC_PLL_PLLI_SEL_mask_w)                        // CK_PLLO clock source always from CK_PLLI        // Modify judge condition.      //%V3.18
                #if CONF_CSC_PLLI_SEL == 0x00000000                     // PLLI_SEL select start
                    #if CONF_CSC_HS_SEL == 0x00000000                   // CK_HS_SEL check
                        #if CONF_CSC_CR0_IHRCO_EN == 0x00000000         // CK_IHRCO enable check
                            #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_IHRCO, but CK_IHRCO is not enabling.
                        #endif                                          // CK_IHRCO enable check end
                    #elif CONF_CSC_HS_SEL == 0x00000400
                        #if CONF_CFG_XOSC_EN == 0x00000000
                            #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_XOSC, but CK_XOSC is not enabling.
                        #endif
                    #elif CONF_CSC_HS_SEL == 0x00000C00
                        #if CONF_CFG_EXTCK_EN == 0x00000000
                            #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_EXT, but CK_EXT is not enabling.
                        #endif
                    #endif                                              // CK_HS_SEL check end
                #elif CONF_CSC_PLLI_SEL == 0x00000002
                    #if CONF_CSC_HS2_SEL == 0x00000000
                        #if CONF_CSC_CR0_IHRCO_EN == 0x00000000         // CK_IHRCO enable check
                            #error CK_MAIN clock is from CK_PLLI and CK_PLLI clock from CK_IHRCO, but CK_IHRCO is not enabling.
                        #endif
                    #elif CONF_CSC_HS2_SEL == 0x00001000
                        #if CONF_CFG_XOSC_EN == 0x00000000
                            #error CK_MAIN clock is from CK_PLLI and CK_PLLI clock from CK_XOSC, but CK_XOSC is not enabling.
                        #endif
                    #elif CONF_CSC_HS2_SEL == 0x00003000
                        #if CONF_CFG_EXTCK_EN == 0x00000000
                            #error CK_MAIN clock is from CK_PLLI and CK_PLLI clock from CK_EXT, but CK_EXT is not enabling.
                        #endif
                    #endif
                #endif                                                  // PLLI_SEL select end
            #else
                #if CONF_CSC_HS_SEL == 0x00000000                   // CK_HS_SEL check
                    #if CONF_CSC_CR0_IHRCO_EN == 0x00000000         // CK_IHRCO enable check
                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_IHRCO, but CK_IHRCO is not enabling.
                    #endif                                          // CK_IHRCO enable check end
                #elif CONF_CSC_HS_SEL == 0x00000400
                    #if CONF_CFG_XOSC_EN == 0x00000000
                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_XOSC, but CK_XOSC is not enabling.
                    #endif
                #elif CONF_CSC_HS_SEL == 0x00000C00
                    #if CONF_CFG_EXTCK_EN == 0x00000000
                        #error CK_MAIN clock is from CK_HS and CK_HS clock from CK_EXT, but CK_EXT is not enabling.
                    #endif
                #endif                                                  // CK_HS_SEL check end
            #endif                                                      // PLLI_SEL version 1 end
        #endif                                                          // CK_MAIN select check end
        
        #if CONF_CSC_LS_SEL == 0x00000100                               // CK_LS select start
            #if CONF_CFG_XOSC_EN == 0x00000000
                #error CK_LS clock is from CK_XOSC, but CK_XOSC is not enable.
            #endif
        #elif CONF_CSC_LS_SEL == 0x00000300
            #if CONF_CFG_EXTCK_EN == 0x00000000
                #error CK_LS clock is from CK_EXT, but CK_EXT is not enable.
            #endif
        #endif                                                          // CK_LS select end
    
#endif                              /*!< Wizard generator clock select check end. */

/**
 * @name Check USB Input Clock
 */
#if defined(USB_TYPE)
    #if CONF_CSC_USB_EN == 0x10000000           /*!< USB Clock Enable Check    */

//        #define CONF_PLL_MULX   CONF_CSC_PLL_MUL_VAL
        
        #if CONF_CSC_USB_CKS == 0x00000100 		/*!< USB Clock Source Select from CK_SYS*/
            #if CONF_CSC_PLLI_SEL == 0x00000000
                #if CONF_CK_APB_FREQ != 48000000
                    #error USB input source clock(CK_SYS) must be 48MHz if USB is using(If does not use USB, please uncheck USB of "Configure Peripheral ON Mode Clock" in KEIL CSC "Configuration Wizard").
                #endif
            #endif
            #if CONF_CSC_PLLI_SEL == 0x00000002
                #if CONF_CK_APB_FREQ != 48000000
                    #error USB input source clock(CK_SYS) must be 48MHz if USB is using(If does not use USB, please uncheck USB of "Configure Peripheral ON Mode Clock" in KEIL CSC "Configuration Wizard").
                #endif
            #endif
        #endif


        #if CONF_CSC_USB_CKS == 0x00000000		/*!< USB Clock Source Select from CK_PLL*/
            #if CONF_CSC_USB_DIV == 0x00000000
                #define CONF_USB_DIV 1
            #elif CONF_CSC_USB_DIV == 0x00100000
                #define CONF_USB_DIV 2
            #elif CONF_CSC_USB_DIV == 0x00200000
                #define CONF_USB_DIV 3
            #elif CONF_CSC_USB_DIV == 0x00300000
                #define CONF_USB_DIV 4
            #endif
            
            #if CONF_CSC_PLLI_SEL == 0x00000000
                #if (((CONF_CK_HS_FREQ /CONF_PLLI_DIV) *CONF_CSC_PLL_MUL_VAL) /CONF_USB_DIV) != 48000000
                    #error USB input source clock(CK_PLL) must be 48MHz if USB is using(If does not use USB, please uncheck USB of "Configure Peripheral ON Mode Clock" in KEIL CSC "Configuration Wizard").
                #endif
            #endif
            #if CONF_CSC_PLLI_SEL == 0x00000002
                #if (((CONF_CK_HS2_FREQ /CONF_PLLI_DIV) *CONF_CSC_PLL_MUL_VAL) /CONF_USB_DIV) != 48000000
                    #error USB input source clock(CK_PLL) must be 48MHz if USB is using(If does not use USB, please uncheck USB of "Configure Peripheral ON Mode Clock" in KEIL CSC "Configuration Wizard").
                #endif
            #endif
        #endif
    #endif
#endif
///@}

/**
 * @name    Function announce
 *   
 */
///@{  
void CSC_IHRCO_Enable(void);
void CSC_XOSC_Enable(void);
void CSC_EXTCK_Enable(void);
///@}


/**
 *******************************************************************************
 * @brief           IHRCO Module Enable.
 * @details  
 * @param[in]       CSC_CFG:
 * @arg\b           Use keil wizard define table index.
 * @return
 * @note
 * @par             Example
 * @code
                    CSC_IHRCO_Enable();
 * @endcode
 *******************************************************************************
 */
void CSC_IHRCO_Enable(void)
{
    if((CSC->CR0.W & CSC_CR0_IHRCO_EN_mask_w)==0x00000000)
    {
        // Enable IHRCO Module
        CSC->CR0.W |= CSC_CR0_IHRCO_EN_mask_w;
    
//#if defined(CSC_STA_Ver_0)                // Remove        //%V3.18
//        // Wait IHRCO ready
//        while(CSC->STA.MBIT.IHRCOF == 0);
//#endif
    
        #if defined(CSC_STA_IHRCO_STA_mask_w)       // Modify condition to check register bit define     //%V3.18
            while(CSC->STA.MBIT.IHRCO_STA==0);      // Wait IHRCO ready.
        #else
            while(CSC->STA.MBIT.IHRCOF == 0);       // Wait IHRCO ready.
        #endif
    }
    
    CSC->CR0.W = ((CSC->CR0.W & ~(uint32_t)(CSC_CR0_IHRCO_SEL_mask_w))|CONF_CSC_IHRCO_SEL);
    
//#if defined(CSC_STA_Ver_1) || defined(CSC_STA_Ver_2)              // Remove       //%V3.18
//    // Wait IHRCO ready
//    while(CSC->STA.MBIT.IHRCO_STA == 0);
//#endif
    
    // Clear IHRCOF
    CSC->STA.B[0] = CSC_STA_IHRCOF_mask_b0;
    
}

/**
 *******************************************************************************
 * @brief           XOSC Module Enable.
 * @details  
 * @param[in]       CSC_CFG:
 * @arg\b           Use keil wizard define table index.
 * @return
 * @note            PC13, XIN, analog input
 *                  PC14, XOUT, analog input
 * @par             Example
 * @code
                    CSC_XOSC_Enable();
 * @endcode
 *******************************************************************************
 */
void CSC_XOSC_Enable(void)
{
    // Enable PC clock
    CSC->AHB.W |= CSC_AHB_IOPC_EN_mask_w;
    
    // Set PC13 and PC14 analog IO and AFS is XOSC pin
    IOMC->CR13.H[0] = 0x1000;
    IOMC->CR14.H[0] = 0x1000;
    
//#if defined(CSC_STA_Ver_0)                // Remove       //%V3.18
//    // Wait XOSC ready
//    while(CSC->STA.MBIT.XOSCF == 0);
//#endif

//#if defined(CSC_STA_Ver_1) || defined(CSC_STA_Ver_2)
//    // Wait XOSC ready
//    while(CSC->STA.MBIT.XOSC_STA == 0);
//#endif
    
    #if defined(CSC_STA_XOSC_STA_mask_w)                // Modify condition     //%V3.18
        while(CSC->STA.MBIT.XOSC_STA == 0);
    #else
        while(CSC->STA.MBIT.XOSCF == 0);
    #endif
    
    // Miising Clock Configuration
    CSC->CR0.W = ((CSC->CR0.W & ~(uint32_t)(CSC_CR0_MCD_DIS_mask_w))|CONF_CSC_MCD_DIS);
    
    // Clear XOSCF
    CSC->STA.B[0] = CSC_STA_XOSCF_mask_b0;
    
}

/**
 *******************************************************************************
 * @brief           EXTCK Module Enable.
 * @details  
 * @param[in]       CSC_CFG:
 * @arg\b           Use keil wizard define table index.
 * @return
 * @note            PC13, GPIO, digital input
 *                  PC14, GPIO, analog input
 * @par             Example
 * @code
                    CSC_EXTCK_Enable();
 * @endcode
 *******************************************************************************
 */
void CSC_EXTCK_Enable(void)
{
    // PC Clock Enable.
    CSC->AHB.W |= CSC_AHB_IOPC_EN_mask_w;
    // Set PC13 digital input and AFS PC13
    IOMC->CR13.H[0] = 0x0003;
    // Set PC14 analog IO and AFS PC14
    IOMC->CR14.H[0] = 0x0000;
}

/**
 *******************************************************************************
 * @brief  	    initialized CSC module.
 * @details  
 * @param[in]   CSC_CFG:
 * 	@arg\b			Use keil wizard define table index.
 * @return	    	
 * @note
 * @par         Example
 * @code
    CSC_Init ();
 * @endcode
 *******************************************************************************
 */
void CSC_Init (void)
{
    uint32_t REG_PLL = 0x00000000;
    
    
    CSC_Struct  CSC_SET = {0};
//#if defined(CSC_STA_Ver_1) || defined(CSC_STA_Ver_2)          // Remove       //%V3.18
#if defined(CSC_STA_HS_STA_mask_w) || defined(CSC_STA_LS_STA_mask_w) || defined(CSC_STA_PLLI_STA_mask_w) || defined(CSC_STA_HS2_STA_mask_w)     // Modify condtion      //%V3.18
    uint8_t REG;
#endif
    
    CSC_SET.PLL.W = CSC_InitConfig[2];         // Reload config data
    CSC_SET.CR0.W = CSC_InitConfig[4];
    CSC_SET.DIV.W = CSC_InitConfig[5];
    
    // Flash waite state setting
    MEM->KEY.H[0] = 0xA217;
#if defined(MEM_CR0_HSP_EN_mask_w)
    MEM->CR0.W |= MEM_CR0_HSP_EN_mask_w;
#endif
#if defined(MG32_3RD) || defined(MG32_4TH)
    MEM->CR0.W = (MEM->CR0.W & (~MEM_CR0_FWAIT_mask_w)) | (CSC_InitConfig[19] | MEM_CR0_FWAIT_one_w);
#else
    MEM->CR0.W = (MEM->CR0.W & (~MEM_CR0_FWAIT_mask_w)) | CSC_InitConfig[19];
#endif
    MEM->KEY.H[0] = 0x0000;
    
    // Unprotect CSC module
    CSC->KEY.H[0] = 0xA217;
    // Set PLLI_DIV, PLLO_DIV, AHB_DIV, APB_DIV, USB_DIV and UT_DIV
    CSC->DIV.W = CSC_SET.DIV.W;
    // Set PLL_MDS, PLLI_SEL, PLL_VCOS, PLL_MUL, PLL_MULX and XOSC_GN
    REG_PLL = CSC->PLL.W;
    #if defined(CSC_PLL_PLL_MULS_mask_w)
        REG_PLL = (REG_PLL & ~(CSC_PLL_XOSC_GN_mask_w | CSC_PLL_PLL_MULS_mask_w | CSC_PLL_PLL_MULX_mask_w | CSC_PLL_PLL_MUL_mask_w | CSC_PLL_PLL_LDEN_mask_w | CSC_PLL_PLLI_SEL_mask_w | CSC_PLL_PLL_MDS_mask_w));
    #else
        #if defined(CSC_PLL_PLL_MULX_mask_w)
            REG_PLL = (REG_PLL & ~(CSC_PLL_XOSC_GN_mask_w|CSC_PLL_PLL_MULX_mask_w|CSC_PLL_PLL_MUL_mask_w|CSC_PLL_PLL_LDEN_mask_w|CSC_PLL_PLLI_SEL_mask_w | CSC_PLL_PLL_MDS_mask_w));
        #else
            REG_PLL = (REG_PLL & ~(CSC_PLL_XOSC_GN_mask_w|CSC_PLL_PLL_MUL_mask_w));
        #endif
    #endif
    CSC->PLL.W = (CSC_SET.PLL.W | REG_PLL);
    
    // Miising Clock Configuration
    CSC->CR0.W = ((CSC->CR0.W & ~(uint32_t)(CSC_CR0_MCD_DIS_mask_w))|CONF_CSC_MCD_DIS);
    
    // Missing clock detect select 125us/ 250us/ 500us/ 1ms.
    CSC->CR0.W = ((CSC->CR0.W & ~(uint32_t)(CSC_CR0_MCD_SEL_mask_w))|CONF_CSC_MCD_SEL);
    
    // CSC Interrupt Configure
    CSC->INT.W = CSC_InitConfig[1];
    
#if CONF_CSC_CKIP_EN != 0x00000001                   /*!< Un-used configuration wizard generator. */

//#if defined(HS_SEL_Ver_0)             // Remove       //%V3.18
#if defined(CSC_CR0_HS_SEL_mask_w)              //Modify combine option condition       //%V3.18
    /*===== Enable IHRCO =====*/
    // When CK_HS = CK_IHRCO or CK_HS2 = CK_IHRCO. enable IHRCO.
    #if CONF_CSC_HS_SEL == 0x00000000
        CSC_IHRCO_Enable();
    #endif
#endif

//#if defined(HS2_SEL_Ver_0)        // Remove       //%V3.18
#if defined(CSC_CR0_HS2_SEL_mask_w)             // Modify conbine option condition      //%V3.18
    /*!< When CK_HS2_SEL selected IHRCO, will enable IHRCO module. */
    #if CONF_CSC_HS2_SEL == 0x00000000
        CSC_IHRCO_Enable();
    #endif
#endif
        
//#if defined(HS_SEL_Ver_0)
#if defined(CSC_CR0_HS_SEL_mask_w)
    #if CONF_CSC_HS_SEL == 0x00000400
        /*===== Enable XOSC =====*/
        // When CK_HS = CK_XOSC or CK_HS2 = CK_XOSC or CK_LS = CK_XOSC, enable XOSC.
        CSC_XOSC_Enable();
    #else
        //#if defined(HS2_SEL_Ver_0)                                // Remove       //%V3.18
        #if defined(CSC_CR0_HS2_SEL_mask_w)
            #if (CONF_CSC_LS_SEL == 0x00000100)||(CONF_CSC_HS2_SEL == 0x00001000)           // Check LS and HS2 had select XOSC     // Modify combine option condition      //%V3.18
            #else
                #if CONF_CSC_HS_SEL == 0x00000C00
                    /*===== Enable EXTCK =====*/
                    /*!< When HS selected EXTCK, will enable EXTCK. */
                    CSC_EXTCK_Enable();
                #endif
            #endif
        #else
            #if (CONF_CSC_LS_SEL == 0x00000100)
            #else
                #if CONF_CSC_HS_SEL == 0x00000C00
                    /*===== Enable EXTCK =====*/
                    /*!< When HS selected EXTCK, will enable EXTCK. */
                    CSC_EXTCK_Enable();
                #endif
            #endif
        #endif
    #endif
    
    #if CONF_CSC_LS_SEL == 0x00000100
        /*===== Enable XOSC =====*/
        // When CK_HS = CK_XOSC or CK_HS2 = CK_XOSC or CK_LS = CK_XOSC, enable XOSC.
        CSC_XOSC_Enable();
    #else
        //#if defined(HS2_SEL_Ver_0)                        // Remove       //%V3.18
        #if defined(CSC_CR0_HS2_SEL_mask_w)                 // Modify combine option condition      //%V3.18
            #if (CONF_CSC_HS_SEL == 0x00000400)||(CONF_CSC_HS2_SEL == 0x00001000)
            #else
                #if CONF_CSC_LS_SEL == 0x00000300
                    /*===== Enable EXTCK =====*/
                    /*!< When HS selected EXTCK, will enable EXTCK. */
                    CSC_EXTCK_Enable();
                #endif
            #endif
        #else
            #if (CONF_CSC_HS_SEL == 0x00000400)
            #else
                #if CONF_CSC_LS_SEL == 0x00000300
                    /*===== Enable EXTCK =====*/
                    /*!< When HS selected EXTCK, will enable EXTCK. */
                    CSC_EXTCK_Enable();
                #endif
            #endif
        #endif
    #endif
#endif 

//#if defined(HS2_SEL_Ver_0)                // Remove       //%V3.18
#if defined(CSC_CR0_HS2_SEL_mask_w)                 // Modify combine option condition      //%V3.18
    #if CONF_CSC_HS2_SEL == 0x00001000
        /*!< When CK_HS2_SEL selected XOSC, will enable XOSC */
        CSC_XOSC_Enable();
    #else
        #if (CONF_CSC_HS_SEL == 0x00000400) || (CONF_CSC_LS_SEL == 0x00000100)
        #else
            /*!< When CK_HS2_SEL selected EXTCK, will enable EXTCK. */
            #if CONF_CSC_HS2_SEL == 0x000003000
                CSC_EXTCK_Enable();
            #endif
        #endif
    #endif
#endif

#endif                      /*!< Un-Used wizard generator END. */
    
#if CONF_CSC_CKIP_EN == 0x00000001               /*!< Used configuration wizard generator. */
    
    /*!< When XOSC and EXTCK are enable at the same time, will just enable XOSC. */
    #if CONF_CFG_XOSC_EN == 0x80000000
        CSC_XOSC_Enable();
    #endif
    
    #if CONF_CFG_EXTCK_EN == 0x80000000
        CSC_EXTCK_Enable();
    #endif
    
    #if CONF_CSC_CR0_IHRCO_EN == 0x00000008
        CSC_IHRCO_Enable();
    #endif
    
    #if CONF_CFG_XOSC_EN != 0x80000000
        #if CONF_CFG_EXTCK_EN != 0x80000000
            #if CONF_CSC_CR0_IHRCO_EN != 0x00000008
                CSC_IHRCO_Enable();
            #endif
        #endif
    #endif
    
    #if CONF_CSC_CR0_PLL_EN == 0x00000020
        CSC->CR0.W |= CSC_CR0_PLL_EN_mask_w;
    #else
        CSC->CR0.W &= ~CSC_CR0_PLL_EN_mask_w;
    #endif
#endif                          /*!< Used configuration wizard generator END. */
    
//#if defined(HS_SEL_Ver_0)                             //Remove        //%V1.31
//    CSC->CR0.W = ((CSC->CR0.W & (~(CSC_CR0_HS_SEL_mask_w | CSC_CR0_LS_SEL_mask_w))) | \
//                                  (CONF_CSC_HS_SEL | CONF_CSC_LS_SEL));
//#endif
    
//#if defined(HS2_SEL_Ver_0)                            //Remove        //%V1.31
#if defined(CSC_CR0_HS2_SEL_mask_w)                     // Modify combine option condition      //%V1.31
    CSC->CR0.W = ((CSC->CR0.W & (~(CSC_CR0_HS_SEL_mask_w | CSC_CR0_HS2_SEL_mask_w | CSC_CR0_LS_SEL_mask_w))) | \
                                  (CONF_CSC_HS_SEL | CONF_CSC_HS2_SEL | CONF_CSC_LS_SEL));
#else
    CSC->CR0.W = ((CSC->CR0.W & (~(CSC_CR0_HS_SEL_mask_w | CSC_CR0_LS_SEL_mask_w))) | \
                                  (CONF_CSC_HS_SEL | CONF_CSC_LS_SEL));
#endif
    
    /*!< Module clock ready status check */
//#if defined(CSC_STA_Ver_1) || defined(CSC_STA_Ver_2)          // Remove       //%V3.18
#if defined(CSC_STA_HS_STA_mask_w)              // Modify condition     //%V3.18
    // Check CK_HS success
    REG = (0x01<<(CONF_CSC_HS_SEL>>10));
    while(((CSC->STA.W & CSC_STA_HS_STA_mask_w)>>20)!=REG);
#endif

//#if defined(CSC_STA_Ver_2)                                    // Remove       //%V3.18
#if defined(CSC_STA_HS2_STA_mask_w)             // Modify condition     //%V3.18
    // Check CK_HS2 success
    REG = (0x01<<(CONF_CSC_HS2_SEL>>12));
    while(((CSC->STA.W & CSC_STA_HS2_STA_mask_w)>>8)!=REG);
#endif

    /*===== FPGA mask CK_LS and PLL check code =====*/
//#if defined(CSC_STA_Ver_1) || defined(CSC_STA_Ver_2)          // Remove       //%V3.18
#if defined(CSC_STA_LS_STA_mask_w)                              // Modify condition     //%V3.18
    // Check CK_LS success
    REG = (0x01<<(CONF_CSC_LS_SEL>>8));
    while(((CSC->STA.W & CSC_STA_LS_STA_mask_w)>>16)!=REG);
#endif
    
//#if defined(CSC_STA_Ver_2)                                    // Remove       //%V3.18
#if defined(CSC_STA_PLLI_STA_mask_w)                            // Modify condition     //%V3.18
    // Check PLLI success
    REG = (0x01<<(CONF_CSC_PLLI_SEL>>1));
    while(((CSC->STA.W & CSC_STA_PLLI_STA_mask_w)>>12)!=REG){}
    
#endif      // Wait PLLI clock STA END.

    /*===== CK_MAIN Select =====*/
    // When CSC_SET SYS_SEL select CK_PLLO
#if CONF_CSC_MAIN_SEL == 0x00008000
    #if CONF_CK_AHB_FREQ >25000000      // APB clock check when APB clock over 24MHz will change wiat state to two
        #if defined(MG32_3RD) || defined(MG32_4TH)
            MEM->KEY.MBIT.KEY = 0xA217;
            MEM->CR0.W = (MEM->CR0.W & (~MEM_CR0_FWAIT_mask_w)) | (CSC_InitConfig[19] | MEM_CR0_FWAIT_two_w);
            MEM->KEY.MBIT.KEY = 0x217A;
        #endif
    #endif                              // Clock Check END
        
    // Enable PLL
    CSC->CR0.W |= CSC_CR0_PLL_EN_enable_w;
        
    //#if defined(CSC_STA_Ver_2)                //Remove        //%V3.18
    #if defined(CSC_STA_PLL_LOCKF_mask_w)               // Modify combine option condtion.      //%V3.18
        // Wait PLL stable, when PLL signal lock detects function is enabled
        if(CONF_CSC_PLL_LDEN == CSC_PLL_PLL_LDEN_enable_w)
        {
            CSC->PLL.W |= CSC_PLL_PLL_LDEN_enable_w;
            while(CSC->STA.MBIT.PLL_LOCKF==0);
        }
        else
            CSC->PLL.W &= ~CSC_PLL_PLL_LDEN_enable_w;
            
    #endif
        
    //#if defined(CSC_STA_Ver_1) || defined(CSC_STA_Ver_2)              // Remove       //%V3.18
    #if defined(CSC_STA_PLL_STA_mask_w)             // Modify combine option condition      //%V3.18
        // Wait PLL ready
        while(CSC->STA.MBIT.PLL_STA == 0);
    #endif
    // Clear PLLF
    CSC->STA.B[0] = CSC_STA_PLLF_mask_b0;
#endif
    
// USB device check, if USB APB0 enable will enable PLL function.
#if defined(USB_TYPE)
    if((CSC_InitConfig[8] & CSC_APB0_USB_EN_enable_w)==CSC_APB0_USB_EN_enable_w)
    {
        // Enable PLL function
        CSC->CR0.W |= CSC_CR0_PLL_EN_enable_w;
        
        #if defined(CONF_CSC_PLL_LDEN)
            #if defined(CSC_STA_Ver_2)
                // Wait PLL stable, when PLL signal lock detects function is enabled
                if(CONF_CSC_PLL_LDEN == CSC_PLL_PLL_LDEN_enable_w)
                {
                    CSC->PLL.W |= CSC_PLL_PLL_LDEN_enable_w;
                    while(CSC->STA.MBIT.PLL_LOCKF==0);
                }
            #endif
        #endif
        
        #if defined(CSC_STA_Ver_1) || defined(CSC_STA_Ver_2)
                // Wait PLL ready
                while(CSC->STA.MBIT.PLL_STA == 0);
        #endif
        
        // Clear PLLF
        CSC->STA.B[0] = CSC_STA_PLLF_mask_b0;

    }
#endif          // USB clock checks at ON MODE.
    
    CSC->CR0.W = ((CSC->CR0.W & ~(uint32_t)(CSC_CR0_MAIN_SEL_mask_w))|CONF_CSC_MAIN_SEL);     // Main clock select.
    
#if CONF_CK_APB_FREQ<=48000000
    #if defined(MG32_3RD) || defined(MG32_4TH)
        MEM->KEY.H[0] = 0xA217;
        MEM->CR0.W = (MEM->CR0.W & (~MEM_CR0_FWAIT_mask_w)) | (CSC_InitConfig[19] | MEM_CR0_FWAIT_one_w);
        MEM->KEY.H[0] = 0x0000;
    #endif
#endif
    
    CSC->CR0.W = ((CSC->CR0.W & ~(uint32_t)(CSC_CR0_ST_SEL_mask_w))|CONF_CSC_ST_SEL);               // System tick external clock select.
    
    CSC->DIV.W = CONF_CSC_DIV;                                  // Clock divider set.
    
    // Configure ICKO function
    CSC->CKO.W = CSC_InitConfig[6];
    
    // Configure peripheral clock 
    CSC->AHB.W = CSC_InitConfig[7];
    CSC->APB0.W = CSC_InitConfig[8];
    CSC->APB1.W = CSC_InitConfig[9];
    CSC->SLP0.W = CSC_InitConfig[10];
    CSC->SLP1.W = CSC_InitConfig[11];
    CSC->STP0.W = CSC_InitConfig[12];
    CSC->CKS0.W = CSC_InitConfig[14];
    CSC->CKS1.W = CSC_InitConfig[15];
    CSC->CKS2.W = CSC_InitConfig[16];
    
    
    /*===== Disable Not Used Clock Source =====*/
    // When CK_HS and CK_HS2 not select CK_IHRCO
#if defined(CSC_CR0_HS2_SEL_mask_w)              // Change combine option condition      //%V3.18
    if((CSC->CR0.MBIT.HS_SEL != 0)&&(CSC->CR0.MBIT.HS2_SEL != 0))
        CSC->CR0.MBIT.IHRCO_EN = 0;
#else
    if(CSC->CR0.MBIT.HS_SEL != 0)
        CSC->CR0.MBIT.IHRCO_EN = 0;
#endif

//#if defined(HS2_SEL_Ver_0)                //Remove        //%V3.18
//    if((CSC->CR0.MBIT.HS_SEL != 0)&&(CSC->CR0.MBIT.HS2_SEL != 0))
//        CSC->CR0.MBIT.IHRCO_EN = 0;
//#else
//    if(CSC->CR0.MBIT.HS_SEL != 0)
//        CSC->CR0.MBIT.IHRCO_EN = 0;
//#endif
    
    // When CK_HS, CK_HS2 and CK_LS not select CK_XOSC
#if defined(CSC_CR0_HS2_SEL_mask_w)              // Change conbime option condtion.      //%V3.18
    if((CSC_SET.CR0.MBIT.HS_SEL!= 1) && (CSC_SET.CR0.MBIT.LS_SEL != 1)&&(CSC_SET.CR0.MBIT.HS2_SEL  != 1))
    {
        // Set PC13 and PC14 AFS is GPIO
        IOMC->CR14.H[0] &= 0x0FFF;
        // When EXTCK and XOSC are non used, change PC14 AFS to GPIO
        if((CSC_SET.CR0.MBIT.HS_SEL != 0x03) && (CSC_SET.CR0.MBIT.LS_SEL != 0x03))
            IOMC->CR13.H[0] &= 0x0FFF;
    }
#else
    if((CSC_SET.CR0.MBIT.HS_SEL!= 1) && (CSC_SET.CR0.MBIT.LS_SEL != 1))
    {
        // Set PC13 and PC14 AFS is GPIO
        IOMC->CR14.H[0] &= 0x0FFF;
        // When EXTCK and XOSC are non used, change PC14 AFS to GPIO
        if((CSC_SET.CR0.MBIT.HS_SEL != 0x03) && (CSC_SET.CR0.MBIT.LS_SEL != 0x03))
            IOMC->CR13.H[0] &= 0x0FFF;
    }
#endif
    
//#if defined(HS2_SEL_Ver_0)                //Remove        //%V3.18
//    if((CSC_SET.CR0.MBIT.HS_SEL!= 1) && (CSC_SET.CR0.MBIT.LS_SEL != 1)&&(CSC_SET.CR0.MBIT.HS2_SEL  != 1))
//    {
//        // Set PC13 and PC14 AFS is GPIO
//        IOMC->CR14.H[0] &= 0x0FFF;
//        // When EXTCK and XOSC are non used, change PC14 AFS to GPIO
//        if((CSC_SET.CR0.MBIT.HS_SEL != 0x03) && (CSC_SET.CR0.MBIT.LS_SEL != 0x03))
//            IOMC->CR13.H[0] &= 0x0FFF;
//    }
//#else
//    if((CSC_SET.CR0.MBIT.HS_SEL!= 1) && (CSC_SET.CR0.MBIT.LS_SEL != 1))
//    {
//        // Set PC13 and PC14 AFS is GPIO
//        IOMC->CR14.H[0] &= 0x0FFF;
//        // When EXTCK and XOSC are non used, change PC14 AFS to GPIO
//        if((CSC_SET.CR0.MBIT.HS_SEL != 0x03) && (CSC_SET.CR0.MBIT.LS_SEL != 0x03))
//            IOMC->CR13.H[0] &= 0x0FFF;
//    }
//#endif
    
    // Protect CSC module
    CSC->KEY.H[0] = 0x0000;
    
    SystemCoreClock = CONF_CK_AHB_FREQ;
    
}






