Microchip https://packs.download.microchip.com/ SAML10_DFP Microchip SAML10 Series Device Support - Headers minor version increased to v2.1.0. - Changed integer constant literal macros from _Ux_ to _UNITxx_ (where xx is 32, 16 or 8) (MISRA C2012:R12.2). Updated MPLAB X debug scripts. Added RXN and DXN bits to USER_WORD_1. Added fuses header file. Updated MPLAB X debug scripts. Added User ID write and security bit programming for MPLAB X. Added instance headers. Updated default value of USER_WORD_0. Added value groups for PMUXE and PMUXO. Removed TRAM.PERMSW and TRAM.PERMR registers. Re-release 3.4 to fix version history. Added missing Keil info. Added read device ID. Updated MPLAB X debug scripts. Updated XOSC32K startup time value-group for OSC32KCTRL module. Added value-groups for SERCOM module. Updated XC32 content. Updated MPLAB X debug scripts. Updated captions and registers in CCL, EIC, GCLK, OPAMP, OSC32KCTRL, OSCCTRL, RTC, SERCOM and SUPC. Added XC32 content. Updated programming and debugging scripts. Fixes. Succeeds Atmel.SAML10_DFP 1.0.142. Microchip Device Family Package Microchip Device Support SAML10 The Microchip SAM L10 family of microcontrollers is based on the Arm Cortex-M23 core. It is ultra-low power and offers latest generation Peripheral Touch Controller (PTC) for capacitive touch capabilities. The PTC adds Driven Shield Plus to provide superior water tolerance and excellent noise immunity enabling elegant touch interfaces. The SAML10/L11 family is ideal for a myriad of IoT and security, automotive, appliance, medical and consumer applications whether hardwired or battery powered. __var DHCSR_Addr = 0xE000EDF0; __var DCRSR_Addr = 0xE000EDF4; __var DCRDR_Addr = 0xE000EDF8; Write32(DHCSR_Addr,0xA05F0003); // halt core in any case Write32(DCRDR_Addr, 0x01000000); Write32(DCRSR_Addr, 0x00010010); // update xPSR register __var AIRCR_Addr = 0xE000ED0C; __var DHCSR_Addr = 0xE000EDF0; __errorcontrol = 1; // ignore errors Write32(AIRCR_Addr, 0x05FA0004); // Execute SYSRESETREQ via AIRCR __errorcontrol = 0; // check errors DAP_Delay(1000); // time for bootloader Sequence("ForceCoreHalt"); // halt the core __var nReset = 0x80; __var canReadPins = 0; canReadPins = (DAP_SWJ_Pins(0x00, nReset, 0) != 0xFFFFFFFF); // Deassert nRESET line DAP_SWJ_Pins(nReset, nReset, 0); // Assert nRESET line Sequence("ForceCoreHalt"); // halt the core __var DHCSR_Addr = 0xE000EDF0; __var DEMCR_Addr = 0xE000EDFC; __var FP_CTRL_Addr = 0xE0002000; __var FP_COMP0_Addr = 0xE0002008; __var FPB_KEY = 0x00000002; __var FPB_ENABLE = 0x00000001; __var value = 0; __var resetVect = 0x00000000; value = Read32(DEMCR_Addr); Write32(DEMCR_Addr, (value & ~0x00000001)); // Disable Reset Vector Catch resetVect = Read32(0x00000004); // Read Reset Vector Write32(FP_COMP0_Addr, (resetVect | FPB_ENABLE)); // Set BP0 to Reset Vector (ARMv8M) Write32(FP_CTRL_Addr, (FPB_KEY | FPB_ENABLE)); // Enable FPB Read32(DHCSR_Addr); // Read DHCSR to clear potentially set DHCSR.S_RESET_ST bit __var DEMCR_Addr = 0xE000EDFC; __var FP_CTRL_Addr = 0xE0002000; __var FP_COMP0_Addr = 0xE0002008; __var FPB_KEY = 0x00000002; __var value = 0; value = Read32(DEMCR_Addr); Write32(DEMCR_Addr, (value & ~0x00000001)); // Disable Reset Vector Catch in DEMCR Write32(FP_COMP0_Addr, 0x00000000); // Clear BP0 Write32(FP_CTRL_Addr, FPB_KEY ); // Disable FPB Headers and startup code for Microchip ATSAML10D14A Headers and startup code for Microchip ATSAML10D15A Headers and startup code for Microchip ATSAML10D16A Headers and startup code for Microchip ATSAML10E14A Headers and startup code for Microchip ATSAML10E15A Headers and startup code for Microchip ATSAML10E16A