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Introduction The  isolation board supports JTAG or SWD+UART isolation. It features a built‑in isolated power supply to power the target side, with selectable 3.3 V / 5 V output via the on‑board DIP switch. It provides isolation voltage up to 5000 Vrms. Equipped with a standard 20‑pin JTAG connector, this board can be directly connected to J‑LINK and […]

1. Download and Install the latest version software. 2. Download the DLL file: JLink_Windows_V960_x86_64(2026-07-15) .JLink_Windows_V962_x86_64(2026-07-22) JLink_Windows_V964_x86_64(2026-07-29) JLink_Windows_V966_x86_64(2026-08-05) 3. Replace the files in the folder under the installation directory with the downloaded files. Note: The products we are selling have different SN, so there is no need to download and replace this file. (2026-7-22)

Download link: STM32 ST-LINK Utility v4.6.0

Software download （You can download it from the official website or from  Jlinkzone.com）： Download from the official website Download from the Jlinkzone.com Software installation：

H743 Core Board Documentation Download: STM32H743IIT6

Download Link: S32K142_IO_Signal_Description_Input_Multiplexing

Download Link: Software for Megawin MG32F02A032 MCU (Add it to J-Flash manually)  

1. Take one set of TSDZ2 Programming Kit. 2. Download the STVP Software: stvp-stm32 (Click me to download). 3.Install the STVP Software. Refer to this video: 4. Connect the programming cable to the ST-Link V2 5. Connect the speed sensor 6pin male plug of the motor to the 6pin female plug. 6. Connect the ST-LINK

Copy  JLinkARM.dll to ST\STM32CubeIDE_1.15.1\STM32CubeIDE\plugins\com.st.stm32cube.ide.mcu.externaltools.jlink.win32_2.2.200.202402092224\tools\bin 2. Copy JLink_x64.dll to SEGGER\JLink_V862

1. Take one set of TSDZ8 Programming Kit from:  Our Online Store (Paypal) or Our Aliexpress Store 2. Disconnect the battery power supply of the motor. 3. Download the Jlink Software:           JLink_Windows_V850_x86_64 4. Install the Jlink Software. 5. Connect the programming cable to the Jlink v9 Emulator. 6. Connect the

Download the DLL file:/JLink_Windows_V960_x86_64(2026-07-15)/JLink_Windows_V958_x86_64(2026-07-09)/JLink_Windows_V956_x86_64(2026-07-01)/JLink_Windows_V954_x86_64(2026-06-25)/JLink_Windows_V948_x86_64 (2026-06-03)/JLink_Windows_V936_x86_64 (2026-04-15)/JLink_Windows_V930_x86_64 (2026-3-25)/JLink_Windows_V928_x86_64 (2026-3-18)/JLink_Windows_V926_x86_64 (2026-03-11)/JLink_Windows_V924_x86_64/JLink_Windows_V922_x86_64/V9.12_JLink_x64/V9.10_JLink_x64 /V8.96_JLink_x64/V8.88-JLink_Win_x64 / V8.86 JLink_x64 / V8.80 JLink_x64 / V854JLink_x64 / or /  V852JLink_x64  / or/V852_32BITSJLink_x64/ or  /  V848_JLink_x64/   or   / V8.44a Replace the file in the folder under the installation directory with the downloaded file.    

How to Update the Firmware of  V11&V12 ? Download the software from the official website. Install the software. Connect the Debugger to the computer. Run the program of J-link commander: From the program installation folder (Jlink.exe) or start menu (J-Link Commander V8.14). Or When the program runs, if there are available firmware updates,a firmware upgrade

C5162251__AIP74LVC1T45GB236.TR

Debugging Raspberry Pi 4 through JTAG using JLink and OpenOCD Hardware environment: One Raspberry Pi, this routine uses Raspberry Pi OS 64 bit system, and can be used on any other Raspberry Pi operating system Host win10, install openocd and gdb (this routine includes openocd and gdb multiarch installed in mingw64, which can also be

Download link : V11 external power supply

Semiconductor-S6J334EJTESE20000

AT91SAM7S