ZL30PRGv2-1: Difference between revisions

Latest revision as of 10:23, 2 November 2024

Description

An innovate programmer--debugger with the USB interface. It supports the STM32 microcontrollers thru SWD interface. ZL30PRGv2-1 is fully compatible with the STMicroelectronics ST-Link/V2-1. It also has the function of USB-UART converter.

The programmer is working with the PC using USB interface. The ZL30PRGv2-1 is supported by popular IDE's: uVision (by Keil/ARM, for STM32), IAR Embedded Workbench (by IAR, for STM32), True Studio (by Atollic, for STM32), VX-toolset for ARM Cortex-M (by TASKING, for STM32).

Paramters

embedded IDC20 female connector,
allows to flash and debug STM32 microcontrollers
fully compatbile with the ST-Link/V2-1 (STMicroelectronics),
it works with: µVision (Keil), IAR Embedded Workbench (IAR), True Studio (Atollic), VX-toolset for ARM Cortex-M (TASKING),
embedded microUSB connector,
an USB-UART function (with pinout compatble with KAMAMI KAmodRS),
supplied thru USB,
possibility of firmware upgrade
target Voltages range:
- SWD: 1.65...3.6V,
Working temperature range: 0...50°C.

Standard equipment

Code	Description
ZL30PRGv2-1	Programmer USB A/B-micro cable

Connecting the programmer to a STM32 target device

SWD signals for programming and debugging the STM32 targets are present on the IDC20 connector. Its pin-out is compatbile with the industrial 20-pin JTAG standard (as illustrated on the drawings below), so the programmer could work with any STM32 evaluation boards which uses IDC20 JTAG connector (ZL27ARM, ZL30ARM, STM32Butterfly – Kamami, Keil/ARM evaluation boards, etc).

Note! The programmer does not support JTAG interface!

Note! ZL30PRGv2-1 is powered from the USB connector. The supply voltage is not forwarded to the programmed/debugged target, so it needs to be supplied externally.

Interfacing UART signals to the programmer

The programmer has a Virtual COM Port (VCOM) option. RxD and TxD signals are available on the connector (as illustrated on the photo below). The drilled pads allow to solder-in Goldpin headers. By this function, the programmer can replace the KAmodRS module.

Additional information

Converting ST-Llink Into a J-Link

@@ Line 1: / Line 1: @@
 __jzpdf__
 <center>
 [[File:Zl30prgv2-1_01.jpg|none|600px|thumb|center]]
 </center>
 ====== Description ======
-An inovate programmer--debugger with the USB interface. It supports the STM32 microcontrollers thru SWD interface. ZL30PRGv2-1 is fully compatible with the STMicroelectronics ST-Link/V2-1. It also has the function of USB-UART converter.
+An innovate programmer--debugger with the USB interface. It supports the STM32 microcontrollers thru SWD interface. [https://kamami.pl/en/stm32-programmers/559992-zl30prgv2-1-swd-programmer-debugger-for-stm32-microcontrollers-5906623433254.html ZL30PRGv2-1] is fully compatible with the STMicroelectronics ST-Link/V2-1. It also has the function of USB-UART converter.
-The programmer is working with the PC using USB interface. The ZL30PRGv2-1 is supported by popular IDE's: uVision (by Keil/ARM, for STM32), IAR Embedded Workbench (by IAR, for STM32), True Studio (byAtollic, for STM32), VX-toolset for ARM Cortex-M (by TASKING, for STM32).
+The programmer is working with the PC using USB interface. The ZL30PRGv2-1 is supported by popular IDE's: uVision (by Keil/ARM, for STM32), IAR Embedded Workbench (by IAR, for STM32), True Studio (by Atollic, for STM32), VX-toolset for ARM Cortex-M (by TASKING, for STM32).
 <center>
@@ Line 40: / Line 40: @@
 </center>
 ===== Connecting the programmer to a STM32 target device =====
-SWD signals for porgramming and debugging the STM32 targets are present on the IDC20 connector. Its pin-out is compatbile with the industrial 20-pin JTAG standard (as illustrated on the drawings below), so the programmer could work with any STM32 evaluation boards which uses IDC20 JTAG connector (ZL27ARM, ZL30ARM, STM32Butterfly – Kamami, Keil/ARM evaluation boards, etc).
+SWD signals for programming and debugging the STM32 targets are present on the IDC20 connector. Its pin-out is compatbile with the industrial 20-pin JTAG standard (as illustrated on the drawings below), so the programmer could work with any STM32 evaluation boards which uses IDC20 JTAG connector (ZL27ARM, ZL30ARM, STM32Butterfly – Kamami, Keil/ARM evaluation boards, etc).
+<center>
+{| class="wikitable"  style="width: 800px;"
+|-
+! style="text-align: left;"|Note!
+The programmer does not support JTAG interface!
+|}
+</center>
-Note! The programmer doesn't supports JTAG interface!
 <center>
 [[File:Zl30prgv2-1_03.JPG|none|250px|thumb|center]]
@@ Line 50: / Line 56: @@
 {| class="wikitable"  style="width: 800px;"
 |-
-! style="text-align: left;"|Uwaga!
+! style="text-align: left;"|Note!
-ZL30PRGv2-1 is powered from the USB connector. The supply voltage is not forwarded to the programmed/debugged target, so it will be supplied externally.
+ZL30PRGv2-1 is powered from the USB connector. The supply voltage is not forwarded to the programmed/debugged target, so it needs to be supplied externally.
 |}
 </center>
 <center>
-[[File:Zl30prgv2-1_04.JPG|none|700px|thumb|center]]
+[[File:Zl30prgv2-1_04_en.JPG|none|700px|thumb|center]]
 </center>
-===== Dołączenie UART do programatora =====
+===== Interfacing UART signals to the programmer =====
-Programator ma funkcję wirtualnego portu szeregowego. Sygnały RxD i TxD są dostępne na złączach zgodnie z poniższym obrazkiem. Otwory umieszczone z tyłu płytki umożliwiają przylutowanie listwy goldpin. Dzięki temu programator może zastąpić moduł KAmodRS.
+The programmer has a Virtual COM Port (VCOM) option. RxD and TxD signals are available on the connector (as illustrated on the photo below). The drilled pads allow to solder-in Goldpin headers. By this function, the programmer can replace the KAmodRS module.
 <center>
 [[File:Zl30prgv2-1_05.jpg|none|800px|thumb|center]]
 </center>
+===== Additional information =====
+[https://www.segger.com/products/debug-probes/j-link/models/other-j-links/st-link-on-board/ Converting ST-Llink Into a J-Link]