- Posture disortion
- Posture trainer
A Surprising fix for rounded shoulders
Warum optimale Nackenextension einer der meist unterschätzten Faktoren für optimale Mobilität ist
A jack of all trades is a master of none but oftentimes better than a master of one.
Ein Tausendsassa ist ein Meister in keinem Beruf, aber oft besser als ein Meister in einem Beruf.
A jack of all trades is a master of none, but oftentimes better than a master of one. Formerly intended as a compliment, the phrase means that a person is a generalist rather than a specialist, versatile and adept at many things.
Jack of all trades, master of none
Hansdampf in allen Gassen
7 Phrases You’ve Been Misquoting
Why Being A Jack Of All Trades Is Essential For Success
github.com/msteinbeck/tinyspline, ANSI C library for NURBS, B-Splines, and Bézier curves with interfaces for C++, C#, D, Go, Java, Javascript, Lua, Octave, PHP, Python, R, and Ruby.
WeAct Studio
ArteryTek AT32F403A
github.com/WeActStudio
github.com/WeActStudio/MiniSTM32H7xx/, STM32H750VBT6/STM32H743VIT6 Core Board With 0.96” TFT,TF Card,8MB QSPI FLASH,8MB SPI FLASH,DVP Port
github.com/YXZhu
github.com/WeActStudio/LogicAnalyzerV1, WeAct LogicAnalyzerV1 : A logic analyzer based on Cypress CY7C68013A / Corebai CBM9002A
WeAct Studio MiniSTM32H750VBTX
github.com/STMicroelectronics/stm32-external-loader
QSPI in STM32 || Write and Read || N25Q
Executable
Extended size for data storage
github.com/STMicroelectronics/stm32-external-loader/tree/contrib/QSPI_Drivers
github.com/controllerstech/STM32/tree/master/QSPI
Since STM32F411CEU6 chip is too expensive, due to the cost and customer demand.
We decided to use AT32F403ACGU7 as the new version of blackbill, with higher performance, larger memory and more affordable price.
However, we will still produce boards equipped with STM32F411CEU6, but we need to wait until the chip is at a suitable price.
WeAct STM32H7 STM32H743 STM32H743VIT6 STM32 Board 2M Flash 1M RAM Learning Board Development board
STM32H743VI, High-performance and DSP with DP-FPU, Arm Cortex-M7 MCU with 2MBytes of Flash memory, 1MB RAM, 480 MHz CPU, Art Accelerator, L1 cache, external memory interface, large set of peripherals
WeAct STM32H7 STM32H7B0VBT6 STM32H7B0 Learning Board Development-Board
STM32H7B0VB, High-performance and DSP with DP-FPU, Arm Cortex-M7 MCU with 128KBytes of Flash memory, 1376 KB SRAM, 280 MHz CPU, L1 cache, graphic accelerations, external memory interfaces, SMPS and large set of peripherals
WeAct STM32H750VBT6 STM32H750 Learning Board Development-Board
STM32H750VB, High-performance and DSP with DP-FPU, Arm Cortex-M7 MCU with 128 Kbytes of Flash memory, 1MB RAM, 480 MHz CPU, L1 cache, external memory interface, JPEG codec, HW crypto, large set of peripherals
STM32F429 Core Board STM32F429 Development Board STM32 Minimum System STM32F429BIT6
STM32F429BI, High-performance advanced line, Arm Cortex-M4 core with DSP and FPU, 2 Mbytes of Flash memory, 180 MHz CPU, ART Accelerator, Chrom-ART Accelerator, FMC with SDRAM, TFT
| 1 | T3AFG Series | Function / Arbitrary Waveform Generator |
| 2 | T3AFG500 | 500MHZ, 2.4 GSa/S, 20 Mpts, 2 Channel, 20 Vpp Function/Arbitrary Waveform Generator |
| 3 | T3AFG500 RS-Online | Teledyne LeCroy Funktionsgenerator mit 4,3-Zoll-TFT Arbiträr-Wellenform, 500MHz |
| 4 | Siglent SDG6052X | 500MHz Function / Arbitrary Waveform Generator |
| 5 | T3VNA | – |
| 6 | T3VNA3200 | Vector Network Analyzer 9KHz-3.2GHz. Includes Adv Meas Kit, Distance To Fault Opt, Cal and Utl Kits |
| 7 | T3VNA3200 RS-Online | Teledyne LeCroy Spektrumanalysator, 100 kHz – 3.2 GHz, LAN, USB-Gerät, USB-Host |
| 8 | Siglent SVA1032X | 3.2GHz Spectrum & Vector Network Analyzer |
| 1 | TCPP01-M12 | USB Type-C Port Protection for Sink application |
| 2 | TCPP01-M12 Blog | Protecting USB Type-C Against Damages and Preparing Engineers for New EU Regulations |
| 3 | TCPP01-M12 RS-Online | 3000 on stock |
| 4 | TCPP02-M18 | USB Type-C Port Protection for Source application |
| 5 | TCPP02-M18 Blog | Creating Fast and Powerful USB-C Chargers For Products No One Designed Yet |
| 6 | TCPP02-M18 RS-Online | 0 on stock |
| 7 | TCPP03-M20 | USB Type-C Port Protection for Dual Role Power application |
| 8 | TCPP03-M20 Blog | The Promise of Dual-Role Power USB-C Ports Finally Fulfilled in New Applications |
| 9 | TCPP03-M20 RS-Online | 3000 on stock |
| 10 | X-NUCLEO-USBPDM1 | USB Type-C Power Delivery SINK expansion board based on TCPP01-M12 for STM32 Nucleo |
| 11 | X-NUCLEO-USBPDM1 Digikey | Obsolet |
| 12 | X-NUCLEO-SNK1M1 | USB Type-C Power Delivery Sink expansion board based on TCPP01-M12 for STM32 Nucleo |
| 13 | X-NUCLEO-SNK1M1 Digikey | 10 on stock |
| 1 | BQ25730 | I2C 1-5 cell NVDC buck-boost battery charge controller with power path and USB-C PD OTG |
| 2 | BQ25730 Digikey | 0 on stock |
| 3 | BQ25731 | I2C 1-5 cell NVDC buck-boost battery charge controller with USB type-C PD support |
| 4 | BQ25731 Digikey | 2’843 on stock |
| 5 | BQ25723 | I2C 1-4 cell NVDC buck-boost battery charge controller with power path and USB-C PD OTG |
| 6 | BQ25723 Digikey | 0 on stock |
| 7 | BQ25720 | SMBus 1- to 4-cell NVDC buck-boost battery charge controller with power path and USB-C PD OTG |
| 8 | BQ25720 Mouser | 0 on stock (ThermoMed spare) |
| 9 | BQ25792 | I2C controlled, 5-A, 1-4 cell buck-boost charger with dual-input selector and USB PD 3.0 OTG output |
| 10 | BQ25792 Digikey | 0 on stock (ThermoMed) |
| 11 | BQ25798 | I2C controlled, 1-4-cell, 5-A buck-boost solar battery charger with dual-input selector and MPPT |
| 12 | BQ25798 Digikey | 0 on stock |
| 13 | TPS55288 | 36V, 16A buck-boost converter with PPS control |
| 14 | BQ25157 | 500-mA 1-cell linear charger with 10-nA IQ, power path, regulated system voltage, 16-bit ADC and LDO |
| 15 | BQ24292I | I2C controlled 4.5A single-cell USB/Adapter charger With Narrow VDC Power Path Management |
Beijing Winner Microelectronics Co.,Ltd., Floor 18, YinDu Building, No.67 FuCheng Road, HaiDian District, Beijing,P.R.China
W806, MCU,
W801, IoT Wi-Fi/BLE SoC,
Hi-Link
Download
HLK-W801
HLK-W806
T-Head, Open Chip Community – Download
HLK-W801 board features Alibaba Xuantie XT804 based MCU with WiFi 4, Bluetooth LE 4.2
WinnerMicro W806 240 MHz MCU finds it way into a $2 development board
Alibaba open sources four RISC-V cores: XuanTie E902, E906, C906 and C910
$6 C-SKY Linux Board Reviewed, Benchmarked
W800-C400 WiFi/BT microcontroller programujemy – wm_sdk_w800 tutorial, CDS, wm_tool.exe
How to debug W806 and W801 MCUs?
Getting started with W806 – 240MHz 32 bit MCU
Blue Pill
Interface Description
J-Link Commander
LoadFile
J-Link> LoadFile C:\Users\andreas\Documents\GitHub\cklink-lite\CKLinkLite2.30.hex
github.com/henrycoding/cklink-lite
henrycoding
github.com/droppingy/W801_SDK-linux
github.com/droppingy/hlk-w80x-toolchain
github.com/IOsetting/wm-sdk-w806
gitee.com/iosetting/wm-sdk-w80x
github.com/ganhailin/wm_sdk_w801
github.com/ggggxiaolong/wm_sdk_w800.git
gitee.com/wendal/wm_sdk_w800.git
W800-C400 WiFi/BT microcontroller programujemy – wm_sdk_w800 tutorial
Pasek LED WiFi/IR – WX300P – tryb muzyczny – ukryte przyciski [W800-C400]
github.com/List-View/wm_sdk_w800
Single chip microcomputer — HLK-W801 driving touch screen
github.com/nvv13/
github.com/nvv13/test/tree/main/test-mk/w801
YouTube nvv13
联盛德 HLK-W806 (五): W801开发板上手报告, Hands-on Report on the HLK-W806 (V): W801 Development Board
联盛德 HLK-W806 (一): Ubuntu20.04下的开发环境配置, 编译和烧录说明, Lansend HLK-W806 (I): Ubuntu 20.04 development environment configuration, compilation and burning instructions
联盛德 HLK-W806 (十): 在 CDK IDE开发环境中使用WM-SDK-W806, Lianshengde HLK-W806 (X): Using WM-SDK-W806 in the CDK IDE development environment
联盛德 HLK-W806 (二): Win10下的开发环境配置, 编译和烧录说明, Lianshengde HLK-W806 (II): Development Environment Configuration, Compilation and Burning Instructions under Win10
W806 W801 W800 – недорогие чипы для домашних самоделок, W806 W801 W800 – inexpensive chips for home-built applications
Winner Micro W806 – краткий обзор, Winner Micro W806 – a short review
W806 – GPIO и таймеры. часть 1., W806 – GPIOs and timers. part 1.
W806 – GPIO и таймеры. часть 2., W806 – GPIOs and timers. part 2
w801 – Test & SDK #01
w801 – Test & SDK #02
w806 – Instalação da SDK e Flash de Blink
w806 – Timers & Interrupts
Микроконтроллер W806 – 240MHz, обзор новинки
# Update package pacman -Syu # install make pacman -S msys/make # install automake pacman -S msys/automake # install autoconf pacman -S msys/autoconf # install gcc pacman -S msys/gcc # install git pacman -S msys/git # Install the dependent libraries required for compilation pacman -S msys/ncurses-devel pacman -S msys/gettext-devel # or in one line: pacman -S msys/make msys/automake msys/autoconf msys/gcc msys/git msys/ncurses-devel msys/gettext-devel
Build app
$ make make[1]: Entering directory '/c/Users/andreas/Documents/GitHub/nvv13_test_w801/test-mk/w801/sdk-prj/01_blink/app' CC main.c CC n_delay.c AR libuser.a nvv13_test_w801\test-mk\w801\csky-elfabiv2-tools-mingw-minilibc-20210423\bin\csky-elfabiv2-ar.exe: creating ../bin/build/w800/lib/libuser.a make[1]: Leaving directory 'nvv13_test_w801/test-mk/w801/sdk-prj/01_blink/app' LINK w800.elf OBJCOPY w800.bin generate normal image completed. generate normal image completed. compress binary completed. generate compressed image completed. build finished!
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/c/Users/andreas/wm-sdk-w80x-master/tools/w800/projects/SDK_Project/project/CDK_WS/W800_SDK/Obj/*.o /c/Users/andreas/wm-sdk-w80x-master/tools/w800/projects/SDK_Project/project/CDK_WS/W800_SDK/w800.elf /c/Users/andreas/wm-sdk-w80x-master/lib/w800 libapp.a libblehost.a libbtcontroller.a libbtcontroller_br_edr.a libbthost_br_edr.a libdrivers.a libdsp.a libnetwork.a libos.a libwlan.a libwmarch.a libwmcommon.a libwmsys.a
T-HEAD CKLINK:
ICE Type: CKLink_Lite_V2
App Ver : 2.35
Bit Ver : null
ICE Clk : 2526.316KHz
2-wire, With DDC, Cache Flush OnSN CKLink_Lite_V2-84EA5467D6.
+-- Debug Arch is CKHAD. --+
[CPU: 0]+-- CPU 0 --+
[CPU: 0]T-HEAD Xuan Tie CPU Info:
WORD[0]: 0x04a11453
WORD[1]: 0x11000000
WORD[2]: 0x21400417
WORD[3]: 0x30c00005
Target Chip Info:
CPU Type is CK804FGT, in LITTLE Endian.
L1ICache size 16KByte.
Bus type is AHB32.
Signoff date is 04/0107.
HWBKPT number is 5, HWWP number is 2.
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