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FAQ / How to configure the USB clock source?
https://www.nuvoton.com/support/technical-support/faq/d4b78e4d-04f1-11ea-b113-05daf7eedf03/
How to configure the USB clock source? 1423816920000 In the USB specification, the transmission rate of low-speed, full-speed and high-speed devices are 1.5 MB, 12 MB and 480 MB respectively. For the NuMicroTM series, some chips support full-speed device, full-speed host and high-speed device. In accordance with the signal sampling method, USB clock source must be set to a multiple of transmission rates. The full-speed device must be set to 4x frequency. Accordingly, the clock source of full-speed device and full-speed host device must be set to 48 MHz. For high-speed devices, the requirement is the frequency needs to be the same. Therefore, the clock source of the high-speed device must be set to 480 MHz. In the NUC123 series, for example, the maximum CPU frequency it can run is 72 MHz. In USB applications, the PLL frequency can be set to 144 MHz so that system can run the highest frequency. When PLL is divided by 2 through CPU and PLL is divided by 3 through USB, the highest system
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https://www.nuvoton.com/system/modules/com.thesys.project.nuvoton/pages/search.jsp
Series Description Main Function Version Date Mini51 [Mini51][APP]DC_Fan_Speed_Control Composite V1.0 2015-12-15 The fan speed is captured by Timer0 Capture, and then adjusted through PWM2. Mini51 [Mini51][I2C]Master_Slave_communication I2C V1.0 2015-12-15 A master transfers data to a slave. That is, the master transfers the slave address to call the slave, and then sends the data address to the slave and keeps transmitting 10 data to the slave. The slave saves data in sequence to the data address. After the transmission, the master will start to read data; the master sends the slave address and data address to the slave, and gets 10 data back in sequence from the slave. At last, the master compares the received data with the original data for verification. Mini51 [Mini51][PWM]PWM_trigger_ADC_and_PWM_Brake_function PWM V1.0 2015-12-15 PWM output is configured to trigger ADC, and can be stopped by brake function. M051 [M051][ADC]Measure_Internal_Temperature_Sensor ADC V1.
NuMicro M0 Evaluation Board
https://www.nuvoton.com/tool-and-software/evaluation-board/general/m0-evaluation-board/
Part No. Ordering No. Download Supported Devices Picture NuMaker-M091YD Quick start NK-M091YD User Manual Schematic, PCB & Gerber File M091YD2AE M091TC2AE M091TD2AE M091YC2AE NuMaker-M071MD Quick start NK-M071MD User Manual Schematic, PCB & Gerber File M071MD2AE M071MC2AE NuMaker-M071R1E Quick start NK-M071R1E User Manual Schematic, PCB & Gerber File M071R1E3AE M071R1D3AE M071SE3AE M071SD3AE NuMaker-M071VG Quick start NK-M071VG User Manual Schematic, PCB & Gerber File M071VG4AE M071QE4AE M071QG4AE NuMaker-M029GGC Quick start NK-M029GGC User Manual Schematic, PCB & Gerber File M029GGC0AE NuMaker-M030GTD Quick start NK-M030GTD User Manual Schematic, PCB & Gerber File M030GTD1AE M030GGD1AE M030GTC1AE M030GGC1AE NuMaker-M031GTD Quick start NK-M031GTD User Manual Schematic, PCB & Gerber File M031GTD2AE M031GGD2AE M031GTC2AE M031GGC2AE NuMaker-Volcano Quick start NK-VOLCANO User Manual Schematic, PCB & Gerber File M0A23EC1AC M0A23OC1AC M0A21EC1AC M0A21EB1AC M0A21OC1AC M0A21OB1AC
NuMicro M0 Board Support Package
https://www.nuvoton.com/tool-and-software/bsp-and-example-code/board-support-package/numicro-m0-board-support-package/
BSP List Content Version Date M091 github gitlab gitee M091 series software package based on CMSIS version 5.1.1. It supports IAR, Keil and Eclipse development environment with drivers and samples codes. Examples source code for NuMaker-M091 are included. For detailed, please download and unzip it. V3.00.000 2023-05-03 M071M github gitlab gitee M071M series software package based on CMSIS version 3.01. It supports Keil, IAR and GNU Eclipse development environments with drivers and sample codes. For detailed, please download it and unzip it. V3.00.002 2023-05-24 M071Q/M071V github gitlab gitee M071Q/M071V series software package based on CMSIS version 4.30. It supports both IAR and Keil development environment with drivers and samples codes. For details, please download it and unzip it. V3.00.003 2024-03-08 M071R/M071S github gitlab gitee M071R/M071S series software package based on CMSIS version 3.01. It supports both IAR and Keil development environment with drivers and samples codes.
Seminar / Nuvoton Technology Hosts 32-bit Cortex™-M0 USB Application Online Webinar at ChinaECNet
https://www.nuvoton.com/news/events/seminar/TSNuvotonEvent-000063/
SalesSupport@nuvoton.com
Nuvoton Technology Hosts 32-bit Cortex™-M0 USB Application Online Webinar at ChinaECNet
ChinaECNet
Nuvoton
TradeShow / Nuvoton Technology to Present Microcontroller and Audio Application IC Solutions at IIC China 2013 in Shenzhen
https://www.nuvoton.com/news/events/tradeshow/TSNuvotonEvent-000071/
SalesSupport@nuvoton.com
Nuvoton Technology to Present Microcontroller and Audio Application IC Solutions at IIC China 2013 in Shenzhen
2C15
Nuvoton
Mass Production Tool
https://www.nuvoton.com/tool-and-software/debugger-and-programmer/mass-production-tool/
The Nuvoton programmer is designed to do mass programming production of Nuvoton NuMicro® Microcontrollers. With the flexible program setting and intuitive operation, users have full control over the mass-production flow. Name Content Feature Supported Device Software User Manual MPU Gang Writer G1 Switching adapter AC 100-240 V to DC 5V/2A MPU Gang Writer G1 Micro-SD cards *8 TSOP-48 NAND SOCKET *8 A highly flexible and efficient programmer specially designed for mass-production LED status indicator for programming status check Off-line programming up to eight NAND Flash ICs with firmware image file through micro-SD cards MPU N32926, N9H26, N3290x, N9H20 - User Manual Nu-Link-Gang • Nu-Link-Gang • USB to mini USB cable • Switching adapter AC 100-240 V to DC 9V/1A A highly flexible and efficient programmer specially designed for mass-production : • Control bus for automatic IC programming system • 3 options of programming voltage : 1.8 V, 3.3 V, 5.
FAQ / Is there any ADC feature comparison table for each NuMicro® family series?
https://www.nuvoton.com/support/technical-support/faq/d61aeea0-04f1-11ea-b113-05daf7eedf03/
Is there any ADC feature comparison table for each NuMicro® family series? 1450681560000 The ADC features provided by each of the NuMicro® family series may vary. Please refer to the following table for details: Series ADC Channel and Resolution AVDD (V) Max. ADC Clock (MHz) Max. Conversion Rate (SPS) Temperature Sensor (mV) Input Voltage Range(V) Vref Pin Differential Analog Input Sample time (ADC clock) Operating Mode Single Single-Cycle Scan Continuous Scan Burst Simultaneous Mini51 8x10bit 2.5~5.5 4.2 300k - 0~AVDD - - ADJ* V - - - - Mini58 8x10bit 2.5~5.5 4.2 300k - 0~AVDD - - ADJ* V - - - - M051 8x12bit 2.5~5.5 20 1M -1.65T+725 0~AVDD - V 20 V V V V - M058S 8x12bit 3~5.5 16 760k -1.76T+725 0~Vref V V 20 V V V - - M0518 8x12bit 3~5.5 21 1M - 0~Vref V V 20 V V V - - M0519 AVDD=5V 16x12bit 2.5~5.5 16 800k -1.76T+720 0~Vref V - ADJ* V V V - V AVDD=3V 8 400k NUC029xAN 8x12bit 2.5~5.5 20 1M -1.65T+725 0~AVDD - V 20 V V V V - NUC029FAE 8x10bit 2.5~5.5 4.
FAQ / What are the clock sources of Timer controller? Can user select the clock sources independently for each Timer controller?
https://www.nuvoton.com/support/technical-support/faq/d40a0fda-04f1-11ea-b113-05daf7eedf03/
What are the clock sources of Timer controller? Can user select the clock sources independently for each Timer controller? 1423561307684 The clock sources of Timer controller can be divided into internal and external sources of crystal and the number of the clock sources depends on each series of chips. The supported external clock sources include 4-24 MHz, 32.768 kHz, and GPIO. The supported internal clock sources include system clock HCLK and internal RC of 22.1184 MHz (or 12 MHz). User can select a different clock source for each Timer controller by setting the TMRx_S bit of CLKSEL1 register. Chip Series Timer Controller Clock Source CLKSEL1 [TMRx_S] value 000 001 010 011 100 101 111 External External Internal GPIO Internal RC Internal RC Internal RC Mini51 Series 4~24 MHz or 32.768 kHz 10 kHz HCLK T0/T1 Reserved Reserved 22.1184 MHz M051 Series 4~24 MHz Reserved HCLK *T0/T1/T2/T3 Reserved *10 kHz 22.1184 MHz M058S Series 4~24 MHz Reserved HCLK T0/T1/T2/T3 Reserved 10 kHz 22.