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Product Results:NUC120-YB2C, Matches
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NUC120/122/123/220 USB Series / Technical Reference Manual



/resource-files/TRM_NUC123_Series_EN_Rev2.05.pdf NUC123 Series-Arm Cortex-M0 core, 72 MHz, 36/68 KB Flash, 20 KB SRAM, 2.5V ~ 5.5V, USB 2.0 full speed device DA05-NUC123


NUC120/122/123/220 USB Series / Technical Reference Manual



/resource-files/TRM_NUC2201_Series_EN_Rev1.01.pdf NUC2201 Series Technical Reference Manual (TRM) DA05-NUC2201


FAQ / How much capacitor can VBUS use when using the USB function?



How much capacitor can VBUS use when using the USB function? 1493184411318 The VBUS capacitors need to comply with the USB-IF specification inrush current. For USB 2.0, the USB-IF defined that inrush current could not exceed 50 uC. Therefore, if the VBUS normal voltage is 5.0V (Q = CV), the VBUS capacitor shall not exceed 10 uF. Users need to design their own circuit, and adjust the VBUS capacitor. With the USB analysis tool USBET20 provided by USB-IF, user can see if the VBUS capacitor conforms to the USB-IF specification.


FAQ / How to increase the number of devices supported when connecting to an external USB hub?



Endpoint, USB, Hub How to increase the number of devices supported when connecting to an external USB hub? 1516007096437 Please increase the values of the DEV_MAX_NUM, ED_MAX_NUM and MAX_HUB_DEVICE in usbh_config.h, as shown below.


FAQ / Can USB clock source be used for the internal high-speed RC oscillator (HIRC)?



Can USB clock source be used for the internal high-speed RC oscillator (HIRC)? 1423564121487 The NuMicro® Nano120 /130 series can use an external low-speed oscillator (LXT) to ensure the accuracy HIRC of to 0.25%, which is compliant with the USB specification. The other NuMicro® series need to use an external oscillator as the USB clock source.


FAQ / How to design hardware circuit for USB interface?



How to design hardware circuit for USB interface? 1423411200000 The NuMicro™ Cortex-M0 family supports powerful full-speed USB devices embedded 1.5kΩ pull-up resistor and LDO 3.3V output. Please refer to the picture below and note that the impedance of D- and D+ traces should match 45Ω. Also, 1.5kΩ pull-up resistor and LDO 3.3V output can be controlled by DPPU bit and PWRDN bit of USB_ATTR respectively. Note: VDD33 is only used by the internal circuit of NuMicro™ Cortex-M0 Series and must be connected with 1uF capacitance for voltage stability.


FAQ / Can Nuvoton provide the VID (0x0416) for customers?



VID, Vendor ID Can Nuvoton provide the VID (0x0416) for customers? 1423645267895 The VID (0x0416) is licensed from USB-IF by Winbond. Nuvoton, a spin-out of Winbond Electronics’ Logic business group does not suggest that customers use the VID (0x0416) to design USB applications. Please refer to the following USB-IF website to license a Vendor ID for USB production. http://www.usb.org/developers/vendor/


FAQ / Is I2S able to handle 24-bit data?



Is I2S able to handle 24-bit data? 1427851980000 Yes, the I2S controller consists of I2S protocol interface with external Audio CODEC. Two 8-word deep FIFO for reading and writing path respectively are capable of handling 8, 16, 24, 32 bit word sizes.


FAQ / Is data received from right channel or left channel in I2S mono mode?



Is data received from right channel or left channel in I2S mono mode? 1427852580000 The data is received from right channel in I2S mono mode.


FAQ / How to connect the VBUS and VDD33 pin if the USB device application doesn’t need to detect the USB plug-in and plug-out and only the 3.3V power is supplied in the system?



How to connect the VBUS and VDD33 pin if the USB device application doesn’t need to detect the USB plug-in and plug-out and only the 3.3V power is supplied in the system? 1432717920000 Both the USB VBUS and VDD33 pin are connected to the 3.3V power.