FAQ
- M051 Base Series(95)
- M0518 Series(97)
- M0519 Series(43)
- M0564 Series(1)
- Mini51 Base Series(90)
- Nano100/102 Base Series(101)
- Nano103 Base Series(10)
- Nano110/112 LCD Series(100)
- Nano120 USB Series(111)
- Nano130 Advanced Series(110)
- NUC029 Series(94)
- NUC100/200 Advanced Series(102)
- NUC120/122/123/220 USB Series(116)
- NUC121/125 Series(1)
- NUC126 USB Series(2)
- NUC130/230 CAN Series(103)
- NUC131/NUC1311 CAN Series(98)
- NUC140/240 Connectivity Series(114)
- M451 Base Series(118)
- M451M Series(117)
- M452 USB Series(130)
- M4521 USB Series(1)
- M453 CAN Series(128)
- M463 CAN FD/USB HS Series(1)
- M467 Ethernet/Crypto Series(1)
- M471 Series(1)
- M479 Motor Control Series(1)
- M481 Base Series(4)
- M482 USB FS OTG Series(4)
- M483 CAN Series(4)
- M484 USB HS OTG Series(4)
- M485 Crypto Series(4)
- M487 Ethernet Series(4)
- M4TK Touch Key Series(25)
- NUC442/472 Series(130)
- NUC472 Series(1)
- NUC505 Series(138)
Products
Applications
Function
+
FAQ
How to design hardware circuit for USB interface? Issue Date：2015-02-09
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.
| Products: | Microcontrollers ,Arm Cortex-M0 MCUs ,Nano120 USB Series ,Nano130 Advanced Series ,NUC120/122/123/220 USB Series ,NUC140/240 Connectivity Series ,Arm Cortex-M4 MCUs ,M452 USB Series ,M453 CAN Series ,NUC442/472 Series ,NUC505 Series |
|---|---|
| Applications: | |
| Function: | Peripherals,Connectivity,USB |