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ATmega32U2 Datasheet(PDF) 212 Page - ATMEL Corporation |
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ATmega32U2 Datasheet(HTML) 212 Page - ATMEL Corporation |
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212 / 314 page ![]() 212 7799B–AVR–07/09 ATmega8U2/16U2/32U2 • Bit 5 – EORSME: End Of Resume Interrupt Enable Bit Writing this bit to one enables interrupt on EORSMI flag. An end of resume Upstream resume interrupt will be generated only if the EORSME bit is set to one, the Global Interrupt Flag in SREG is written to one, and the EORSMI bit is set. • Bit 4 – WAKEUPE: Wake-up CPU Interrupt Enable Bit Writing this bit to one enables interrupt on WAKEUPI flag. A wake-up interrupt will be generated only if the WAKEUPE bit is set to one, the Global Interrupt Flag in SREG is written to one, and the WAKEUPI bit is set. • Bit 3 – EORSTE: End Of Reset Interrupt Enable Bit Writing this bit to one enables interrupt on EORSTI flag. A USB reset interrupt will be generated only if the EORSTE bit is set to one, the Global Interrupt Flag in SREG is written to one, and the EORSTI bit is set. • Bit 2 – SOFE: Start Of Frame Interrupt Enable Bit Writing this bit to one enables interrupt on SOFI flag. A Start of Frame USB reset interrupt will be generated only if the SOFE bit is set to one, the Global Interrupt Flag in SREG is written to one, and the SOFI bit is set. • Bit 1 – Res: Reserved This bit is reserved and will always read as zero. • Bit 0 – SUSPE: Suspend Interrupt Enable Bit Writing this bit to one enables interrupt on SUSPI flag. A suspend interrupt will be generated only if the SUSPE bit is set to one, the Global Interrupt Flag in SREG is written to one, and the SUSPI bit is set. 21.18.4 UDADDR – USB Device Address Register • Bit 7 – ADDEN: Address Enable Bit Writing this bit to one will enable the UADD[6:0] field as device address for the USB controller. When this bit is set the USB device controller will be able to answer all requests on the USB that refer to the UADD[6:0] USB bus address. See “Address Setup” on page 199 for more details. • Bits 6:0 – UADD[6:0]: USB Address Bits These bits contain the USB device address, thatthe USB controller should answer on the USB bus. This address should be enabled writing one to the ADDEN bit. Bit 7 6543 210 (0xE3) ADDEN UADD[6:0] UDADDR Read/Write R/W RRRRRR R Initial Value 0 0000 000 |
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