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Using the Multi-Voltage I/O Module on 8-bit PIC® and AVR® Microcontrollers
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AVR128DB28
AVR128DB32
AVR128DB48
AVR128DB64
AVR16DD14
AVR16DD20
AVR16DD28
AVR16DD32
AVR32DB28
AVR32DB32
AVR32DB48
AVR32DD14
AVR32DD20
AVR32DD28
AVR32DD32
AVR64DB28
AVR64DB32
AVR64DB48
AVR64DB64
AVR64DD14
AVR64DD20
AVR64DD28
AVR64DD32
PIC18F26Q24
PIC18F45Q24
PIC18F46Q24
PIC18F55Q24
PIC18F56Q24
Introduction
1
Multi-Voltage I/O (MVIO) Overview
2
Basic Connection Requirements for Devices with MVIO
3
MVIO Power Supply Configuration Options
4
MVIO Voltage and Supply Health Monitoring
4.1
V
DDIOx
Ready Voltage Monitor
4.2
V
DDIOx
Low-Voltage Detect Monitor
4.3
V
DDIOx
Voltage Measurement using the Analog-to-Digital Converter
5
Multi-Voltage I/O Module Use Cases
5.1
General Purpose Input/Output (GPIO) on MVIO Pins
5.2
Digital Waveform Control on MVIO Pins
5.3
Serial Communication on MVIO Pins
6
Conclusion
7
Revision History
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