Microchip Technology DM160218 Data Sheet
MGC3130
DS40001667C-page 20
Advance Information
2012-2013 Microchip Technology Inc.
4.2.4.5
Operation Modes Summary
summarizes the MGC3130 operation modes.
4.2.5
POWER-UP/DOWN SEQUENCE
represents the power-up sequence timings
after a Reset or Deep Sleep state.
FIGURE 4-9:
POWER-UP SEQUENCE TIMINGS
TABLE 4-2:
OPERATION MODES SUMMARY
Mode
Entry
Exit
Comments
Processing
I
2
C™0/IRQ0/Approach/
MCLR/WDTR/SW Reset
GestIC
®
Library Message/Non-
Activity Time-out/WDTR
- Processing mode with up to five
electrodes continuously running
- Full positioning and
Gesture Recognition capabilities
electrodes continuously running
- Full positioning and
Gesture Recognition capabilities
Self Wake-up Time-out/GestIC
®
Library
Message
I
2
C™0/IRQ0/Wake-up Timer/
MCLR/WDTR
- Scan phase with a configurable
number of Rx active channels,
wake-up timer is used to resume
the system
- Approach detection capability
- Fast wake-up time
- Very low-power consumption
number of Rx active channels,
wake-up timer is used to resume
the system
- Approach detection capability
- Fast wake-up time
- Very low-power consumption
Deep Sleep
GestIC
®
Library Message
I
2
C™0/IRQ0/MCLR
- SPU halted, Analog Voltage
Regulator OFF, STEP-UP OFF,
Watchdog OFF
- No positioning or gesture
detection
- Extreme low-power consumption
- Needs trigger from application
host to switch into Self Wake-up or
Processing mode
Regulator OFF, STEP-UP OFF,
Watchdog OFF
- No positioning or gesture
detection
- Extreme low-power consumption
- Needs trigger from application
host to switch into Self Wake-up or
Processing mode
LSO
SPU CLK
STEP-UP enable
SPU halted
SPU running
Power-Up
Processing operation
HSO enable
V
REF
enable
Reset or Deep
Sleep
t
PWRT
t
HSO
t
STEP-UP
t
SPUCLK