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ADE5166ASTZF62 データシート(PDF) 31 Page - Analog Devices

部品番号 ADE5166ASTZF62
部品情報  Single-Phase Energy Measurement IC with 8052 MCU, RTC, and LCD Driver
PDF  156 Pages
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メーカー  AD [Analog Devices]
ホームページ  http://www.analog.com
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ADE5166ASTZF62 データシート(HTML) 31 Page - Analog Devices

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ADE5166/ADE5169/ADE5566/ADE5569
Rev. B | Page 31 of 156
EPSR
FPSR
ESAG
FSAG
EVADC
FVADC
EBAT
FBAT
EBSO
FBSO
EVDCIN
FVDCIN
FPSM
EPSM
TRUE?
PENDING PSM
INTERRUPT
EPSR
RESERVED
ESAG
RESERVED
EVADC
EBAT
EBSO
EVDCIN
FPSR
FPSM
FSAG
RESERVED
FVADC
FBAT
FBSO
FVDCIN
PS2
PTI
ES2
PSI
EADE
ETI
EPSM
ESI
IPSME ADDR. 0xEC
IPSMF ADDR. 0xF8
IEIP2 ADDR. 0xA9
NOT INVOLVED IN PSM INTERRUPT SIGNAL CHAIN
Figure 33. Power Supply Management Interrupt Sources
Battery Switchover and Power Supply Restored
PSM Interrupt
The ADE5166/ADE5169/ADE5566/ADE5569 can be configured
to generate a PSM interrupt when the source of VSWOUT changes
from VDD to VBAT, indicating battery switchover. Setting the EBSO
bit (Bit 1) in the power management interrupt enable SFR (IPSME,
Address 0xEC) enables this event to generate a PSM interrupt
(see Table 21).
The ADE5166/ADE5169/ADE5566/ADE5569 can also be con-
figured to generate an interrupt when the source of VSWOUT changes
from VBAT to VDD, indicating that the VDD power supply has been
restored. Setting the EPSR bit (Bit 7) in the power management
interrupt enable SFR (IPSME, Address 0xEC) enables this event to
generate a PSM interrupt.
The flags in the IPSMF SFR for these interrupts, FBSO (Bit 1)
and FPSR (Bit 7), are set regardless of whether the respective
enable bits are set. The battery switchover and power supply
restore event flags (FBSO and FPSR) are latched. These events
must be cleared by writing 0 to these bits. The VSWSOURCE bit
(Bit 6) in the peripheral configuration SFR (PERIPH, Address
0xF4) tracks the source of VSWOUT. The bit is set when VSWOUT is
connected to VDD and cleared when VSWOUT is connected to VBAT.
VDCINADC PSM Interrupt
The ADE5166/ADE5169/ADE5566/ADE5569 can be configured
to generate a PSM interrupt when VDCIN changes magnitude by
more than a configurable threshold. This threshold is set in the
temperature and supply delta SFR (DIFFPROG, Address 0xF3),
as described in Table 51. See the External Voltage Measurement
section for more information. Setting the EVADC bit (Bit 3) in
the power management interrupt enable SFR (IPSME, Address
0xEC) enables this event to generate a PSM interrupt.
The VDCIN voltage is measured using a dedicated ADC. These
measurements take place in the background at intervals to check
the change in VDCIN. Conversions can also be initiated by writing to
the start ADC measurement SFR (ADCGO, Address 0xD8), as
described in Table 52. The FVADC flag indicates when a VDCIN
measurement is ready. See the External Voltage Measurement
section for details on how VDCIN is measured.
VBAT Monitor PSM Interrupt
The VBAT voltage is measured using a dedicated ADC. These
measurements take place in the background at intervals to check
the change in VBAT. The FBAT bit (Bit 2 in the IPSMF SFR) is
set when the battery level is lower than the threshold set in the
battery detection threshold SFR (BATVTH, Address 0xFA),
described in Table 53; or when a new measurement is ready in
the battery ADC value SFR (BATADC, Address 0xDF), described
in Table 55. See the Battery Measurement section for more infor-
mation. Setting the EBAT bit (Bit 2) in the power management
interrupt enable SFR (IPSME, Address 0xEC) enables this event
to generate a PSM interrupt.
VDCIN Monitor PSM Interrupt
The VDCIN voltage is monitored by a comparator. The FVDCIN
bit (Bit 0) in the power management interrupt flag SFR (IPSMF,
Address 0xF8) is set when the VDCIN input level is lower than 1.2 V.
Setting the EVDCIN bit (Bit 0) in the IPSME SFR enables this
event to generate a PSM interrupt. This event, which is associated
with the SAG monitoring, can be used to detect that a power
supply (VDD) is compromised and to trigger further actions prior to
initiating a switch from VDD to VBAT.



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