78M6610+PSU/EK#1 Maxim Integrated, 78M6610+PSU/EK#1 Datasheet - Page 36

• Manufacturer Part Number: 78M6610+PSU/EK#1
• Description: Development Boards & Kits - Other Processors 78M6610 EVAL KIT
• Manufacturer: Maxim Integrated

Specifications of 78M6610+PSU/EK#1

• Rohs: yes
• Part # Aliases: 90-X6610#KK1

Counter registers increment at each alarm occurrence and can be cleared by the user by writing a zero
value.
78M6610+PSU Data Sheet
3.7.7 Alarm Counter Registers
36
Address Register
0x90
0x93
0x96
0x99
0x9C
0x9F
0xA2
Address Register
0xAE
0xB1
0xB4
0xB7
0xBA
0xBD
0xC0
0xC3
0xC6
0xC9
VSagHo
VSurgeHo
Not Used
VminHo
VmaxHo
ImaxHo
PmaxHo
TminHo
TmaxHo
FminHo
FmaxHo
TminCnt
TmaxCnt
VminCnt
VmaxCnt
ImaxCnt
PmaxCnt
FminCnt
FmaxCnt
VsagCnt
Vsurgecnt UINT24 The number of times a VSURGE event has been detected.
UINT24
UINT24
UINT24
INT24
INT24
UINT24
Format
Format
UINT24 The number of times an UNDERTEMP event has been detected.
UINT24 The number of times an OVERTEMP event has been detected.
UINT24 The number of times an UNDERVOLT event has been detected.
UINT24 The number of times an OVERVOLT event has been detected.
UINT24 The number of times an OVERCURRENT event has been detected.
UINT24 The number of times an OVERWATT event has been detected.
UINT24 The number of times an UNDERFREQ event has been detected.
UINT24 The number of times an OVERFREQ event has been detected.
UINT24 The number of times a VSAG event has been detected.
–
Table 16: Alarms Hold-Off Timers Registers
Saved
Flash
Table 17: Alarms Counter Registers
Y
Y
Y
Y
Y
Y
–
Default
4
–
4
4
4
4
4
Holdoff Time (in High-rate sample) for Voltage Sag and
Surge Alarm (shared)
Number of consecutive accumulation intervals in which
the RMS voltage must exceed the specified limit before
the UNDERVOLT or OVERVOLT alarms will be
activated.
Number of consecutive accumulation intervals in which
the RMS current must exceed the IMAX threshold
before the OVERCURRENT alarm will be activated.
Number of consecutive accumulation intervals in which
power must exceed the PMAX threshold before the
OVERWATT alarm will be activated.
Number of consecutive accumulation intervals in which
the die temperature must exceed either TMIN or TMAX
before the OVERTEMP or UNDERTEMP alarm will be
activated.
Number of consecutive accumulation intervals in which
the line frequency must exceed either FMIN or FMAX
before the UNDERFREQ or OVERFREQ alarm will be
activated.
Description
Description
Rev 1