Maxim Integrated 71M6534 Energy Meter IC Family Software - Manual (Page 92)

71M653X Software User’s Guide
Function/Routine
Name
Description Input Output File Name
uint8_tr *src,
uint16_t len
memcpy_xx() copies xdata to xdata
uint8_tx *dst,
uint8_tx *src,
uint16_t len
none library.c
memset_x() sets xdata to specified value
uint8_tx *dst,
uint8_t s, uint16_t
len
none library.c
meter_initialize()
initializes most I/O functions
thaty read line power
none none meter.c
meter_totals ()
Display a selected quantity on
the LCD.
Uint8_t
select,uint8_t
phase
void meter.c
microseconds2tmr_reg
() Converts to timer’s count. Number uint16_t tmr0.h, tmr1.h
milliseconds()
Converts milliseconds to clock
ticks, usually for a software
timer.
Any number uint16_t stm.h
milliseconds2tmr_reg
() Converts to timer’s count. Number uint16_t tmr0.h, tmr1.h
min()
returns minimum of unsigned int
‘a’ and ‘b’. uint16_t a, uint16_t
b
uint16_t options_glib.h
MPU_Clk_Select() selects MPU clock speed
enum MPU_SPD
speed
bool IO\serial.c
MPU_Clk_Select()
Describes the clock speed of
the MPU to a serial interface.
Enum
SERIAL_PORT
port, enum
eMPU_DIV speed
bool Cli\sercli.c
MPU_Clk_Select0()
Describes the clock speed of
the MPU to the serial interface. Enum eMPU_DIV
speed
bool Cli\ser0cli.c
MPU_Clk_Select1()
Describes the clock speed of
the MPU to the serial interface. Enum eMPU_DIV
speed
bool Cli\ser1cli.c
multiply_1() W = x * y
uint8_tx *w,
uint8_tx *x, y, n
uint8_t Util\math.c
multiply_4_1()
(uint32_t) w = (uint32_t) x *
(uint8_t) y uint8_tx *w,
uint8_tx *x, y
uint8_t Util\math.c
multiply_4_4()
(uint64_t) w = (uint32_t) x *
(uint32_t) y
uint8_tx *w,
uint8_tx *x, uint8_tx
*y
none Util\math.c
multiply_8_1()
(uint64_t) w = (uint64_t) x *
(uint8_t) y uint8_tx *w,
uint8_tx *x, y
uint8_t Util\math.c
multiply_8_4()
(uint96_t) w = (uint64_t) x *
(uint32_t) y
uint8_tx *w,
uint8_tx *x, uint8_tx
*y
none Util\math.c
normalize8()
Puts a register into normal form.
I.e., fractional part is less than
one display unit, both units and
fraction are positive or zero, and
display units is less than the
UNITS_RANGE.
Uint8_tx *r void Util\math.c
operating_lcd ()
Displays the number of hours of
operation.
Void void Io\rtc_30.c
OperatingHours()
Calculates hours of operation
from the last valid mark.
None int32_t hours Io\rtc_30.c
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