Maxim Integrated 71M6534 Energy Meter IC Family Software - Manual (Page 88)

71M653X Software User’s Guide
Function/Routine
Name
Description Input Output File Name
xon_xoff
cmax()
returns maximum of unsigned
char 'a' and 'b'.
uint8_t a, uint8_t b uint8_t Util\math.c
cmd_ce () processes CE commands none none cmd_ce.c
cmd_ce_data_access() Processes context for CE DATA none none Cli\access.c
cmd_download()
downloads/uploads code/data
between various sources and
serial port
none none Cli\load.c
cmd_eeprom() processes EEPROM commands none none Cli\cmd_misc.c
cmd_error()
assigns generic command mode
error result code
none none Cli\cli.c
cmd_load()
implements user dialog for
data/code download/upload
none none Cli\load.c
cmd_meter() processes "M" commands none none Meter\meter.c
cmd_mpu_data_access(
) processes context for MPU
DATA
none none Cli\access.c
cmd_power_save()
processes power save
command
none none Cli\cmd_misc.c
cmd_rtc() processes RTC commands none none Cli\cmd_misc.c
cmd_trim() processes trim commands none none Cli\cmd_misc.c
cmin()
returns minimum of unsigned
char 'a' and 'b'.
uint8_t a, uint8_t b uint8_t Util\math.c
Compute_Phase_Angle(
) Computes the V/I phase angle. void void Meter\phase_angle.c
Compute_RMS() Computes Vrms and Irms. void void Meter\rms.c
CRC_Calc()
calculates standard 16-bit CRC
polynomial per ISO/IEC 3309 on
flash memory (x
16 +x 12 +x 5 +1)
uint8_tr *ptr,
uint16_t len, U01
set
bool Util\flash.c
CRC_Calc_NVR()
calculates the 16-bit CRC
polynomial per ISO/IEC 3309 on
NVRAM uint8_tx *ptr,
uint16_t len, U01
set
bool Util\math.c
ctoh()
converts ascii hex character to
hexadecimal digit
uint8_t c uint8_t Cli\load.c
date_lcd () Displays the current date. void void IO\rtc_30.c
Delta_Time ()
Figure the elapsed time
between two times. struct RTC_t start,
struct RTC_t end int32_t
seconds
IO\rtc_30.c
Determine_Frequency(
)
Sets the frequency. Uses sag
status and voltage thresholds to
return 0 if the voltages are off.
void void Meter\freq.c
Determine_Peaks()
Sets status bits if voltages,
currents or temperature are
outside limits. Sag tests are in
xfer_busy_int()
void void Meter\peak_alerts.c
divide() *u /= *v
uint8_tx *u, uint8_tx
*v, m, n, uint8_tx
*v0
uint8_t Util\math.c
divide_ () *u /= *v
uint8_tx *u, uint8_tx
*v, m, n, uint8_tx
*v0
none Util\math.c
divide_1() *x /= y uint8_tx *x, y, n none Util\math.c
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