In the IEEE

在IEEE - 1588系统中, LXI设备把它们的时钟与一个公共意义上的时间(网络中最精确的时钟)相同步。通过对时钟的同步, LXI仪器 就能在规定时间开始(或停止)测量/激励,同步测量或输出它们的信号,而不需要触发线,并为所有事件和数据加时戳。-In the IEEE- 1588 System, LXI device clock them with a public sense of the time (the network the most accurate clock) phase synchronization. Through the clock synchronization, LXI instruments can be in a specified time start (or stop) measurement/incentive, synchronous measurements or output their signals without the need for the trigger line, and for all the events and data plus timestamp.

5.6.时间同步协议实验
.dep
app.o.d
.dep
adc.c
adc.dp2
adc.h
adc.i
adc.lst
adc.o
app.c
app.dp2
app.h
app.i
app.lst
app.o
app._c
cc1000.dp2
cc1000.h
cc1000.i
default
adc.o
default
extint.c
extint.h
extint.lst
extint.o
fun.c
fun.dp2
fun.h
fun.i
fun.lst
fun.o
global.h
iccmain.lk
iccmain.mak
ICCMAIN.SRC
led.c
led.dp2
led.h
led.i
led.lst
led.o
mac.dp2
mac.h
mac.i
mac.pnproj
macClock.c
macClock.dp2
macClock.h
macClock.i
macClock.lst
macClock.o
main.c
main.cof
main.dp2
main.eep
main.elf
main.hex
main.i
main.lss
main.lst
main.map
main.o
main.sym
main_cof.aps
Makefile
message.h
os.c
os.dp2
os.h
os.i
os.lst
os.o
physical.dp2
physical.h
physical.i
radiocontrol.dp2
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sensor.c
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sensor.h
sensor.i
sensor.lst
sensor.o
timer.c
timer.dp2
timer.h
timer.i
timer.lst
timer.o
timer1.c
timer1.dp2
timer1.h
timer1.i
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timer1.o
tpsn.aps
type.h
uartDebug.c
uartDebug.dp2
uartDebug.h
uartDebug.i
uartDebug.lst
uartDebug.o
.dep
adc.o.d
5.6.时间同步协议实验