change daq logic => use request NIM signal and fill the charge event every trigger.

QT setting:
- charge : 50pC
- delay  : 0 ns

test trigger rate
10Hz, or 20Hz

-> 20 Hz seems to be OK, so take data with 20Hz trigger

"Charge measurement"

QT setting: Charge run
- charge : 10pC ~ 200pC (10pC step) -> total 20 cycle
- delay  : 0 ns

run#1 : ch# of patch panel : 1-5 (ch1 at ATM)

run#2 : ch# of patch panel : 1-1 (ch5 at ATM)

run#3 : 1-2 


check the calib const when only A-Hit.
-> trigger rate 4Hz

run#4 : 1-5
-> A- and B- hit created

--> The condition that only A-hit is to take data pedestal and charge every
trigger ?

Return charge calib. (with 20Hz trigger)
run#5 : 1-3

run#6 : 1-4

run#7 : 1-6


test trigger rate : 50Hz -> xxx_50Hz.root
QT setting:
- charge : 50pC
- delay  : 0 ns
channel : 1-5 (ch1 at ATM)

test trigger rate : 100Hz -> xxx_100Hz.root
QT setting:
- charge : 50pC
- delay  : 0 ns
channel : 1-5 (ch1 at ATM)


"Time measurement"

QT setting:
- charge : 10pC
- delay : 0 ~ 600ns (25ns step) -> total 24 cycle

run#1 : ch# of patch panel : 1-5 (ch1 at ATM)

run#2 : 1-1 

run#3 : 1-2

run#4 : 1-3

run#5 : 1-4

run#6 : 1-6 (25 cycle, to 600ns delay)


## check charge & time calibration with trigger rate 50Hz
runQ# 8 : 1-5
runT# 8 : 1-5
-> these results are consistent with one at 20Hz