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No. 99MBC071A
• Output in the ready state (if the basic setup is determined to enable output in the ready
state)
T
SO
RUN
RES
ACK
STB
T
BD
GO, ±NG
T
DO
T
SO
T
DO
HOLD
T
DO
or more
• Response time
Signal Response time Description
Input time
Acceptance time
Strobe length
Termination time
Single-run measurement
Duration of continuous-run measurement
T
IN
TAD
TSO
TW
TRA
TBO
TBC
10 ms or more
10 ms or less
Depends on the number of scans for averaging
(Refer to the following table.)
10 ms or more
Data setup timeT
DO 115 µs
20 ms or less
(Measurement interval) x n + 10 ms or less
n = Number of samples
(Measurement interval) x n + 5 ms or less
Duration of ready stateT
BD (Measurement interval) + 5 ms or less
• Strobe length: TSO
Number of scans for averaging Strobe length
0.3 ± 0.1 ms
2 ± 0.2 ms
20 ± 0.2 ms
1 ~ 8 times
16 ~ 128 times
256 ~ 2048 times
• Other
1. Use negative-true logic pulses of 10 ms or more for the input signals.
2. RES signal clears the previous measurement result and interrupts the measuring
operation.
3. Simultaneous input of multiple signals is not accepted.
4. During measurement only RES, RUN or HOLD signals are accepted.
5. For information about the measurement intervals that correspond to each of the
scannings refer to Section 4.5.3.2, “F1: Setting the measurement interval (measurement
time)”.
NOTE 1. Zero-run measurement is enabled only if the RUN input is set to trigger single-run
measurement in the basic setup.
2. Input of each signal can not be accepted unless it meets the requirement of TIN.
3. Output signals are ensured with a built-in resistance load of 2.2 k .
4. While the HOLD signal is true, the GO, ±NG, STB and analog output signals are
held without being updated.
