Instruction manual

Chapter 12 267
Specifications and Supplemental Performance Characteristics
Basic Measurement Characteristics
12. Specifications and
Supplemental Performance
Characteristics
Single-point measurement (Typical)
This section provides an example of measurement time calculation based on the conditions
shown in the table below.
Here, Ts, Tt, Tp, Tr, Tm are as follows:
Ts = 0 ms
Tt = 3.0 ms
Tp = 0 ms
Tr = 0 ms (R
dc
measurement off)
NOTE When measurement cycles are repeated at the single point, Ts is normally 0 ms because the
test signal settings do not change. However, Ts may not be 0 ms if you start a new
measurement cycle with the measurement conditions shown in the table above
immediately after performing measurement with different conditions.
Tm = 6.9 + 3.9 = 10.8 ms (averaging factor: 2)
The measurement time would be 0 + 3.0 + 0 + 0 + 10.8 = 13.8 ms based on these
conditions.
List measurement (Typical)
This section provides an example of measurement time calculation for one cycle of list
measurement based on the conditions shown in the table below.
For Tt, Tp and Tr, these settings are applied regardless of the measurement point settings:
Measurement point settings Test signal frequency 100 MHz
Test signal level 0 dBm
Averaging factor 2
Trigger delay time 3.0 ms
Measurement point delay time 0 ms
R
dc
measurement Off
Measurement
condition
table settings
(with two
measurement points
defined)
Point 1 Test signal frequency 100 MHz
Test signal level 0 dBm
Averaging factor 2
Point 2 Test signal frequency 800 MHz
Test signal level 0 dBm
Averaging factor 1
Trigger delay time 2.0 ms
Measurement point delay time 1.0 ms
R
dc
measurement On
(the offset cancel function is off)