11-2
IM DLM3054-01EN
ΔT Cursors (ΔT)
The ΔT cursors are two lines that are perpendicular to the time axis. You can use them to measure the time from
the trigger position to each of the ΔT cursors, the time difference between the two cursors, and the inverse of the
time difference between the two cursors. Cursor1 is a dashed line, and Cursor2 is a dot-dash line. You can also
measure the vertical values at the points where the ΔT cursors intersect the waveforms.
Measurement Items (Item Setup)
You can measure the following time values at the cursor positions.
T1 Time value at Cursor1
T2 Time value at Cursor2
ΔT Difference between the time values of Cursor1 and Cursor2
1/ΔT Inverse of the time difference between Cursor1 and Cursor2
V1 Vertical values at the points where Cursor1 intersects the waveforms*
V2 Vertical values at the points where Cursor2 intersects the waveforms*
ΔV Difference in the vertical values at the points where Cursor1 and
Cursor2 intersect the waveforms*
* If you set the measurement source waveform to All, values of all the measurement items are measured
for CH1 through CH4 (LOGIC) and Math1 to Math4.
Example of Logic Signal Measurement
The instrument displays measured values according to the format (Format) and bit order (Bit Order) settings in
the LOGIC menu.
Bit0
Cursor 1 Cursor 2
Bit1
Bit3
Bit4
Bit6
Bit7
Bit5
Bit2
Measurement example when Format is set to Hex and the Bit
Order is from Bit7 to Bit0
V1(LOGIC) 6A V2(LOGIC) 92
ΔV Cursors (ΔV)
The ΔV cursors are two lines that are perpendicular to the vertical axis. You can use them to measure vertical
values at the cursor positions. You can also measure the level difference between the two cursors. Cursor1 is a
dashed line, and Cursor2 is a dot-dash line.
Measurement Items (Item Setup)
You can measure the following vertical values at the cursor positions.
V1 Vertical value at Cursor1
V2 Vertical value at Cursor2
ΔV Difference in the vertical values at Cursor1 and Cursor2
11 Cursor Measurement
To Next Page
Loading...
Need help?
General
