2606B System SourceMeter® Instrument Reference Manual
Section 3: Functions and features
2606B-901-01 Rev. B / May 2018
3-11
Commands to store readings
smu
X
.measure.count =
count
The number of measurements to acquire.
smu
X
.measure.overlappedi(
rbuffer
)
Takes current measurements; stores readings in
rbuffer
.
smu
X
.measure.overlappediv(
ibuffer,
vbuffer
)
Takes both current and voltage measurements; stores
current readings in
ibuffer
and stores voltage readings
in
vbuffer
.
smu
X
.measure.overlappedp(
rbuffer
)
Takes power measurements; stores readings in
rbuffer
.
smu
X
.measure.overlappedr(
rbuffer
)
Takes resistance measurements; stores readings in
rbuffer
.
smu
X
.measure.overlappedv(
rbuffer
)
Takes voltage measurements; stores readings in
rbuffer
.
smu
X
.measure.v(
rbuffer
)
Takes voltage measurements; stores readings in
rbuffer
.
smu
X
.measure.i(
rbuffer
)
Takes current measurements; stores readings in
rbuffer
.
smu
X
.measure.iv(
ibuffer,
vbuffer
)
Takes both current and voltage measurements; stores
current readings in
ibuffer
and stores voltage readings
in
vbuffer
.
smu
X
.measure.r(
rbuffer
)
Takes resistance measurements; stores readings in
rbuffer
.
smu
X
.measure.p(
rbuffer
)
Takes power measurements; stores readings in
rbuffer
.
smu
X
.trigger.measure.v(
rbuffer
)
Configures voltage measurements to be made during a
sweep including the location where readings will be stored
(
rbuffer
).
smu
X
.trigger.measure.i(
rbuffer
)
Configures current measurements to be made during a
sweep including the location where readings will be stored
(
rbuffer
).
smu
X
.trigger.measure.r(
rbuffer
)
Configures resistance measurements to be made during a
sweep including the location where readings will be stored
(
rbuffer
).
smu
X
.trigger.measure.p(
rbuffer
)
Configures power measurements to be made during a
sweep including the location of readings where readings
will be stored (
rbuffer
).
smu
X
.trigger.measure.iv(
ibuffer,
vbuffer
)
Configures both current and voltage measurements to be
made during a sweep including the location of where
readings will be stored; current readings will be stored in
ibuffer
and voltage readings will be stored in
vbuffer
.
Commands to access readings:
printbuffer(
start_index, end_index,
st_1, st_2, ... st_n
)
Prints data from buffer subtables:
start_index
(starting
index of values to print).
end_index
(ending index of values to print).
st_1, st_2, ... st_n
(subtables from which to print,
each separated by a comma).
* smu
X
can be
smua
for SMU Channel A or
smub
for SMU Channel B
