YOKOGAWA TA120E, User Manual

Page: 95 / 165

8-24
IM 704420-01E
: I N P u t ? : I N P u t ? : I N P u t ? : I N P u t ? : I N P u t ?
Function Queries all settings related to the input signal.
Syntax :INPut?
Example :INPUT?
→
:INPUT:DATA:TRIGGER:MODE AUTO;
INPUT:DATA:POLARITY POSITIVE;CLOCK:
SLOPE POSITIVE;CLOCK:DELAY:
TIME 10.0E–09;EQ 0;PLL 0
: I N P u t : C L O C k ? : I N P u t : C L O C k ? : I N P u t : C L O C k ? : I N P u t : C L O C k ? : I N P u t : C L O C k ?
Function Queries all settings related to the clock signal
input.
Syntax :INPut:CLOCk?
Example :INPUT:CLOCK?
→
:INPUT:CLOCK:SLOPE RISE
Description This command can be used only when the
measurement function is set to “
DTOC
.”
: I N P u t : C L O C k : D E L a y ? : I N P u t : C L O C k : D E L a y ?
: I N P u t : C L O C k : D E L a y ? : I N P u t : C L O C k : D E L a y ? : I N P u t : C L O C k : D E L a y ?
Function Queries all settings related to the phase delay of
the clock signal.
Syntax :INPut:CLOCk:DELay?
Example :INPUT:CLOCK:DELAY?
→
:INPUT:CLOCK:DELAY:;
TIME 10.0E–09
Description This command can be used only when the
measurement function is set to “ DTOC .”
: I N P u t : C L O C k : D E L a y : T I M E : I N P u t : C L O C k : D E L a y : T I M E : I N P u t : C L O C k : D E L a y : T I M E : I N P u t : C L O C k : D E L a y : T I M E : I N P u t : C L O C k : D E L a y : T I M E
Function Sets the phase delay time of the clock signal or
queries the current setting.
Syntax :INPut:CLOCk:DELay:TIME <Time>
:INPut:CLOCk:DELay:TIME?
<Time>=0.0 ns to 40.0 ns (in 0.1 ns steps)
Example :INPUT:CLOCK:DELAY:TIME 10NS
:INPUT:CLOCK:DELAY:TIME?
→
:INPUT:CLOCK:
DELAY:TIME 10.0E–09
Description This command can be used only when the
measurement function is set to “
DTOC
.”
: I N P u t : C L O C k : S L O P e : I N P u t : C L O C k : S L O P e : I N P u t : C L O C k : S L O P e : I N P u t : C L O C k : S L O P e : I N P u t : C L O C k : S L O P e
Function Sets the slope of the clock signal or queries the
current setting.
Syntax :INPut:CLOCk:SLOPe {RISE|FALL}
INPut:CLOCk:SLOPe?
Example :INPUT:CLOCK:SLOPE RISE
:INPUT:CLOCK:SLOPE?
→
:INPUT:CLOCK:
SLOPE RISE
Description This command can be used only when the
measurement function is set to “ DTOC .”
: I N P u t : D A T A : P O L a r i t y : I N P u t : D A T A : P O L a r i t y : I N P u t : D A T A : P O L a r i t y : I N P u t : D A T A : P O L a r i t y : I N P u t : D A T A : P O L a r i t y
Function Sets the polarity of the data signal or queries
the current setting.
Syntax :INPut:DATA:POLarity {POSitive|NEGative|
BOTH}
:INPut:DATA:POLarity?
Example :INPUT:DATA:POLARITY POSITIVE
:INPUT:DATA:POLARITY?
→
:INPUT:DATA:
POLARITY POSITIVE
Description When the measurement function is “
D3T
,” “
BOTH
”
cannot be specified.
: I N P u t : D A T A : T R I G g e r ? : I N P u t : D A T A : T R I G g e r ? : I N P u t : D A T A : T R I G g e r ? : I N P u t : D A T A : T R I G g e r ? : I N P u t : D A T A : T R I G g e r ?
Function Queries all settings related to the trigger.
Syntax :INPut:DATA:TRIGger?
Example :INPUT:DATA:TRIGGER?
→
:INPUT:DATA:TRIGGER:
MODE AUTO;POLARITY POSITIVE
: I N P u t : D A T A : T R I G g e r : M O D E : I N P u t : D A T A : T R I G g e r : M O D E : I N P u t : D A T A : T R I G g e r : M O D E : I N P u t : D A T A : T R I G g e r : M O D E : I N P u t : D A T A : T R I G g e r : M O D E
Function Sets the trigger mode or queries the current
setting.
Syntax :INPut:DATA:TRIGger:MODE {AUTO|MANual|
BOTH}
:INPut:DATA:TRIGger:MODE?
Example :INPUT:DATA:TRIGGER:MODE AUTO
:INPUT:DATA:TRIGGER:MODE?
→
:INPUT:DATA:
TRIGGER:MODE AUTO
: I N P u t : D A T A : T R I G g e r : L E V e l : I N P u t : D A T A : T R I G g e r : L E V e l
: I N P u t : D A T A : T R I G g e r : L E V e l : I N P u t : D A T A : T R I G g e r : L E V e l
: I N P u t : D A T A : T R I G g e r : L E V e l
Function Sets the slice level or queries the current
setting.
Syntax :INPut:DATA:TRIGger:LEVel <Voltage>
:INPut:DATA:TRIGger:LEVel?
(When TriggerMode = MANual)
•
When the equalizer is OFF
<Voltage> = –5.000 V to 5.000 V (in 1
mV steps)
• When the equalizer is ON
<Voltage> = –1.000 V to 1.000 V (in 1
mV steps)
(When TriggerMode = BOTH)
<Voltage> = –1.000 V to 1.000 V (in 1 mV
steps)
Example :INPUT:DATA:TRIGGER:LEVEL 1V
:INPUT:DATA:TRIGGER:LEVEL?
→
:INPUT:DATA:
TRIGGER:LEVEL 1.000E+00
Description • You can set or query the slice level when the
trigger mode is “ MANual ” or “ BOTH .”
• The slice levels for “ MANual ” and “ BOTH ” are
stored separately.
: I N P u t : E Q [ : M O D E ] : I N P u t : E Q [ : M O D E ]
: I N P u t : E Q [ : M O D E ] : I N P u t : E Q [ : M O D E ]
: I N P u t : E Q [ : M O D E ]
Function Turns ON/OFF the equalizer or queries the
current setting.
Syntax :INPut:EQ[:MODE] {Boolean}
:INPut:EQ[:MODE]?
Example :INPUT:EQ:MODE ON
:INPUT:EQ:MODE?
→
:INPUT:EQ:MODE 1
8.7 Commands