(1) Sets and queries the measurement range of an input channel. |
Common |
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Syntax
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command query |
:UNIT:RANGe ch$,A :UNIT:RANGe? ch$ |
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response
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ch$,A<NR3>A = voltage (V, με, C°)
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Explanation
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Sets the measurement range for the channel designated by ch$ to a numerical value. Returns the current measurement range for the channel designated by ch$ as an NR3 numerical value.
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Example
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:UNIT:RANGe CH1,+10.E-3 Sets the voltage axis range for channel 1 to 10 mV.
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When allowed
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In all functions When using the frequency range in the F/V unit, use the :UNIT:FRANge command.
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Common |
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Syntax
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command query |
:UNIT:COUPling ch$,A$ :UNIT:COUPling? ch$ |
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response
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ch$,A$A$ = GND, DC, AC (except when measuring temperature with the 8937 VOLTAGE/TEMPERATURE UNIT)
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Explanation
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Sets the input coupling for the channel designated by ch$. Returns the current input coupling for the channel designated by ch$ as character data.
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Example
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:UNIT:COUPling CH1,DC Sets the input coupling for channel 1 to DC.
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When allowed
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In all functions
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Common |
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Syntax
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command query |
:UNIT:POSItion ch$,A :UNIT:POSItion? ch$ |
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response
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ch$,A<NR1>A = origin position (%)
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Explanation
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Sets the origin position for the channel designated by ch$ in the range to a numerical value. Returns the current origin position for the channel designated by ch$ as an NR1 numerical value (unit percent).
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Example
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:UNIT:POSItion CH1,50 Sets the origin position for channel 1 to 50%
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When allowed
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In all functions
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Common |
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Syntax
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command query |
:UNIT:FILTer ch$,A :UNIT:FILTer? ch$ |
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response
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ch$,A<NR1>ch$,A$ A = 0 (OFF), 5, 500, 5000, 100000 (Hz) 0 (OFF), 10, 30, 300, 3000 (Hz) [8939] (0 (OFF), 5, 500 (Hz) when temperature is measured with the 8937 or the digital filter is ON) A$ = 0 (OFF), 5, 500, 5k, 100k (Hz) 0 (OFF), 10, 30, 300, 3k (Hz) [8939]
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Explanation
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Sets the filter for the channel designated by ch$. Returns the current filter setting for the channel designated by ch$ as character data
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Example
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:UNIT:FILTer CH1,500 Sets the filter for channel 1 to 500 Hz.
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When allowed
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In all functions
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(5) Sets and queries the type of the voltage/temperature unit sensor. |
Common |
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Syntax
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command query |
:UNIT:SENSor ch$,A$ :UNIT:SENSor? ch$ |
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response
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ch$,A$A$ = K, E, J, T, N, R, S, B, OFF (voltage)
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Explanation
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Sets the type of the voltage/temperature unit sensor on the channel designated by ch$. Returns the type of the voltage/temperature unit sensor on the channel designated by ch$ as character data.
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Example
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:UNIT:SENSor CH1, K The type of the voltage/temperature unit sensor on channel 1 is set to "K".
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When allowed
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In all functions, when the 8937 is installed.
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(6) Sets and queries reference junction compensation of the voltage/temperature unit. |
Common |
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Syntax
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command query |
:UNIT:RJC ch$,A$ :UNIT:RJC? ch$ |
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response
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ch$,A$A$ = INT, EXT
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Explanation
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Sets the reference junction compensation of the voltage/temperature unit on the channel designated by ch$. Returns the reference junction compensation of the voltage/temperature unit on the channel designated by ch$ as character data.
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Example
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:UNIT:RJC CH1, INT The reference junction compensation of the voltage/temperature unit on channel 1 is set to "INT".
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When allowed
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In all functions, when the 8937 is installed.
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(7) Sets and queries drift compensation of the voltage/temperature unit. |
Common |
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Syntax
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command query |
:UNIT:DRIFt ch$,A$ :UNIT:DRIFt? ch$ |
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response
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ch$,A$A$ = OFF, ON
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Explanation
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Sets the drift compensation of the voltage/temperature unit on the channel designated by ch$. Returns the setting of the drift compensation of the voltage/temperature unit on the channel designated by ch$ as character data.
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Example
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:UNIT:DRIFt CH1,ON The drift compensation of the voltage/temperature unit on channel 1 is set to ON.
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When allowed
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In all functions, when the 8937 is installed.
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(8) Sets and queries digital filter of the voltage/temperature unit. |
Common |
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Syntax
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command query |
:UNIT:DFILter ch$,A$ :UNIT:DFILter? ch$ |
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response
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ch$,A$A$ = OFF, ON
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Explanation
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Enables and disables the digital filter of the voltage/temperature unit on the channel designated by ch$. Returns the enablement state of the digital filter of the voltage/temperature unit on the channel designated by ch$ as character data.
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Example
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:UNIT:DFIlter CH1,ON The digital filter of the voltage/temperature unit on channel 1 is set to ON.
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When allowed
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In all functions, when the 8937 is installed.
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(9) Sets and queries the anti-aliasing filter of the FFT unit. |
Common |
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Syntax
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command query |
:UNIT:AAFilter ch$,A$ :UNIT:AAFilter? ch$ |
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response
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ch$,A$A$ = OFF, ON
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Explanation
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Enables and disables the anti-aliasing filter of the FFT unit on the channel designated by ch$. Returns the enablement state of the anti-aliasing filter of the FFT unit on the channel designated by ch$ as character data.
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Example
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:UNIT:AAFilter CH1,ON The anti-aliasing filter of the FFT unit on channel 1 is set to ON.
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When allowed
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In all functions
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Common |
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Syntax
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command
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:UNIT:ADJUST
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Explanation
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Carries out zero adjustment for the input units (except when temperature is selected in the 8937).
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When allowed
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In all functions
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(11) Carries out auto-balancing for all of the strain unit channels. |
Common |
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Syntax
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command
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:UNIT:BALAnce
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Explanation
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Carries out auto-balancing for all of the strain unit channels.
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When allowed
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In all functions
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(12) Carries out auto-balancing for each strain unit channel. |
Common |
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Syntax
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command
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:UNIT:CHBALAnce ch$
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Explanation
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Carries out auto-balancing for the selected channel.
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Example
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:UNIT:CHBAlance CH1 Carries out auto-balancing for channel 1.
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When allowed
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In all functions
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8835-01, 8826, 8841, 8842, 8720 |
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Syntax
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command query |
:UNIT:OFSCancel ch$,A$ :UNIT:OFSCancel? ch$ |
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response
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ch$,A$ch$ = channel, ALL A$ = OFF, ON
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Explanation
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Executes the baseline offset for the channel designated by ch$. If ALL is designated for ch$, executes the baseline offset for all the channels. Returns the enablement state of the baseline offset for the channel designated by ch$.
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Example
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:UNIT:OFSCancel CH1,ON Executes the baseline offset for channel 1.
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When allowed
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In all functions The baseline offset cannot be executed in the strain unit, the universal unit (temperature range) and the F/V unit (frequency, count and pulse duty ratio). |
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8835-01, 8826, 8841, 8842, 8720 |
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Syntax
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command
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:UNIT:CHKClamp
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Explanation
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Performs the clamp check when using the clamp or the differential probe in the F/V unit. Always performs the clamp check before measurement when changing the clamp or the differential probe.
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Example
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:UNIT:CHKClamp Performs the clamp check.
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When allowed
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In the current measurement mode in the F/V unit. |
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Common |
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Syntax
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command query |
:UNIT:FVMOde ch$,A$ :UNIT:FVMOde? ch$ |
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response
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ch$,A$ A$ = FREQ (frequency) COUNT (integration) DUTY (pulse duty ratio) VOLT (voltage) CURRent
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Explanation
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Sets the measurement mode of the F/V unit on the channel designated by ch$. Returns the setting of the measurement mode of the F/V unit on the channel designated by ch$.
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Example
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:UNIT:FVMOde CH1,FREQ Measures frequency on channel 1.
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When allowed
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In all functions |
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Common |
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Syntax
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command query |
:UNIT:FRANGe ch$,A :UNIT:FRANGe? ch$ |
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response
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ch$,A$A$ = 0.1HZ, 0.2HZ, 1HZ, 2HZ, 10HZ, 20HZ, 100HZ, 200HZ, 1KHZ, 2KHZ, 10KHZ ,10RPM, 20RPM, 100RPM, 200RPM 1KRPM, P50HZ, P60HZ (8835, 8835-01) A$ = 0.05HZ, 0.1HZ, 0.5HZ, 1HZ, 5HZ, 10HZ, 50HZ, 100HZ, 500HZ, 1KHZ, 5KHZ, 5RPM, 10RPM, 50RPM, 100RPM, 500RPM, P50HZ, P60HZ (8826, 8841, 8842)
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Explanation
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Sets the frequency range when the F/V unit on the channel designated by ch$ is in the frequency measurement mode. Returns the setting of the frequency range of the F/V unit on the channel designated by ch$.
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Example
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:UNIT:FRANGe CH1,0.1HZ The frequency range of the F/V unit on channel 1 is set to 0.1 Hz.
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When allowed
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In all functions In the frequency measurement mode in the F/V unit.
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Common |
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Syntax
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command query |
:UNIT:FVLEvel ch$,A :UNIT:FVLEvel? ch$ |
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response
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ch$,A<NR3>A = -10 to 10 (unit: V)
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Explanation
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Sets the threshold level of the F/V unit. Returns the setting of the threshold level of the F/V unit as an NR3 numerical value.
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Example
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:UNIT:FVLEvel CH1,2.4 The threshold level on channel 1 is set to 2.4 V.
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When allowed
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In all functions In the frequency, count and pulse duty ratio measurement modes in the F/V unit.
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Common |
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Syntax
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command query |
:UNIT:FVHOld ch$,A$ :UNIT:FVHOld? ch$ |
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response
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ch$,A$A = OFF, 10MS, 1S
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Explanation
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Sets the hold of the F/V unit. Returns the setting of the hold of the F/V unit as a character string.
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Example
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:UNIT:FVHOld CH1,10MS The hold of the F/V unit on channel 1 is set to 10 ms.
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When allowed
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In all functions In the frequency measurement mode in the F/V unit.
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Common |
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Syntax
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command query |
:UNIT:PULLup ch$,A$ :UNIT:PULLup? ch$ |
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response
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ch$,A$A = OFF, ON
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Explanation
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Sets the input switch of the F/V unit. Returns the setting of the input switch of the F/V unit as a character string.
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Example
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:UNIT:PULLup CH1,ON The input switch of the F/V unit on channel 1 is set to ON.
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When allowed
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In all functions |
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(20) Sets and queries the measurement mode of the charge unit. |
Common |
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Syntax
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command query |
:UNIT:CMODe ch$,A$ :UNIT:CMODe? ch$ |
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response
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ch$,A$A$ = VOLT (voltage), CHARge, PREamp (preamplifier)
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Explanation
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Sets the measurement mode of the charge unit. Returns the setting of the measurement mode of the charge unit as a character string.
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Example
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:UNIT:CMODe CH1,CHARGE Measures the charge on channel 1.
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When allowed
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In all functions |
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(21) Sets and queries the sensor sensitivity of the charge unit. |
Common |
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Syntax
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command query |
:UNIT:CSENs ch$, A :UNIT:CSENs? ch$ |
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response
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ch$,A<NR3>A = 0.1 to 10 (sensor sensitivity)
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Explanation
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Sets the sensor sensitivity of the charge unit. Returns the setting of the sensor sensitivity of the charge unit as an NR3 numerical value.
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Example
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:UNIT:CSENS CH1,3.5 The sensor sensitivity of the charge unit on channel 1 is set to 3.5.
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When allowed
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In all functions |
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