tkds30xx.sub

泰克3000示波器波形采集程序CVI,环境LABWINDOWS CVI

v attrProbeAttenuationRangeTable DataType="d" 
 TKDS30XX_VAL_PROBE_SENSE_ON (-1.00000000000000E+0)
  "Enables the oscilloscope's automatic probe sense capability."

 0.001 (1.00000000000000E-3)
  ""

 0.002 (2.00000000000000E-3)
  ""

 0.005 (5.00000000000000E-3)
  ""

 0.01 (1.00000000000000E-2)
  ""

 0.02 (2.00000000000000E-2)
  ""

 0.05 (5.00000000000000E-2)
  ""

 0.1 (1.00000000000000E-1)
  ""

 0.2 (2.00000000000000E-1)
  ""

 0.5 (5.00000000000000E-1)
  ""

 1.0 (1.00000000000000E+0)
  "Sets the manual probe attenuation to 1.0."

 2.0 (2.00000000000000E+0)
  ""

 5.0 (5.00000000000000E+0)
  ""

 10.0 (1.00000000000000E+1)
  "Sets the manual probe attenuation to 10.0."

 20.0 (2.00000000000000E+1)
  "Sets the manual probe attenuation to 20.0."

 50.0 (5.00000000000000E+1)
  ""

 100.0 (1.00000000000000E+2)
  "Sets the manual probe attenuation to 100.0."

 200.0 (2.00000000000000E+2)
  ""

 500.0 (5.00000000000000E+2)
  ""

 1000.0 (1.00000000000000E+3)
  ""


v attrPulseTriggerClassRangeTable DataType="i" 
 TKDS30XX_VAL_GLITCH_TRIGGER (103)
  ""

 TKDS30XX_VAL_RUNT_TRIGGER (102)
  ""

 TKDS30XX_VAL_SLEW_RATE_TRIGGER (0)
  ""


v attrRuntPolarityRangeTable DataType="i" 
 TKDS30XX_VAL_RUNT_POSITIVE (0)
  ""

 TKDS30XX_VAL_RUNT_NEGATIVE (0)
  ""

 TKDS30XX_VAL_RUNT_EITHER (0)
  ""


v attrRuntWhenRangeTable DataType="i" 
 TKDS30XX_VAL_RUNT_WHEN_OCCURS (1)
  ""

 TKDS30XX_VAL_RUNT_WHEN_WIDER_THAN (2)
  ""

 TKDS30XX_VAL_RUNT_WHEN_LESS_THAN (3)
  ""

 TKDS30XX_VAL_RUNT_WHEN_EQUAL (4)
  ""

 TKDS30XX_VAL_RUNT_WHEN_NOTEQUAL (5)
  ""


v attrSlewPolarityRangeTable DataType="i" 
 TKDS30XX_VAL_SLEW_POSITIVE (1)
  "Specifies that a pulse edge must traverse from the low threshold (most "
  "negative) to the high threshold (most positive) for triggering to occur.  "
  "You specify the low and high thresholds with the "
  "TKDS30XX_ATTR_SLEW_LOW_THRESHOLD and TKDS30XX_ATTR_SLEW_HIGH_THRESHOLD "
  "attributes respectively."

 TKDS30XX_VAL_SLEW_NEGATIVE (2)
  "Specifies that a pulse edge must traverse from the high threshold (most "
  "positive) to the low threshold (most negative) for triggering to occur.  "
  "You specify the low and high thresholds with the "
  "TKDS30XX_ATTR_SLEW_LOW_THRESHOLD and TKDS30XX_ATTR_SLEW_HIGH_THRESHOLD "
  "attributes respectively."

 TKDS30XX_VAL_SLEW_EITHER (3)
  "Specifies that a pulse edge may traverse either from the low threshold to "
  "the high threshold or from the high threshold to the low threshold for "
  "triggering to occur.  You specify the low and high thresholds with the "
  "TKDS30XX_ATTR_SLEW_LOW_THRESHOLD and TKDS30XX_ATTR_SLEW_HIGH_THRESHOLD "
  "attributes respectively."


v attrSlewWhenRangeTable DataType="i" 
 TKDS30XX_VAL_SLEW_FASTER_THAN (1)
  "Specifies that a pulse must have a slew rate faster than the value you "
  "specify with the TKDS30XX_ATTR_SLEW_DELTA_TIME attribute to trigger the "
  "oscilloscope."

 TKDS30XX_VAL_SLEW_SLOWER_THAN (2)
  "Specifies that a pulse must have a slew rate slower than the value you "
  "specify with the TKDS30XX_ATTR_SLEW_DELTA_TIME attribute to trigger the "
  "oscilloscope."

 TKDS30XX_VAL_SLEW_EQUAL (3)
  "Specifies that a pulse must have a slew rate equal the value you specify "
  "with the TKDS30XX_ATTR_SLEW_DELTA_TIME attribute to trigger the "
  "oscilloscope."

 TKDS30XX_VAL_SLEW_NOTEQUAL (4)
  "Specifies that a pulse must have a slew rate notequal the value you "
  "specify with the TKDS30XX_ATTR_SLEW_DELTA_TIME attribute to trigger the "
  "oscilloscope."


v attrTriggerCouplingRangeTable DataType="i" 
 TKDS30XX_VAL_AC (0)
  "The oscilloscope AC couples the trigger signal."

 TKDS30XX_VAL_DC (1)
  "The oscilloscope DC couples the trigger signal."

 TKDS30XX_VAL_LF_REJECT (101)
  "The oscilloscope filters out frequencies below 80 kHz from the trigger "
  "signal."

 TKDS30XX_VAL_HF_REJECT (102)
  "The oscilloscope filters out frequencies above 30 kHz from the trigger "
  "signal."

 TKDS30XX_VAL_NOISE_REJECT (103)
  "In order to reduce false triggering on noise, the oscilloscope requires "
  "additional signal amplitude for stable triggering."


v attrTriggerModifierRangeTable DataType="i" 
 TKDS30XX_VAL_NO_TRIGGER_MOD (1)
  "The oscilloscope waits indefinitely for the trigger you specify."

 TKDS30XX_VAL_AUTO (2)
  "If the trigger you specify does not occur within the oscilloscope's "
  "timeout period, the oscilloscope automatically triggers."


v attrTriggerSlopeRangeTable DataType="i" 
 TKDS30XX_VAL_POSITIVE (1)
  "The oscilloscope triggers on a positive (rising) edge passing through the "
  "voltage threshold you specify with the TKDS30XX_ATTR_TRIGGER_LEVEL "
  "attribute."

 TKDS30XX_VAL_NEGATIVE (0)
  "The oscilloscope triggers on a negative (falling) edge passing through "
  "the voltage threshold you specify with the TKDS30XX_ATTR_TRIGGER_LEVEL "
  "attribute."


v attrTriggerTypeRangeTable DataType="i" 
 TKDS30XX_VAL_EDGE_TRIGGER (1)
  "Configures the oscilloscope for edge triggering.  An edge trigger occurs "
  "when the trigger signal passes through the voltage threshold you specify "
  "with the TKDS30XX_ATTR_TRIGGER_LEVEL attribute and has the slope you "
  "specify with the TKDS30XX_ATTR_TRIGGER_SLOPE attribute."

 TKDS30XX_VAL_RUNT_TRIGGER (102)
  "Configures the oscilloscope for runt triggering.  A runt trigger occurs "
  "when the trigger signal crosses one of the runt thresholds twice without "
  "crossing the other runt threshold.  You specify the runt thresholds with "
  "the TKDS30XX_ATTR_RUNT_HIGH_THRESHOLD and "
  "TKDS30XX_ATTR_RUNT_LOW_THRESHOLD attributes.  You specify the polarity of "
  "the runt with the TKDS30XX_ATTR_RUNT_POLARITY attribute."

 TKDS30XX_VAL_GLITCH_TRIGGER (103)
  "Configures the oscilloscope for glitch triggering.  A glitch trigger "
  "occurs when the trigger signal has a pulse with a width that is less than "
  "the glitch width.  You specify the glitch width with the "
  "TKDS30XX_ATTR_GLITCH_WIDTH attribute.   You specify the polarity of the "
  "pulse with the TKDS30XX_ATTR_GLITCH_POLARITY attribute.  The trigger does "
  "not actually occur until the edge of a pulse that corresponds to the "
  "glitch width and polarity you specify crosses the trigger level you "
  "specify with the TKDS30XX_ATTR_TRIGGER_LEVEL attribute."

 TKDS30XX_VAL_STATE_TRIGGER (104)
  "Configures the oscilloscope for state triggering.  The oscilloscope "
  "checks that the logic conditions you specify on the input channels "
  "(CH1-CH3) are met at the time the clock edge occurs on the state clock "
  "source (CH4).  You specify the clock slope, threshold level, the logic "
  "level for each of the input channels, the logic function (AND, OR, NAND, "
  "or NOR) to apply to the input channels, and the function result on which "
  "the oscilloscope triggers (True or False)."

 TKDS30XX_VAL_PATTERN_TRIGGER (105)
  "Configures the oscilloscope for pattern triggering.  When using pattern "
  "triggering, the oscilloscope checks that the logic conditions you specify "
  "on the input channels CH1, CH2, (CH3, CH4) are met.  You specify the "
  "logic level expected on each channel, the logic function (AND, OR, NAND, "
  "or NOR) to apply to the input channels, and the function result on which "
  "the oscilloscope triggers (True or False)."

 TKDS30XX_VAL_TV_TRIGGER (106)
  "Configures the oscilloscope for TV triggering.  You configure the TV "
  "trigger with the TKDS30XX_ATTR_TV_TRIGGER_SIGNAL_FORMAT, "
  "TKDS30XX_ATTR_TV_TRIGGER_EVENT, TKDS30XX_ATTR_TV_TRIGGER_LINE_NUMBER, and "
  "TKDS30XX_ATTR_TV_TRIGGER_POLARITY attributes.  This value is valid only "
  "if Option 05 (video trigger) is installed."

 TKDS30XX_VAL_SLEW_RATE_TRIGGER (0)
  ""

 TKDS30XX_VAL_AC_LINE_TRIGGER (0)
  ""


v attrTvScanRateRangeTable DataType="i" 
 TKDS30XX_VAL_SCAN_RATE1 (1)
  "Sets the video line scan rate range to 15-20 kHz. This is the standard "
  "broadcast rate."

 TKDS30XX_VAL_SCAN_RATE2 (2)
  "Sets the video line scan rate range to 20-25 kHz."

 TKDS30XX_VAL_SCAN_RATE3 (3)
  "Sets the video line scan rate range to 25-35 kHz."

 TKDS30XX_VAL_SCAN_RATE4 (4)
  "Sets the video line scan rate range to 35-50 kHz."

 TKDS30XX_VAL_SCAN_RATE5 (5)
  "Sets the video line scan rate range to 50-65 kHz."


v attrTvTriggerEventRangeTable DataType="i" 
 TKDS30XX_VAL_TV_EVENT_FIELD1 (1)
  ""

 TKDS30XX_VAL_TV_EVENT_FIELD2 (2)
  ""

 TKDS30XX_VAL_TV_EVENT_ANY_FIELD (3)
  ""

 TKDS30XX_VAL_TV_EVENT_ANY_LINE (4)
  ""

 TKDS30XX_VAL_TV_EVENT_LINE_NUMBER (5)
  ""


v attrTvTriggerSignalFormatRangeTable DataType="i" 
 TKDS30XX_VAL_NTSC (1)
  "NTSC video signal"

 TKDS30XX_VAL_PAL (2)
  "PAL video signal"

 TKDS30XX_VAL_SECAM (3)
  "SECAM video signal"

 TKDS30XX_VAL_CUSTOM (1001)
  "This attribute sets the oscilloscope to use custom video horizontal scan "
  "rate parameters (TDS3VID Extended Video Application module only)."


v attrVerticalCouplingRangeTable DataType="i" 
 TKDS30XX_VAL_AC (0)
  "The oscilloscope AC couples the input signal."

 TKDS30XX_VAL_DC (1)
  "The oscilloscope DC couples the input signal."

 TKDS30XX_VAL_GND (2)
  "The oscilloscope ground couples the input signal."


v fftVertScaleRangeTable DataType="i" 
 TKDS30XX_VAL_MATH_DBV_RMS (1)
  "The units for the FFT Vertical Scale are dB relative to 1 V RMS, where 0 "
  "dB = 1 V RMS."

 TKDS30XX_VAL_MATH_LINEAR_RMS (2)
  "The units for the FFT Vertical Scale are volts."


v fftWindowRangeTable DataType="i" 
 TKDS30XX_VAL_MATH_RECTANGULAR (1)
  ""

 TKDS30XX_VAL_MATH_BLACK_HARRIS (2)
  ""

 TKDS30XX_VAL_MATH_HANNING (3)
  ""

 TKDS30XX_VAL_MATH_HAMMING (4)
  ""


v mathFunctionRangeTable DataType="i" 
 TKDS30XX_VAL_MATH_ADD (1)
  ""

 TKDS30XX_VAL_MATH_SUBTRACT (2)
  ""

 TKDS30XX_VAL_MATH_MULTIPLY (3)
  ""

 TKDS30XX_VAL_MATH_DIVIDE (4)
  ""

 TKDS30XX_VAL_MATH_FFT (101)
  ""


v attrAcLineTriggerSlopeRangeTable DataType="i" 
 TKDS30XX_VAL_AC_LINE_POSITIVE (1)
  "The oscilloscope triggers on the positive zero crossing of the network "
  "voltage signal"

 TKDS30XX_VAL_AC_LINE_NEGATIVE (2)
  "The oscilloscope triggers on the negative zero crossing of the network "
  "voltage signal"


v Boolean_values DataType="i" 
 VI_TRUE (1)
  "True"

 VI_FALSE (0)
  "False"


v attrRecordLenRangeTable DataType="i" 
 500 (500)
  ""

 10000 (10000)
  ""


v attrWidthPolarityRangeTable DataType="i" 
 TKDS30XX_VAL_WIDTH_TRIGGER_POSITIVE (1)
  "The oscilloscope triggers on a positive pulse."

 TKDS30XX_VAL_WIDTH_TRIGGER_NEGATIVE (2)
  "The oscilloscope triggers on a negative pulse."


v attrWidthWhenRangeTable DataType="i" 
 TKDS30XX_VAL_WIDTH_TRIGGER_WHEN_WIDER_THAN (101)
  "The oscilloscope triggers when a runt occurs with a pulse wider than the "
  "width you specify with the TKDS30XX_ATTR_WIDTH_WIDTH attribute."

 TKDS30XX_VAL_WIDTH_TRIGGER_WHEN_LESS_THAN (102)
  "The oscilloscope triggers when a runt occurs with a pulse less than the "
  "width you specify with the TKDS30XX_ATTR_WIDTH_WIDTH attribute."

 TKDS30XX_VAL_WIDTH_TRIGGER_WITHIN (1)
  "The oscilloscope triggers when a runt occurs with a pulse equal the width "
  "you specify with the TKDS30XX_ATTR_WIDTH_WIDTH attribute, +/- 5%."

 TKDS30XX_VAL_WIDTH_TRIGGER_OUTSIDE (2)
  "The oscilloscope triggers when a runt occurs with a pulse 5% outside the "
  "width you specify with the TKDS30XX_ATTR_WIDTH_WIDTH attribute."


v attrPatternLevelRangeTable DataType="i" 
 TKDS30XX_VAL_PATTERN_TRIGGER_HIGH (1)
  "The oscilloscope defines the pattern signal as high when its level is "
  "above the threshold level you set with the TKDS30XX_ATTR_PATTERN_LEVEL "
  "attribute."

 TKDS30XX_VAL_PATTERN_TRIGGER_LOW (2)
  "The oscilloscope defines the pattern signal as low when its level is "
  "above the threshold level you set with the TKDS30XX_ATTR_PATTERN_LEVEL "
  "attribute."


v attrStateFunctionRangeTable DataType="i" 
 TKDS30XX_VAL_STATE_TRIGGER_AND (1)
  "Applies AND logic to the input channels.  The output is true if and only "
  "if all the inputs are true."

 TKDS30XX_VAL_STATE_TRIGGER_OR (2)
  "Applies OR logic to the input channels.  The output is true if any of the "
  "inputs are true.  Otherwise the output is false."

 TKDS30XX_VAL_STATE_TRIGGER_NAND (3)
  "Applies NAND logic to the input channels.  The output is true if any of "
  "the inputs are false.  Otherwise the output is false."

 TKDS30XX_VAL_STATE_TRIGGER_NOR (4)
  "Applies NOR logic to the input channels.  The output is true if and only "
  "if all the inputs are false."


v attrStateInputsRangeTable DataType="i" 
 TKDS30XX_VAL_STATE_TRIGGER_INPUT_SOURCE (1)
  ""