tktds754.sub

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  "Turns off the histogram."

 TKTDS754_VAL_HORIZONTAL (3)
  "Selects the horizontal histogram that shows the time distribution."

 TKTDS754_VAL_VERTICAL (2)
  "Selects the vertical histogram that shows the voltage distribution."


v attrInputDataSourceRangeTable DataType="d" 
 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""


v attrInterpolationRangeTable DataType="i" 
 TKTDS754_VAL_SINE_X (2)
  "Specifies that the oscilloscope uses sin(x)/x interpolation to determine "
  "any sample values  that it cannot resolve during real-time acquisition."

 TKTDS754_VAL_LINEAR (3)
  "Specifies that the oscilloscope uses linear interpolation to determine "
  "any sample values  that it cannot resolve during real-time acquisition."


v attrLimitSourceRangeTable DataType="d" 
 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""


v attrLimitTemplateDestinationRangeTable DataType="d" 
 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""


v attrLimitTemplateSourceRangeTable DataType="d" 
 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""


v attrLogicFunctionRangeTable DataType="i" 
 (TKTDS754_VAL_LOGIC_AND) (1)
  ""

 (TKTDS754_VAL_LOGIC_OR) (2)
  ""

 (TKTDS754_VAL_LOGIC_NAND) (3)
  ""

 (TKTDS754_VAL_LOGIC_NOR) (4)
  ""


v attrLogicLevelRangeTable DataType="i" 
 (TKTDS754_VAL_LOGIC_HIGH) (1)
  ""

 (TKTDS754_VAL_LOGIC_LOW) (2)
  ""

 (TKTDS754_VAL_LOGIC_DONT_CARE) (3)
  ""


v attrLogicTriggerClassRangeTable DataType="i" 
 TKTDS754_VAL_STATE (104)
  ""

 TKTDS754_VAL_PATTERN (105)
  ""

 TKTDS754_VAL_SETUP_HOLD (1001)
  ""


v attrMainTriggerTypeRangeTable DataType="i" 
 TKTDS754_VAL_EDGE (1)
  ""

 TKTDS754_VAL_COMM (1004)
  ""

 TKTDS754_VAL_TV (106)
  ""

 (TKTDS754_VAL_LOGIC) (1101)
  ""

 (TKTDS754_VAL_PULSE) (1102)
  ""


v attrMaskChannelSourceRangeTable DataType="d" 
 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""

 0 (0.00000000000000E+0)
  ""


v attrMaskStandardRangeTable DataType="i" 
 TKTDS754_VAL_MASK_OC1 (1)
  "Defines mask locations 1 ..3 as specified by OC1/STM0 standard (51.84 "
  "Mb/s)."

 TKTDS754_VAL_MASK_OC3 (2)
  "Defines mask locations 1 .. 3 as specified by OC3/STM1 standard (155.52 "
  "Mb/s). "

 TKTDS754_VAL_MASK_OC12 (3)
  "Defines mask locations 1 .. 3 as specified by OC12/STM4 standard (622.08 "
  "Mb/s). "

 TKTDS754_VAL_MASK_DS0_SINGLE (4)
  "Defines mask locations 1 .. 2 as specified by the DS-0 Single Pulse "
  "standard (64 kb/s). "

 TKTDS754_VAL_MASK_DS0_DOUBLE (5)
  "Defines mask locations 1 .. 2 as specified by the DS-0 Double Pulse "
  "standard (64 kb/s). "

 TKTDS754_VAL_MASK_DS0_DATA (6)
  "Defines mask locations 1 .. 2 as specified by the DS-0 Data Pulse, "
  "Contradirectional standard (64 kb/s)."

 TKTDS754_VAL_MASK_DS0_TIMING (7)
  "Defines mask locations 1 .. 2 as specified by the DS-0 Timing Pulse, "
  "Contradirectional standard (64 kb/s)."

 TKTDS754_VAL_MASK_E1_SYM (8)
  "Defines mask locations 1 .. 2 as specified by the E1 Symmetrical Pair "
  "standard (2.048 Mb/s)."

 TKTDS754_VAL_MASK_E1_COAX (9)
  "Defines mask locations 1 .. 2 as specified by the E1 Coaxial Pair "
  "standard (2.048 Mb)."

 TKTDS754_VAL_MASK_E2 (10)
  "Defines mask locations 1 .. 2 as specified by the E2 standard (8.448 "
  "Mb/s)."

 TKTDS754_VAL_MASK_E3 (11)
  "Defines mask locations 1 .. 2 as specified by the E3 standard (34.368 "
  "Mb/s)."

 TKTDS754_VAL_MASK_E4_0 (12)
  "Defines mask locations 1 .. 2 as specified by the E4 Binary 0 standard "
  "(139.26 Mb/s)."

 TKTDS754_VAL_MASK_E4_1 (13)
  "Defines mask locations 1 ..2 as specified by the E4 Binary 1 standard "
  "(139.26 Mb/s)."

 TKTDS754_VAL_MASK_E5 (14)
  "Defines mask locations 1 .. 2 as specified by the E5 CEPT standard (565 "
  "Mb/s)."

 TKTDS754_VAL_MASK_STM1E_0 (15)
  "Defines mask locations 1 .. 2 as specified by the G.703 Binary 0 standard "
  "(155.52 Mb). The SONET standard GR-23-CORE calls this masks STS-3. ANSI "
  "standard T1.102 has STS-3 eye pattern standards."

 TKTDS754_VAL_MASK_STM1E_1 (16)
  "Defines mask locations 1 .. 2 as specified by the G.703 Binary 1 standard "
  "(155.52 Mb/s). The SONET standard GR-23-CORE calls this masks STS-3. ANSI "
  "standard T1.102 has STS-3 eye pattern standards. "

 TKTDS754_VAL_MASK_DS1 (17)
  "Defines mask locations 1 .. 2 as specified by the DS1 standard (1.544 "
  "Mb/s). "

 TKTDS754_VAL_MASK_DS1A (18)
  "Defines mask locations 1 .. 2 as specified by the DS1 standard (2.048 "
  "Mb/s). "

 TKTDS754_VAL_MASK_DS1C (19)
  "Defines mask locations 1 .. 2 as specified by the DS1 standard (3.152 "
  "Mb/s). "

 TKTDS754_VAL_MASK_DS2 (20)
  "Defines mask locations 1 .. 2 as specified by the DS2 standard (6.312 "
  "Mb/s). "

 TKTDS754_VAL_MASK_DS3 (21)
  "Defines mask locations 1 .. 2 as specified by the DS3 standard (44.736 "
  "Mb/s) "

 TKTDS754_VAL_MASK_DS4NA (22)
  "Defines mask locations 1 .. 4 as specified by the DS4NA eye standard "
  "(139.26 Mb/s). "

 TKTDS754_VAL_MASK_DS4NA_MAX (23)
  "Defines mask locations 1 .. 4 as specified by the DS4NA Maximum equipment "
  "output eye standard (139.26 Mb/s). "

 TKTDS754_VAL_MASK_STS1_EYE (24)
  "Defines mask locations 1 .. 4 as specified by the STS-1 Eye standard "
  "(51.84 Mb/s). "

 TKTDS754_VAL_MASK_STS1_PULSE (25)
  "Defines mask locations 1 .. 2 as specified by the STS-1 Pulse standard "
  "(51.84 Mb/s). "

 TKTDS754_VAL_MASK_STS3_EYE (26)
  "Defines mask locations 1 .. 2 as specified by the STS-3 eye standard "
  "(155.52 Mb/s). "

 TKTDS754_VAL_MASK_STS3_MAX (27)
  "Defines mask locations 1 .. 4 as specified by the STS-3 Maximum equipment "
  "output eye standard (155.52 Mb/s). "

 TKTDS754_VAL_MASK_FC133 (28)
  "Defines mask locations 1 .. 3 as specified by the Fibre Channel 133 "
  "Optical standard (132.7 Mb/s). "

 TKTDS754_VAL_MASK_FC266 (29)
  "Defines mask locations 1 .. 3 as specified by the Fibre Channel 266 "
  "Optical standard (265.6 Mb/s). "

 TKTDS754_VAL_MASK_FC531 (30)
  "Defines mask locations 1 .. 3 as specified by the Fibre Channel 531 "
  "Optical standard (531.2 Mb/s). "

 TKTDS754_VAL_MASK_FC1063 (31)
  "Defines mask locations 1 .. 3 as specified by the Fibre Channel 1063 "
  "Optical standard (1.0635 Gb/s). "

 TKTDS754_VAL_MASK_FC133E (32)
  "Defines mask locations 1 .. 3 as specified by the Fibre Channel 133 "
  "Electrical standard (132.7 Mb/s). "

 TKTDS754_VAL_MASK_FC266E (33)
  "Defines mask locations 1 .. 3 as specified by the Fibre Channel 266 "
  "Electrical standard (265.6 Mb/s). "

 TKTDS754_VAL_MASK_FC531E (34)
  "Defines mask locations 1 .. 3 as specified by the Fibre Channel 531 "
  "Electrical standard (531.2 Mb/s). "

 TKTDS754_VAL_MASK_FC1063E (35)
  "Defines mask locations 1 .. 3 as specified by the Fibre Channel 1063 "
  "Electrical standard (1.0635 Gb/s). "

 TKTDS754_VAL_MASK_D2 (36)
  "Defines mask locations 1 .. 3 as specified by the ANSI/SMPTE 259M 4fsc "
  "NTSC standard (143.1818 Mb/s). "

 TKTDS754_VAL_MASK_D1 (37)
  "Defines mask locations 1 .. 3 as specified by the ANSI/SMPTE 259M 4:2:2 "
  "component serial video standard (270 Mb/s). "

 TKTDS754_VAL_MASK_FDDI (38)
  "Defines mask locations 1 .. 2 as specified by the FDDI standard (125 "
  "Mb/s). "

 TKTDS754_VAL_MASK_NONE (39)
  "Deletes all masks including user masks."

 TKTDS754_VAL_MASK_USER (40)
  "Sets the mask to the user defined mask."


v attrMeasDelayDirectionRangeTable DataType="i" 
 TKTDS754_VAL_MEAS_FORWARD (1)
  "Configures the oscilloscope to start searching at the beginning of the "
  "waveform for the last rising or falling edge in the the waveform.  You "
  "specify the slope of the edge with the TKTDS754_ATTR_MEAS_DELAY_EDGE2 "
  "attribute."

 TKTDS754_VAL_MEAS_BACKWARD (2)
  "Configures the oscilloscope to start searching at the end of the waveform "
  "for the last rising or falling edge in the the waveform.  You specify the "
  "slope of the edge with the TKTDS754_ATTR_MEAS_DELAY_EDGE2 attribute."


v attrMeasDelayEdge2RangeTable DataType="i" 
 TKTDS754_VAL_MEAS_RISING (1)
  "Configures the oscilloscope to use a rising edge."

 TKTDS754_VAL_MEAS_FALLING (2)
  "Configures the oscilloscope to use a falling edge."


v attrMeasDelayEdgeRangeTable DataType="i" 
 TKTDS754_VAL_MEAS_RISING (1)
  "Configures the oscilloscope to use a rising edge."

 TKTDS754_VAL_MEAS_FALLING (2)
  "Configures the oscilloscope to use a falling edge."


v attrMeasFunctionRangeTable DataType="i" 
 TKTDS754_VAL_RISE_TIME (0)
  "Obtain the time it takes the rising edge of the first pulse to rise from "
  "the value of the TKTDS754_ATTR_MEAS_LOW_REF attribute to the value of the "
  "TKTDS754_ATTR_MEAS_HIGH_REF attribute."

 TKTDS754_VAL_FALL_TIME (1)
  "Obtain the time it takes the falling edge of the first pulse to fall from "
  "the value of the TKTDS754_ATTR_MEAS_HIGH_REF attribute to the value of "
  "the TKTDS754_ATTR_MEAS_LOW_REF attribute."

 TKTDS754_VAL_FREQUENCY (2)
  "Obtain the number of cycles that occur in one second."

 TKTDS754_VAL_PERIOD (3)
  "Obtain the time it takes for the first complete signal cycle to occur."

 TKTDS754_VAL_VOLTAGE_RMS (4)
  "Obtain the true Root Mean Square voltage."

 TKTDS754_VAL_VOLTAGE_PEAK_TO_PEAK (5)
  "Obtain the absoulte difference between the maximum and minimum amplitides."

 TKTDS754_VAL_VOLTAGE_MAX (6)
  "Obtain the most positive peak voltage in the waveform."

 TKTDS754_VAL_VOLTAGE_MIN (7)
  "Obtain the most negative peak voltage in the waveform."

 TKTDS754_VAL_VOLTAGE_HIGH (8)
  "Obtain the highest voltage value calculated.  If you use the min-max "
  "setup method, the value calculated is the same as the maximum value.  If "
  "you use the histogram method, it is the value that occurs most frequently "
  "above the mid point."

 TKTDS754_VAL_VOLTAGE_LOW (9)
  "Obtain the lowest voltage value caculated.  If you use the min-max setup "
  "method, the value calculated is the same as the minimum value.  If you "
  "use the histogram method, it is the value that occurs most frequently "
  "below the mid point."

 TKTDS754_VAL_VOLTAGE_AVERAGE (10)
  "Calculate the Arithmetic mean over the entire waveform."

 TKTDS754_VAL_WIDTH_NEG (11)
  "Obtain the time between the crossings by the first negative pulse of the "
  "value of the TKTDS754_ATTR_MEAS_HIGH_REF attribute."

 TKTDS754_VAL_WIDTH_POS (12)
  "Obtain the time between the crossings by the first positive pulse of "
  "thevalue of the TKTDS754_ATTR_MEAS_HIGH_REF attribute."

 TKTDS754_VAL_DUTY_CYCLE_NEG (13)
  "Obtain as a percentage the ratio of the first negative pulse width to the "
  "signal period."

 TKTDS754_VAL_DUTY_CYCLE_POS (14)
  "Obtain as a percentage the ratio of the first positive pulse width to the "
  "signal period."

 TKTDS754_VAL_AMPLITUDE (15)
  "Obtain the difference of the high voltage value and the low voltage value."

 TKTDS754_VAL_VOLTAGE_CYCLE_RMS (16)
  "Obtain the true Root Mean Square voltage for one cycle of a periodic "
  "signal.  The oscilloscope defines a cycle as the part of the waveform "
  "that goes from the first to the third crossing of the value of "
  "TKTDS754_ATTR_MEAS_MID_REF.  For more complex or nonperiodic waveforms, "