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YOKOGAWA TA320, User Manual

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YOKOGAWA TA320 User Manual Download Page 17

1-7

IM 704210-01E

Functions

1

Hardware histogram mode

In the following formulas, “n” indicates the number of bins of a histogram.  “Bin” refers to each

bar of the histogram and indicates frequency of the same measured data.  X

i

 indicates the class

value of each bin.   The width of bins varies depending on the specified span of X-axis, and may

be as small as 100 ps.  In this case, X

i

 indicates the measured value.  For details, refer to 1.6.

• Maximum value (MAX)

Indicates the largest value among the class values.

M AX = [X

i

]

max

• Minimum value (MIN)

Indicates the smallest value among the class values.

M I N= [X

i

]

m in

• Average value (AVE)

Calculates the average value of the histogram.  P

i

 indicates relative frequency (*).

AVE =

Σ

i = 1

n

X

i

×

P

i

* P

i

 can be calculated using the formula “P

i

 = N

i

 / N” when the total number of samples to be

used for statistical computation is N and frequency (number of samples) of a bin is N

i

.

• Standard deviation (

σ

σ

σ

σ

σ

)

Calculates the standard deviation of the histogram.  Standard deviation indicates degree of

dispersion. P

i

 indicates  relative frequency.

=

1
n

Σ

(

i = 1

n

X

i

– AVE)

2

×

P

i

σ

• Peak to peak (P-P)

Calculates the difference between the maximum and minimum values.

P – P = MAX – M IN

• Flutter (

σ

σ

σ

σ

σ

/AVE)

Calculates flutter of the histogram.  Flutter indicates degree of dispersion in percentage in relation

to the average value.

σ

/ AVE =

σ

AVE

×

1 0 0 ( % )

• Jitter 1 (

σ

σ

σ

σ

σ

/T)

Constant T is used to calculate jitter 1 of the histogram.  Jitter 1 indicates degree of dispersion in

percentage in relation to constant T.

     

σ

/ T =

σ

  T

×

1 0 0 ( % )

• Jitter 2 (MELE, Maximum Effect Length Error)

Constant T is used to calculate jitter 2 of the histogram.  X

center

 indicates the center value of

X-axis in the window.  For details, refer to 1.6.  X

center

 means the value around which measured

values are distributed.  Jitter 2 indicates deviation of the average value from X

center

 in percentage

in relation with constant T.

M E  LE =

|

AVE – X

C ENT ER

 |

T

×

1 0 0 ( % )

1.4 Computation

Summary of Contents for TA320

Page 1: ...Yokogawa Electric Corporation IM 704210 01E 1st Edition Time Interval Analyzer ...

Page 2: ...f this manual are subject to change without prior notice as a result of improvements in the instrument s performance and functions Display contents illustrated in this manual may differ slightly from what actually appears on your screen Every effort has been made in the preparation of this manual to ensure the accuracy of its contents However should you have any questions or find any errors please...

Page 3: ...ations Power voltage 100 240 VAC Power cord D UL CSA Standards Power Cord Part No A1006WD Maximum Rated Voltage 125 V Maximum Rated Current 7 A F VDE Standard Power Cord Part No A1009WD Maximum Rated Voltage 250 V Maximum Rated Current 10 A Q BS Standard Power Cord Part No A1054WD Maximum Rated Voltage 250 V Maximum Rated Current 10 A R SAA Standard Power Cord Part No A1024WD Maximum Rated Voltage...

Page 4: ...available On receiving these optional accessories make sure that all the items that you ordered have been supplied and that they are undamaged If you have any questions regarding optional accessories or if you wish to place an order contact the dealer from whom you purchased them Part Name Part No Minimum Q ty Remarks 150 MHz passive probe 700996 1 Input impedance 10 MΩ Length 1 5 m BNC cable 1m 3...

Page 5: ... Plug To prevent an electric shock or fire be sure to use the power cord supplied by YOKOGAWA The main power plug must be plugged in an outlet with protective grounding terminal Do not invalidate protection by using an extension cord without protective grounding Protective Grounding Make sure to connect the protective grounding to prevent an electric shock before turning ON the power Necessity of ...

Page 6: ...mpedance trigger mode and trigger level gate type sample size and sampling interval arming source slope delay types and inhibit Chapter7 Displaying the Measured Computed Data Describes how to display a histogram time variation list of measured data and statistic values and how to set multi window panorama display and histogram data addition functions Chapter8 Storing and Recalling the Set up Infor...

Page 7: ...t should be observed to prevent the danger of minor or moderate injury to the user or the damage to the property Note Provides information that is important for proper operation of the instrument Symbols used on pages where description of operation is given The following symbols are used in chapters 3 to 11 to classify descriptions Procedure Procedure Describes keys to be used and operating proced...

Page 8: ...rming Delay 1 10 Inhibit 1 11 1 6 Displaying the Measured Computed Data 1 12 Histogram Display Multi window 1 12 Panorama Display Histogram Data Addition Time Variation Display 1 13 List Display Statistics Display 1 14 1 7 Other Functions External Signal Input Output Rear Panel Communications Storing and Recalling of Set up Information Saving and Loading Data from a Floppy Disk Auto Loading of Set...

Page 9: ...Time Variation Display Function and Reading the Data Readout 7 13 7 6 Selecting the List Display Function and Displaying the Data 7 17 7 7 Selecting the Statistics Display Function and Reading the Statistic Data 7 19 7 8 Selecting the Histogram Display Function and Displaying the Statistic Data 7 21 Chapter 8 Storing and Recalling the Set up Information from the Internal Memory 8 1 Storing the Set...

Page 10: ...ying out the Performance Test 11 9 11 7 Circuit Breaker 11 19 Chapter 12 Specifications 12 1 Measuring Inputs and Trigger 12 1 12 2 Measurement Functions Measurement Items 12 2 12 3 Gate Arming Inhibit 12 4 12 4 Display 12 5 12 5 Inputs Outputs Rear Panel 12 7 12 6 GP IB Interface 12 8 12 7 Time Base 12 8 12 8 Internal Memory Function 12 8 12 9 Built in Floppy Disk Drive 12 8 12 10 General Specifi...

Page 11: ...ry signal At the same time the signal from the input amplifier is output as a monitor signal via the output terminal Ach Monitor OUT Bch Monitor OUT The signal multiplexer selects the binary signal according to the selected measurement function item then the signal is input to the measuring controller The measuring controller controls measurement and creates fractional pulse according to the exter...

Page 12: ...eference clock Fractional pulse Time voltage conversion a a b b T N t T T k A D conversion factor b a 0 A D conversion A D conversion Sampling Mode For operating procedure refer to 5 1 Two sampling modes are available time stamp mode and hardware histogram mode The sampling method acquisition method of measured data and display format display method differ depending on the sampling mode For a deta...

Page 13: ...e signal input to channel A and the first edge of the signal input to channel B is measured Various combinations of edges can be selected as follows For a description of combinations of slopes refer to 5 3 Setting Time Interval Measurement Measured Measured CH A CH B Example Both channels A and B rise Measured Measured Measured CH A CH B A B A B Example Channel A both rise and fall channel B rise ...

Page 14: ...f the signal input to channel B is measured and the measured value is then expressed in phase difference deg in relation to the period of the signal input to channel A which is set as 360 degrees This measurement is available only when time stamp mode is selected as the sampling mode For a description of combinations of slopes refer to 5 5 Setting Phase Difference Measurement Measuredtp1 Measuredt...

Page 15: ...iven below X1 X axis coordinate of X1 marker measured value Y1 Y axis coordinate of X1 marker frequency of X1 X2 X axis coordinate of X2 marker measured value Y2 Y axis coordinate of X2 marker frequency of X2 N WINDOW selected as calculation area Total number of samples within the window MARKER selected as calculation area Number of samples present within the area enclosed by X1 and X2 markers X1 ...

Page 16: ...stic display format is selected see 1 6 The entire area of a histogram i e entire window area or the area enclosed by the X1 and X2 markers can be used as the calculation area The formula may differ depending on the sampling mode Time stamp mode In the following formulas n indicates the number of samples and Xi indicates the measured value for each sample Maximum value MAX Indicates the largest va...

Page 17: ...r of samples of a bin is Ni Standard deviation σ σ σ σ σ Calculates the standard deviation of the histogram Standard deviation indicates degree of dispersion Pi indicates relative frequency 1 n Σ i 1 n Xi AVE 2 P i σ Peak to peak P P Calculates the difference between the maximum and minimum values P P MAX MIN Flutter σ σ σ σ σ AVE Calculates flutter of the histogram Flutter indicates degree of dis...

Page 18: ...t signal Input terminal Input amplifier Input Impedance For operating procedure refer to 6 1 To reduce attenuation or distortion of the signal to be measured an input impedance can be selected from 50 Ω and 1 MΩ to match the output impedance of the source of the signal Measurement Block The instrument carries out a series of processes from measurement to data processing and display repeatedly The ...

Page 19: ...igger The level set using the rotary knob or front panel keys is set as the trigger level Gate For operating procedure refer to 6 2 The instrument allows the user to specify the size of measurement block Measurement can be carried out as many as the specified number of events or during the specified gating time i e while the gate is open Three types of gate are available Event gate Each sampling i...

Page 20: ...ment block is started when arming is activated Two arming methods are available auto arming in which measurement starts immediately when the START key is pressed or START communication command is issued and external arming in which measurement starts when the external arming signal is input Auto arming Arming is activated automatically after the START key is pressed or START communication command ...

Page 21: ...t signal S4 S5 Not measured Gate Inhibit signal Mesurement is inhibited Gate is open Start of measurement Measurement is resumed Not counted as an event during inhibition of measurement Relation between the inhibit signal and gating external arming S1 S2 S3 S4 S5 External arming Input signal Not measured Gate Inhibit signal Mesurement is inhibited Gate is open Start of measurement Measurement is r...

Page 22: ...ll the same they will be treated as the class value Each value given along the X axis as shown below indicates either the class value or displacement A histogram is created as the number of samples in each class are accumulated Class Center value of X axis Class value of the center class Left end value of X axis negative displacement from the center value of X axis Maximum value of Y axis X axis t...

Page 23: ...SIZE touch key during multi window setting and display the resulting histogram in a single window The frequency of the bin located at the center value of X axis of each histogram is added and then the frequency of each bin located on the left and right of that bin is similarly added This enables comparison of data distribution between histograms and global statistical computation of all the histog...

Page 24: ...n the span of X axis specified in histogram display setting is displayed Class value Frequency The data number of the highlighted data is displayed Data number 74 75 76 77 78 79 80 81 82 83 Statistics Display For operating procedure refer to 7 7 and 7 8 A list of statistic values is displayed For statistical computation items computation and computation area refer to 1 4 Computation The contents o...

Page 25: ...de Selects statistical computation items to be displayed This menu is displayed when the STAT touch key located at the bottom of the screen is pressed Statistical computation area The entire window is used for statistical computation in this example MARKER will be displayed if the area enclosed by the markers is used for statistical computation Selected statistical computation items Hardware histo...

Page 26: ...trument using an external controller Storing and Recalling of Set up Information For operating procedure refer to Chapter 8 Up to 10 sets of set up information can be stored in the internal non volatile memory It is also possible to recall the stored set up information to set up the instrument This function is useful when you want to use the set up information repeatedly Saving and Loading Data fr...

Page 27: ...so that it suits the environment in which the instrument is used Touch key Sound For operating procedure refer to 10 7 A beeping sound is heard when a touch key is pressed touched or an error occurs It is possible to disable this beep Error Logging For operating procedure refer to 11 3 mark appears in the upper right corner of the screen if a data error such as overflow of measured data occurs or ...

Page 28: ...nitialization of a floppy disk Also displays the error logging window and version No ROM version See 3 7 chapters 8 9 and 10 and 11 3 to 11 5 LCD display Touch screen Rotary knob Sets a numerical value moves markers and selects a file See 4 2 chapters 7 and 9 Arrow keys Moves from one digit to another digit during setting of a numerical value Also used as a back space key See 4 2 SINGLE key Carrie...

Page 29: ...t terminal The reference clock is output from this terminal See 10 2 CHA CHB monitor output terminal Input signals are output from these terminals See 10 3 External arming input terminal shared with the external gating input See 6 2 and 6 3 Inhibit input terminal See 6 4 Circuit breaker See 11 7 for the resetting method Power cord connector The power cord is connected to this connector See 3 3 Nam...

Page 30: ...jects at all times When unplugging the power cord pull on the plug area never pull on the cord itself If the cord is damaged contact your dealer and obtain a replacement Quote the part number indicated on page 2 of this manual Handling Precautions Never place liquid filled containers or other potentially damaging objects on top of the instrument Avoid subjecting the instrument to vibration and str...

Page 31: ...ration should be within the following limits Temperature 5 C to 40 C For high accurate measurement 23 2ºC Humidity 20 to 80 RH no condensation For high accurate measurement 50 10 RH Note Condensation may occur when the instrument is moved from a cold dry location to a warm humid one or when there is a rapid change in ambient temperature If liquid condenses on the instrument allow the instrument to...

Page 32: ...ument s stand forward until it locks into place at right angles with the bottom panel If the surface is slippery you should also attach rubber feet standard accessory to the instrument s rear legs To retract the stand push it inwards at both ends while moving it back to its original position Rack Mounting It is possible to mount the instrument on an optional rack For mounting instructions refer to...

Page 33: ... ground to prevent electric shock Connect the instrument s power cord to a 3 pin AC outlet with grounding terminal Never use an extension cord that does not have a protective grounding otherwise the protection feature will be invalidated Connecting the Power Cord 1 Make sure that the POWER switch located on the front panel is turned OFF 2 Plug the power cord into the power connector socket on the ...

Page 34: ... is being supplied from the AC outlet Refer to 3 3 Check whether the circuit breaker is ON Refer to 11 7 If the above checks do not resolve the problem contact your nearest YOKOGAWA representative listed on the rear cover of this manual For Accurate Measurement Turn the power switches ON and allow the unit to warm up for at least 30 minutes Make sure that the installation conditions given in 3 2 a...

Page 35: ...k when 100 kHz input frequency 100 MHz f indicates frequency in MHz Ground Connected to the case s ground Typical values are described in terms of typical of average performance However they cannot be guaranteed CAUTION Never apply a voltage exceeding the maximum input voltage to the input terminals Damage to the input terminals may result Note When you use a probe with this instrument for the fir...

Page 36: ...r CAUTION Never apply a voltage exceeding the maximum input voltage to the input terminals Damage to the input terminals may result Never short circuit the CAL signal output terminal of the DL1540 or the monitor output terminals MONITOR OUT of this instrument Never apply an external voltage to these terminals Damage to the internal circuits may result Make sure that the power to both this instrume...

Page 37: ...across different frequencies preventing input of the correct waveforms The input capacitance varies depending on the probe used so the variable capacitor trimmer provided on the probe must be adjusted This is called phase correction Phase correction must be performed when the probe is to be used for the first time Moreover the appropriate input capacitance varies depending on which channel is used...

Page 38: ...lay the CONFIG menu Selecting the DATE TIME menu 3 Press the DATE TIME touch key to display the DATE TIME menu Setting the date 4 Press the DATE touch key to highlight the key 5 Use the rotary knob and arrow keys to set the desired date Setting the time 6 Press the TIME touch key to highlight the key 7 Use the rotary knob and arrow keys to set the desired time Confirming the date time 8 Press the ...

Page 39: ...ge 01 to 31 Setting the time Set the time in order of hour and minute Hour Setting range 00 to 23 Minute Setting range 00 to 59 It is not possible to set or display seconds by the same method However 00 second is set when the EXEC touch key is pressed Display location of date time The date and time are displayed at the top of the screen MODE Date and time are displayed This example shows July 4 19...

Page 40: ...gle measurement Measurement is carried out each time the SINGLE key is pressed Note Each series of processes measurement data processing and display is called a block see 1 5 If the START or SINGLE key is pressed while the current one block measurement is in progress measured data acquired after the START or SINGLE key is pressed will be processed i e displayed computed If the STOP key is pressed ...

Page 41: ...es to the left one digit 4 After the unwanted value is deleted use the ten key to enter the correct value 5 After the desired value has been entered press the desired unit key then return touch key see below The ten key will disappear indicating the value has been confirmed Setting a numerical value using the rotary knob A numerical value can be entered using the rotary knob if the highlighted tou...

Page 42: ...eding the maximum value for the item the maximum value will be set Similarly if an attempt is made to set a value below the minimum value for the item the minimum value will be set Setting a numerical value using the rotary knob Only numerical values can be set using the rotary knob whilst numerical values and unit can be set using the ten key The cursor will move to the next higher digit when the...

Page 43: ...ng the time stamp mode 2 Press the TIME STAMP touch key to highlight TIME STAMP Selecting the hardware histogram mode 3 After step 1 Press the HARDWARE HIST touch key to highlight HARDWARE HIST Explanation Selecting the sampling mode Either time stamp mode or hardware histogram mode can be selected Time stamp mode The measured value and time stamp are acquired Hardware histogram mode The measured ...

Page 44: ...nu Selecting period measurement 2 Press the FUNC touch key to display the measurement function menu 3 Press the PERIOD touch key to select period measurement The screen will return to the FUNCTION top menu when the PERIOD touch key is pressed Selecting the channel to be used for measurement 4 Press the CHA CHB touch key to select the desired channel CHA or CHB The highlighted channel CHA or CHB wi...

Page 45: ... ns to 100 ms Hardware histogram mode 30 ns to 3 2 µs Selecting the channel to be used for measurement Select either CHA or CHB Selecting the slope edge Select the desired slope from the following Measures the time from a rising edge to the next rising edge of the input signal Measures the time from a falling edge to the next falling edge of the input signal 5 2 Setting Period Measurement ...

Page 46: ... The screen will return to the FUNCTION top menu when the TIME INTERVAL touch key is pressed Selecting the pattern 4 Press the CHA CHB touch key to select the desired pattern CHA B or CHA B A The highlighted pattern CHA B or CHA B A will be selected Selecting the slope edge 5 Press the SLOPE touch key to highlight SLOPE 6 Turn the rotary knob to select the desired slope type Measurement function m...

Page 47: ... t1 Measured t2 CHA CHB 71 ns or more Measurement t2 is carried out if the period of the CHA signal is 71 ns or more Measured t1 CHA CHB Measurement t2 is not carried out but measurement t3 is carried out if the period of the CHA signal is below 71 ns Measured t3 A B Example 71 ns or more t2 30 ns or more 30 ns or more CHA B A Select the desired slope from the following A B A Measures the interval...

Page 48: ... pulse width measurement 2 Press the FUNC touch key to display the measurement function menu 3 Press the PULSEWIDTH touch key to select pulse width measurement The screen will return to the FUNCTION top menu when the PULSEWIDTH touch key is pressed Selecting the channel to be used for measurement 4 Press the CHA CHB touch key to select the desired channel CHA or CHB The highlighted channel CHA or ...

Page 49: ...the negative pulse width i e time from a falling edge to the next rising edge Measures both positive and negative pulse widths The positive and negative measured data can be displayed individually using the calculation menu of histogram display mode 22T If PW the total time of a few continuous periods is within a range of 22T 0 5T PW will be measured This measurement can be selected only when time...

Page 50: ... the slope edge 1 Press the FUNCTION key to display the FUNCTION top menu Selecting phase difference measurement 2 Press the FUNC touch key to display the measurement function menu 3 Press the PHASE touch key to select phase difference measurement The screen will return to the FUNCTION top menu when the PHASE touch key is pressed Selecting the slope edge 4 Press the SLOPE touch key to highlight SL...

Page 51: ...om a falling edge of the CHA signal to the first subsequent falling edge of the CHB signal Measuredtp1 Measuredt1 Measuredt2 CH A CH B Example Both channels A and B rise Measuredtp2 A B 1 deg t p 1 t 1 3 6 0 2 deg t p 2 t 2 3 6 0 Phase difference Phase difference Note Phase difference measurement is not available if hardware histogram mode has been selected The time from a rising or falling edge o...

Page 52: ...lecting duty ratio measurement 2 Press the FUNC touch key to display the measurement function menu 3 Press the DUTY touch key to select duty ratio measurement The screen will return to the FUNCTION top menu when the DUTY touch key is pressed Selecting the channel to be used for measurement 4 Press the CHA CHB touch key to select the desired channel CHA or CHB The highlighted channel CHA or CHB wil...

Page 53: ... from a rising edge to the next falling edge Measures the negative duty ratio i e from a falling edge to the next rising edge Measurement tp1 Measurement t1 Measurement tp2 Measurement t2 CH A CH B Example 1 t p 1 t 1 1 0 0 Duty ratio 2 t p 2 t 2 1 0 0 Duty ratio Note Duty ratio measurement is not available if hardware histogram mode has been selected tp1 must be 71 ns or more in the above example...

Page 54: ...cted channel will be displayed Selecting the input impedance 3 Press the IMPD touch key to select the desired input impedance 50Ω or 1 MΩ The highlighted input impedance 50Ω or 1 MΩ will be selected Selecting the input coupling method 4 Press the COUPLING touch key to select the desired input coupling method AC or DC The highlighted input coupling method AC or DC will be selected Selecting the tri...

Page 55: ...ting the input coupling method Select AC or DC Frequency characteristic will vary depending on the selected input coupling method For details refer to 12 1 Selecting the trigger mode Select the desired trigger mode from the following SGL AUTO Single auto trigger mode REP AUTO Repeat auto trigger mode MANUAL Manual trigger mode Setting the trigger level required only when MANUAL trigger mode is sel...

Page 56: ...ents Proceed to step 9 Setting the gate time required if TIME gate type is selected at step 3 6 After step 3 press the GATETIME touch key to highlight GATETIME 7 Use the ten key to set the desired gate time After the desired gate time has been set proceed to step 9 Selecting the polarity required if EXTERNAL gate type is selected at step 3 8 After step 3 press the POLARITY touch key to highlight o...

Page 57: ...ON Never apply a voltage exceeding the maximum input voltage to the external arming input terminal EXT ARM IN Damage to the terminal may result Setting range for the number of events The setting range varies according to the selected sampling mode This setting is available only when EVENT gate is selected For time stamp mode Period time interval or pulse width measurement 1 to 32 000 Phase differe...

Page 58: ...e Measurement of one block will be forced to end when the maximum number of events for the selected sampling mode is reached or when the maximum sampling time is exceeded even if the external gate is still open Selecting the sampling interval Select the desired sampling interval from the following For hardware histogram mode the sampling interval is fixed at MIN and cannot be set to another option...

Page 59: ...EXTERNAL gate is selected Selecting the arming source 3 Press the SOURCE touch key to highlight SOURCE 4 Turn the rotary knob to select the desired arming source If EXT external arming is selected at step 4 proceed to the following steps If AUTO auto arming is selected the following steps will not be available Selecting the slope edge required only when EXT arming is selected 5 Press the SLOPE tou...

Page 60: ...ollowing AUTO Auto arming EXT External arming Points to note when selecting EXTERNAL Input the external arming signal to the EXT ARM terminal on the rear panel Input impedance 10 kΩ Typical Input coupling DC Trigger level TTL level Maximum input voltage 8 V to 13 V DC ACpeak Minimum pulse width 30 ns Setup time 70 ns in order for the arming signal to be valid it must precede the measurement signal...

Page 61: ...can be set within the following range This setting is available only when TIME arming delay is selected 1 µs to 1 s Note Setting resolution varies depending on the value to be set For details refer to 12 2 Selecting the number of events to be delayed Select from the following This setting is available only when EVENT arming delay is selected 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90 100 200 300...

Page 62: ...ignal is input to the INHIBIT IN terminal Note The inhibit signal is valid only if it is input within just 320 seconds following the arming It will not be valid if it is input after 320 seconds have elapsed following the arming Points to note when inputting the inhibit signal Input the inhibit signal to the INHIBIT IN terminal on the rear panel Input impedance 10 kΩ Typical Input coupling DC Trigg...

Page 63: ...s the DISPLAY key to display the DISPLAY top menu Selecting the histogram display function 2 Press the DISP touch key to display the display format menu 3 Press the HISTOGRAM touch key to select the histogram display function The screen will return to the DISPLAY top menu when the HISTOGRAM touch key is pressed Performing auto scaling 4 Press the AUTO SCALE touch key to perform auto scaling The X ...

Page 64: ...arker to the desired position Selecting the marker speed 20 Press the MOVEMENT touch key to highlight This will cause the marker to move faster 21 Press the MOVEMENT touch key to highlight This will cause the marker to move at the original speed Returning to the DISPLAY top menu 22 Press the ESC touch key Setting the calculation function 23 From the DISPLAY top menu press the CALCULATION touch key...

Page 65: ...00 deg Duty ratio measurement 0 500 to 99 500 Selecting the span of X axis The span varies according to the selected measurement function Period time interval or pulse width measurement 2 4 10 20 40 100 200 400 ns 1 2 4 10 20 40 100 200 400 µs 1 2 4 10 20 40 100 ms up to 3 2 µs in the case of hardware histogram mode Phase difference measurement 30 60 90 180 360 deg Duty ratio measurement 1 5 10 50...

Page 66: ... value and span of X axis markers may be located in an area which does not actually exist For instance if the center value of X axis is set to 10 ns and span of X axis is set to 3 2 µs the window will contain minus measurement data area If the markers are located in this area asterisks will be displayed instead of the X axis coordinates Setting the calculation function Selecting the area Select WI...

Page 67: ...ion as described in 7 1 Performing auto scaling 3 Perform auto scaling as described in 7 1 Preparation before using the multi window function 4 Press the MARKER touch key of the DISPLAY top menu to display the marker menu 5 Press the MARKER touch key of the marker menu to highlight ON 6 Some histograms will be displayed on the screen Move the X1 marker to the highest frequency position of the left...

Page 68: ...ecorded at step 6 the X axis coordinate of the X1 marker must be set Selecting the span of X axis 18 Press the X SPAN touch key to highlight X SPAN 19 Turn the rotary key to select the desired span of X axis By referring to the value recorded at step 7 the displacement of the X2 marker from X1 marker set the span so that the entire histogram to be analyzed is positioned inside the window Setting t...

Page 69: ...multi window function can be set only when hardware histogram mode is selected as the sampling mode Selecting multi window SINGLE Turns OFF the multi window function The MODE and SIZE touch keys will not be displayed MULTI Turns ON the multi window function The MODE and SIZE touch keys will be displayed Selecting the multi window mode This setting is available when MULTI is selected Select the met...

Page 70: ...uch key is displayed if AUTO is selected as the multi window mode Setting range for the space between the center values of X axis 0 to 250 ns Note If AUTO is selected as the multi window mode the histogram containing the smallest measured data must be used to set the X axis and Y axis for window 1 For the space between the center values of X axis only a positive displacement is set Thus if a histo...

Page 71: ...function 2 Select the histogram display function as described in 7 1 Performing auto scaling 3 Perform auto scaling as described in 7 1 Setting the panorama display function 4 Press the WINDOW touch key to display the multi window menu Turning the panorama display function ON OFF 5 Press the PANORAMA touch key to highlight OFF or ON The highlighted option OFF or ON will be selected In this example...

Page 72: ...be displayed ON Displays the panorama bar The P AREA touch key will be displayed Selecting the panorama area 0 to 3 2 µs is divided into four panorama areas to allows the user to select a panorama area from a total of 10 area combinations Panorama bar 800ns 1 6µs 2 4µs 3 2µs This area is displayed Turning the rotary knob while P AREA is highlighted will switch the panorama area from one to another...

Page 73: ...he X axis Y axis menu 1 Press the DISPLAY key to display the DISPLAY top menu Selecting multi window 2 Select the multi window as described in 7 2 Select AUTO as the multi window mode Selecting the histogram data addition function 3 Press the DISP touch key to display the display format menu 4 Press the HIST SUM touch key to select the histogram data addition function The screen will return to the...

Page 74: ...s available only when the multi window function is ON and AUTO is selected as the multi window mode Histogram data addition The frequency of all the windows i e windows set using the SIZE touch key during multi window setting is added The frequency of the bin located within the span of X axis and at the relatively same position to the center value of X axis is added The center value and marker s X...

Page 75: ...LAY key to display the DISPLAY top menu Selecting the time variation display function 2 Press the DISP touch key to display the display format menu 3 Press the TIMEVAR touch key to select the time variation display function The screen will return to the DISPLAY top menu when the TIMEVAR touch key is pressed Performing auto scaling 4 Press the AUTO SCALE touch key to perform auto scaling The X axis...

Page 76: ... DISPLAY top menu 14 Press the ESC touch key Setting readout parameters 15 Set readout parameters using the marker menu as described in 7 1 Selecting the display parameters from the DISPLAY top menu 16 Press the DISP PARAM touch key to display the display parameter menu Turning grid display ON OFF 17 Press the GRID touch key to highlight OFF or ON The highlighted option OFF or ON will be selected ...

Page 77: ...00 ms Phase difference measurement 15 00 to 345 00 deg Duty ratio measurement 0 500 to 99 500 Selecting the span of Y axis The span varies according to the selected measurement function Period time interval or pulse width measurement 2 4 10 20 40 100 200 400 ns 1 2 4 10 20 40 100 200 400 µs 1 2 4 10 20 40 100 ms Phase difference measurement 30 60 90 180 360 deg Duty ratio measurement 1 5 10 50 100...

Page 78: ... also possible to select whether or not to interpolate i e connect measurement points Turning grid display ON OFF Select ON or OFF OFF Does not display the grid ON Displays the grid Turning interpolation display ON OFF Select ON or OFF OFF Does not interpolate measurement points ON Interpolates measurement points 7 5 Setting the Time Variation Display Function and Reading the Data Readout ...

Page 79: ...lays the display format menu 1 Press the DISPLAY key to display the DISPLAY top menu Selecting the list display function 2 Press the DISP touch key to display the display format menu 3 Press the LIST touch key to select the list display function The screen will return to the DISPLAY top menu when the LIST touch key is pressed Setting the data to be displayed in a list 4 Turn the rotary knob or use...

Page 80: ... data number of the largest value class value Explanation Selecting the list display function The list contains 10 data items The contents of the list vary according to the selected sampling mode The time stamp resolution is 100 ns Time stamp mode Time stamp Measured value The data number of the highlighted data is displayed Data number 1 2 3 4 5 6 7 8 9 10 Hardware histogram mode Class value Freq...

Page 81: ...turn to the DISPLAY top menu when the STATISTICS touch key is pressed Setting constant T required for hardware histogram mode only 4 Press the CALCULATION touch key to display the calculation menu 5 Turn the rotary knob or use the ten key to set the desired constant T 6 Press the ESC touch key to return to the DISPLAY top menu Selecting the polarity to be used for display statistical computation R...

Page 82: ...e markers Setting constant T Constant T is used for computation of jitter 1 and jitter 2 in the case of hardware histogram mode Setting range 10 to 999 9 ns Note The same constant T is used for both histogram display function see 7 1 and this statistics display function In addition it is also used for pulse width measurement see 5 4 Selecting the polarity to be used for display statistical computa...

Page 83: ...omputation items 3 Press the STAT touch key located at the bottom of the screen to display the statistical computation item menu 4 Press the touch keys corresponding to the desired items The selected items will be displayed on the right of the STAT touch key Only two items can be selected at a time If the STAT touch key is pressed again to select other items the previously selected and displayed t...

Page 84: ...able number of items selected Up to two items can be displayed If a third item is selected by pressing the corresponding touch key the first item displayed at the upper section of the statistic data area will disappear the second item will move up and the newly selected item will be displayed at the lower section Upper section Lower section Indicates the currently selected computation area 7 8 Sel...

Page 85: ...re recall menu Selecting the memory number 3 Turn the rotary knob to select the desired memory number Storing the set up information 4 Press the STORE touch key to store the set up information into the selected memory Store recall menu Selects the memory number Stores the set up information Explanation Set up information to be stored Settings made and selected using touch keys rotary knob and ten ...

Page 86: ...all menu Selecting the memory number 3 Turn the rotary knob to select the desired memory number Recalling the set up information 4 Press the RECALL touch key to recall the set up information from the selected memory Store recall menu Selects the memory number Recalls the set up information Explanation Set up information to be recalled The set up information stored in the desired memory is recalled...

Page 87: ...upward and insert it into the floppy disk drive Insert it until the eject button pops up Removing the Floppy Disk from the Floppy Disk Drive Make sure that the access indicator is OFF then press the eject button to remove the floppy disk Eject button Access indicator CAUTION Never remove the floppy disk while the access indicator is blinking Failure to do so may damage the magnetic head of the flo...

Page 88: ...he UTILITY top menu 3 Press the NEXT touch key to display NEXT 2 3 on the key Displaying the floppy disk menu 4 Press the FLOPPY touch key to display the floppy disk menu Selecting the format type 5 Press the FORMAT touch key to display the format menu 6 Press the touch key corresponding to the desired format type Formatting the floppy disk 7 Press the EXEC touch key to format the floppy disk Flop...

Page 89: ...ing formatting The following directories will be created on the floppy disk automatically when the floppy disk is formatted TA_WAVE Directory for measured binary data BIN TA_SETUP Directory for set up information TA_TEXT Directory for measured text data TEXT TA_MISC Directory for screen image data including set up information IMAGE statistical computation text data STAT Note Floppy disks formatted...

Page 90: ...highlight ITEM SETUP on the ITEM touch key to select the set up information Setting the file name 6 Press the SAVE LOAD touch key to display the save load menu 7 Press the SAVE touch key to display the save menu A keyboard will be displayed 8 Enter the desired file name using the keyboard The file name will be displayed on the upper left corner of the keyboard 9 To correct the file name press the ...

Page 91: ...le it will be updated Loading the setup information automatically 16 Before turning ON the power switch of the instrument insert the floppy disk containing the auto load file into the floppy disk drive 17 Turn ON the power switch An access will be made to the floppy disk automatically and the set up information saved in the auto load file will be loaded to the instrument Loading the setup informat...

Page 92: ...fer to 9 2 Entering the file name The file name must consist of 8 or less characters The following characters can be used for file name Alphabets capital letter numerical values minus _ under bar The following file names cannot be used due to restrictions on MS DOS AUX CON PRN NUL CLOCK Saving under a file name already existing in the same directory is not allowed Overwriting is not allowed Note L...

Page 93: ...key to display the UTILITY top menu 3 Press the NEXT touch key to display NEXT 2 3 on the key Saving the measurement results 4 Press the FILE touch key to display the file menu Selecting the item to be saved 5 Turn the rotary knob to highlight ITEM MEASDATA on the ITEM touch key The DATATYPE touch key will appear 6 Press the DATATYPE touch key to highlight TEXT or BIN on the key The highlighted da...

Page 94: ...tical computation results Selecting the item to be saved 11 After step 4 turn the rotary knob to highlight ITEM STAT on the ITEM touch key Setting the file name 12 Refer to Setting the file name in 9 3 Performing saving 13 Refer to Performing saving in 9 3 File menu Displays the save load menu Selects the statistical computation results 9 4 Saving and Loading the Measured and Computed Data ...

Page 95: ... of samples S and data type Unit bytes BIN Measured data obtained in hardware histogram mode Approx 133 K bytes approx 384 K bytes for simultaneous positive negative measurement of pulse width measurement Measured data obtained in time stamp mode Approx 8 bytes S approx 8 K bytes TEXT The data size varies considerably depending on the selected sampling mode sample size and histogram display etc Ho...

Page 96: ...loppy disk drive 2 Press the UTILITY key to display the UTILITY top menu 3 Press the NEXT touch key to display NEXT 2 3 on the key Saving the screen image data 4 Press the FILE touch key to display the file menu Selecting the item to be saved 5 Turn the rotary knob to highlight ITEM IMAGE on the ITEM touch key to select the screen image data Setting the file name 6 Refer to Setting the file name i...

Page 97: ...e Arming delay type Inhibit ON OFF File name extension and directory TIF is attached to the file name and the file is saved in the directory TA_MISC Data size Each screen image data requires approx 11 K bytes Checking the free space available on a floppy disk Refer to 9 2 Entering the file name Refer to 9 3 Note Saving is not possible during measurement i e while the START indicator is ON Loading ...

Page 98: ... screen image data will be saved in TIFF format For items to be saved refer to 9 5 File name A file name is assigned to each screen image data automatically starting with TA000 up to TA1000 sequentially When TA1000 is reached auto saving will be disabled File name extension directory data size and checking the free space available on a floppy disk Refer to 9 5 Note Saving is not possible during me...

Page 99: ...ighlight the desired item on the ITEM touch key The highlighted item to be deleted will be selected Selecting the name of the file to be deleted 6 Press the SAVE LOAD touch key to display the save load menu 7 Turn the rotary knob to highlight the file to be deleted 8 Press the DELETE SET touch key An asterisk will be displayed on the left of the selected file name indicating the file to be deleted...

Page 100: ...Note Once data is deleted it will not be possible to recover the data again So take special care not to delete the wrong file by mistake CAUTION Never remove the floppy disk while the access indicator is blinking Failure to do so may damage the magnetic head of the floppy disk drive or destroy the data saved on the floppy disk 9 7 Deleting Saved Data ...

Page 101: ...output to the plotter Displays the plotter parameter menu 1 Connect the plotter to the instrument For details refer to Explanation in this section Setting the plotter as destination 2 Press the COPY key to display the COPY menu 3 Press the FLOPPY PLOTTER touch key to highlight PLOTTER The PLOTTER PARAM touch key will be displayed Setting the plotter parameters 4 Press the PLOTTER PARAM touch key t...

Page 102: ...ng pen assignment 9 Press the GRID touch key to highlight GRID 10 Turn the rotary knob to select the pen No to be used to draw the grid 11 Press the GRAPH touch key to highlight GRAPH 12 Turn the rotary knob to select the pen No to be used to draw a graph Returning to the COPY menu 13 Press the ESC touch key Plotter menu Selects the paper size Selects the pen speed Selects the pen mode Selects pen...

Page 103: ...or GP IB cable Setting the communication parameters This instrument When the EXEC touch key is pressed to send the screen image data to the plotter the instrument will be switched to talk only mode automatically It is not possible to switch the instrument to talk only mode using front panel keys Plotter Switch the plotter to listen only mode Note Outputting to the plotter is not possible during me...

Page 104: ...om the following AUTO Assigns pens automatically according to the number of pens available with the plotter Number of Pens GRID 1 GRAPH 2 1 1 1 2 1 2 MAN Allows the user to assign a pen to GRID 1 and GRAPH 2 Pen Nos 1 to 12 can be selected 1 Used for any drawings other than graph e g characters numerical values graph s frame grid 2 Used to draw bins for histogram display and broken lines for time ...

Page 105: ...ference clock menu Connecting a BNC cable 1 Connect a BNC cable to the reference input terminal REFERENCE IN and reference output terminal REFERENCE OUT Selecting the reference clock 2 Press the UTILITY key to display the UTILITY top menu 3 Press the NEXT touch key to display NEXT 2 3 on the key 4 Press the REF CLOCK touch key to display the reference clock menu 5 Press the INTERNAL or EXTERNAL to...

Page 106: ...terminal Damage to the input terminals may result Outputting the reference clock signal The reference clock signal is output from the reference output terminal The reference clock selected as described in Selecting the reference clock at the foot of this page will be output all the time Output frequency 10 MHz Typical Output impedance 50 Ω Typical Output coupling AC Output voltage level 1 Vp p min...

Page 107: ...gnal input to CHB is output from the MONITOR OUT CHA terminal constantly CHA monitor output terminal CHB monitor output terminal Monitor output circuit CH A CH B MONITOR OUT 50 50 50 Ω 5V 5V Output impedance 50 Ω typical Output voltage level Approx 1 4 of the measuring input signal within 5 V when the output is received by input impedance of 50 Ω Typical value is described in terms of typical of a...

Page 108: ...E INPUT UTILITY Selects the UTILITY menu Displays the initialize menu 1 Press the UTILITY key to display the UTILITY top menu 2 Press the NEXT touch key to display NEXT 1 3 on the key 3 Press the INIT touch key to display the initialize menu Performing initialization 4 Press the EXEC touch key Canceling initialization 5 After step 3 press the CANCEL touch key Initialize menu Performs initializatio...

Page 109: ... 000 ms External gate polarity Sampling interval MIN Arming source AUTO Arming slope Arming ready OFF Arming delay time 1 000 ms Inhibit OFF Display format HISTOGRAM Computation area WINDOW Constant T 40 0 ns Multi window SINGLE Multi window mode AUTO Window size 1 Reference clock INTERNAL Items which cannot be initialized Date time Set up information stored in the internal Communication address F...

Page 110: ...e UTILITY top menu 2 Press the NEXT touch key to display NEXT 2 3 on the key 3 Press the CALIBRATION touch key to display the calibration menu 4 Press the EXEC touch key DONE will be displayed when calibration is complete Calibration menu Performs calibration Asterisk is displayed during calibration and DONE is displayed when it is completed Explanation Calibration of the offset voltage of each in...

Page 111: ... SAMPLE INPUT UTILITY Selects the UTILITY menu Displays the configuration menu 1 Press the UTILITY key to display the UTILITY top menu 2 Press the NEXT touch key to display NEXT 1 3 on the key 3 Press the CONFIG touch key to display the configuration menu 4 Press the CONTRAST touch key to highlight CONTRAST 5 Turn the rotary knob to set the desired contrast Configuration menu Sets contrast Explana...

Page 112: ...nfiguration menu 1 Press the UTILITY key to display the UTILITY top menu 2 Press the NEXT touch key to display NEXT 1 3 on the key 3 Press the CONFIG touch key to display the configuration menu 4 Press the BEEP touch key to highlight OFF or ON The highlighted option will be selected Configuration menu Turns the touch key sound ON OFF Explanation Select from the following OFF Sound is not produced ...

Page 113: ...in remote mode Press the LOCAL key to activate local mode Measurement cannot be Incorrect trigger level Set the correct trigger level 6 1 carried out No measuring channel is selected Check the measuring channels 5 2 to 5 6 Allowable measuring range is exceeded Check the measuring range 5 2 to 5 6 Incorrect arming Check the arming setting 6 3 Incorrect inhibit Check the inhibit setting 6 4 Incorrec...

Page 114: ...Message Reference Section 602 No disk inserted 9 1 No floppy disk is inserted in the floppy disk drive Insert an appropriate disk 604 Floppy disk isn t formatted 9 2 Floppy disk has not been formatted Format it 605 File not found File does not exist Check the file 606 Disk is write protected Floppy disk is write protected Remove write protection 609 Same file already exists A file with the same fi...

Page 115: ...so many warning messages that they cannot be displayed on the screen at the same time this is the case when warning messages include those related to communications turn the rotary knob to scroll the messages For how to scroll the messages refer to 11 3 No Message Reference Section 051 Time stamp data overflows 6 2 Time stamp data has over flowed 320 seconds have elapsed 052 Measurement data overf...

Page 116: ... that they cannot be displayed on the screen at the same time turn the rotary knob to scroll the messages 5 To clear the messages press the CLEAR touch key 6 To close the error log window press the OK touch key Error log window Displays warning messages Clears the messages Closes the error log window Explanation If a warning message s or a communications related message s occurs the warning mark w...

Page 117: ... Press the EXEC touch key The key rotary knob test will start and the front panel view will appear on the screen 9 Press each front panel key to check that the corresponding area highlights Turn the rotary knob to check that the rotary knob icon rotates Returning to the self test menu 10 Press the ESC touch key to return to the self test menu Selecting touch key test 11 Press the TOUCHKEY TEST tou...

Page 118: ...n the following warning message appears during board test If LOW BATTERY warning message appears replacement of the lithium batteries is required If CALIBRATION DATA LOST warning message appears calibration data may have been lost Thus re calibration is required Replacement of the lithium batteries and re calibration should not be carried out by the user so contact your nearest YOKOGAWA representa...

Page 119: ...11 7 IM 704210 01E Troubleshooting and Maintenance 11 Touch key test Display example Display test Display example 11 4 Executing the Self test ...

Page 120: ... each other as illustrated below Connect the output of the standard frequency generator 5065A to the FREQ STD INPUT provided on the rear panel of the frequency counter 5370B and measure the frequency of the signal Connect the REFERENCE OUT provided on the rear panel of the TA320 to the Input channel Start of the frequency counter 5370B TA320 YOKOGAWA 1 00ps Resolut ion 14MS s Time Interv al Analyz...

Page 121: ...voltage current source 7651 by Yokogawa Test method for trigger voltage accuracy using the above recommenced instruments is given below Connecting the instruments Make sure that the power to each instrument is OFF then connect the instruments to each other as illustrated below Connect the output of the DC voltage generator to the input terminal CHA or CHB of the TA320 7651 P ROGRAMABLE DCS OURCE Y...

Page 122: ...er level as VL 6 Set the trigger level to 3 900 V 7 Increase the trigger level in steps of 5 mV slowly When the input indicator lights up record the trigger level as VH 8 Calculate the mean value of the VL and VH and check that the mean value is within the allowable range VTRIG VL VH 2 9 Set the output of the 7651 to 2 000 C 0 V 2 000 V and 4 000 V at a time and carry out the same test 10 Repeat s...

Page 123: ... then connect the instruments to each other as illustrated below Connect the output of the synthesized signal generator to the input terminal CHA or CHB of the TA320 8 65 7 B TA320 YOKOGAWA 1 00 ps Resolu t ion 14 MS s Time In te rv al Analy ze r TA320 Synthesized signal generator 8657B REFERENCE IN REFERENCE OUT OUTPUT CHB CHA Setting the instruments TA320 Sampling mode Hardware histogram mode In...

Page 124: ...s or less 40MHz 24 7 ns to 25 3 ns 340ps or less CHA Frequency 8657B Avarage Value Standard Deviation Measured Value Allowable Range Measured Value Allowable Range 10MHz 99 7 ns to 100 3 ns 480ps or less 20MHz 49 7 ns to 50 3 ns 390ps or less 40MHz 24 7 ns to 25 3 ns 340ps or less CHB Frequency 8657B Avarage Value Standard Deviation Measured Value Allowable Range Measured Value Allowable Range 10M...

Page 125: ...nstrument is OFF then connect the instruments to each other as illustrated below Connect the output of the synthesized signal generator to the input terminal CHA or CHB of the TA320 8 65 7 B TA320 YOKOGAWA 1 00 ps Resolu t ion 14 MS s Time In te rv al Analy ze r TA320 Synthesized signal generator 8657B REFERENCE IN REFERENCE OUT OUTPUT CHB CHA Setting the instruments TA320 Sampling mode Hardware h...

Page 126: ...00ps or less 50MHz 19 7 ns to 20 3 ns 300ps or less CHA Frequency 8657B Avarage Value Standard Deviation Measured Value Allowable Range Measured Value Allowable Range 10MHz 99 7 ns to 100 3 ns 320ps or less 20MHz 49 7 ns to 50 3 ns 310ps or less 40MHz 24 7 ns to 25 3 ns 300ps or less 50MHz 19 7 ns to 20 3 ns 300ps or less CHB Frequency 8657B Avarage Value Standard Deviation Measured Value Allowabl...

Page 127: ... to each instrument is OFF then connect the instruments to each other as illustrated below Connect the output of the synthesized signal generator to the input terminal CHA or CHB of the TA320 8 65 7 B TA320 YOKOGAWA 1 00 ps Resolu t ion 14 MS s Time In te rv al Analy ze r TA320 Synthesized signal generator 8657B REFERENCE IN REFERENCE OUT OUTPUT CHB CHA Setting the instruments TA320 Sampling mode ...

Page 128: ...ble Range 10MHz 48 4 ns to 51 6 ns 320ps or less 20MHz 23 7 ns to 26 3 ns 310ps or less CHA Frequency 8657B Avarage Value Standard Deviation Measured Value Allowable Range Measured Value Allowable Range 10MHz 48 4 ns to 51 6 ns 320ps or less 20MHz 23 7 ns to 26 3 ns 310ps or less CHB Frequency 8657B Avarage Value Standard Deviation Measured Value Allowable Range Measured Value Allowable Range 10MH...

Page 129: ...tput of the synthesized signal generator to the input terminal CHA or CHB of the TA320 via the power divider The coaxial cable used between the power divider and input terminal CHA and that used between the power divider and input terminl CHB must have the same length 8 65 7 B TA320 YOKOGAWA 1 00 ps Resolu t ion 14 MS s Time In te rv al Analy ze r CHA TA320 Synthesized signal generator 8657B REFER...

Page 130: ... to 101 6 ns 320ps or less 20MHz 48 7 ns to 51 3 ns 310ps or less A B Frequency 8657B Avarage Value Standard Deviation Measured Value Allowable Range Measured Value Allowable Range 10MHz 98 4 ns to 101 6 ns 320ps or less 20MHz 48 7 ns to 51 3 ns 310ps or less A B Frequency 8657B Avarage Value Standard Deviation Measured Value Allowable Range Measured Value Allowable Range 10MHz 48 4 ns to 51 3 ns ...

Page 131: ...the location of the circuit breaker refer to 2 2 Rear Panel Function of the circuit breaker If the instrument is over loaded causing an excessive current to flow through the internal circuitry the circuit breaker will be activated to cause the power to be turned OFF In this case the reset button of the breaker will pop up exposing the white indicator section White indicator section Circuit breaker...

Page 132: ...alue Resolution 5 mV Input signal condition 1 kHz to 50 MHz single auto trigger repeat auto trigger Setpoint time 0 7 s typical 1 single auto trigger repeat auto trigger Sampling Sampling mode Can be selected from time stamp mode and hardware histogram mode Maximum sampling rate Continuous 14 M samples s approx 71 ns intervals 7 M samples s approx 142 ns intervals in the case of duty ratio and pha...

Page 133: ...rror 2 B input trigger error 2 trigger level timing error 3 Hardware histogram mode When slope is A B A B A B A B 300 ps rms or display resolution whichever larger A input trigger error 2 B input trigger error 2 When slope is A B A B 300 ps rms or display resolution whichever larger A input trigger error 2 B input trigger error 2 trigger level timing error 3 Accuracy 1 300 ps rms trigger level tim...

Page 134: ...mode only Phase Difference Measuring range 0 to 360 deg A to B 71 ns or greater B to A 30 ns or greater time stamp mode only Display resolution 0 01 deg Measurement resolution 1 C D measured phase difference C Measured A to B interval measured A to B interval resolution D Measured CHA period 2 measured A to B interval resolution Accuracy 1 E F measured phase difference E Measured A to B interval A...

Page 135: ...ements Allowable time frame for external gate 1 µs to 320 s within maximum number of events for sampling mode Polarity Can be selected from and Arming Arming source Can be selected from AUTO automatic and EXT external Arming delay only when EXT is selected as the arming source Configurable delay time in the case of time delay 1 µs delay time 5 ms in 200 ns increments 5 ms dalay time 1 s in 1 ms in...

Page 136: ...d to set the constant T for statistical computation and pulse width measurement Setting range 10 to 999 9 ns Histogram display for hardware histogram mode Scale X axis and Y axis of histogram X CENTER center value of X axis setting range 10 ns to 3 19 µs X SPAN span of X axis Can be selected from 2 4 10 20 40 100 200 400 ns 1 2 and 3 2 µs W SPACE space between the center values of X axis 0 to 250 ...

Page 137: ...is displayed Displayed data can be scrolled up and down Resolution for time stamps 100 ns List display hardware histogram mode A list of measured values class values of histogram and their frequency is displayed Displayed data can be scrolled up and down Statistics display time stamp mode A list of statistic values for the area specified for histogram display calculation setting is displayed Stati...

Page 138: ...idth 30 ns Setup time 70 ns in order for the inhibit signal to be valid it must precede the measurement signal by no less than 70 ns Reference input Connector type BNC Input coupling AC Input impedance 1 kΩ min Input frequency range 10 MHz 10 Hz Input voltage level 1 Vp p min Maximum input voltage 10 V Reference output Connector type BNC Output coupling AC Output impedance 50 Ω Typical 1 Output fr...

Page 139: ...ible if Local Lockout has been set by the controller Plotter output Outputs the screen image data 12 7 Time Base Item Specifications Internal reference frequency clock 10 MHz temperature compensated crystal oscillator Frequency stability Aging rate 1 5 ppm year Temperature characteristics 2 5 ppm over 5 to 40ºC with 25ºC as the reference External adjustment Available 12 8 Internal Memory Function ...

Page 140: ...quency 50 to 60 Hz Permitted supply voltage frequency range 48 to 63 Hz Power consumption 125 VA max Withstand voltage between power supply and case 1 5 kVAC for 1 minute Insulation resistance between power supply and case 10MΩ min at 500 VDC Signal ground All the input output connectors must be grounded to the case External dimensions Approx 213 W 132 H 350 D mm excluding projections Weight Appro...

Page 141: ... Mount surface for rack mounting Mount surface for rack mounting Mount surface for rack mounting JIS rack mount dimensions 20 20 EIA rack mount dimensions 20 24 5 100 0 2 149 0 3 0 485 1 462 1 17 6 8 480 1 460 1 21 8 89 0 2 132 5 0 3 0 6 8 6 8 21 8 89 0 2 132 5 0 3 0 485 1 463 1 Unless otherwise specified tolerance is 3 However tolerance is 0 3 mm when below 10 mm ...

Page 142: ... Contents 7 to 9 Contents of the package 2 Continuous measurement time interval 5 5 Contrast screen 1 17 10 11 Cooling fan 3 1 3 2 Coordinate 1 5 Coupling 1 8 6 1 chapter 12 D Page Data number 1 14 Date 3 10 Deletion data 0 13 9 14 Directory 9 3 Displacement 1 12 1 13 Display parameter 7 16 Display histogram 1 12 7 1 to 7 12 Display list 1 14 7 17 7 18 Display statistics 1 6 1 14 7 19 to 7 22 12 6...

Page 143: ...surement 5 11 Polarity external gate 6 5 Polarity inhibit 6 9 Polarity pulse width measurement 5 7 Positive side 1 4 Power consumption Refer to Maximum power consumption Power cord 2 3 Power cord connector 2 2 Power supply 3 4 12 9 G Page Gate 1 9 6 3 12 4 GP IB connector 2 2 GP IB interface User s Manual 3 Grid display 7 16 Grounding 4 3 4 H Page Hardware histogram mode 1 2 Histogram 1 12 7 1 to ...

Page 144: ... phase difference measurement 5 9 Slope time interval measurement 5 5 Sound touch key 1 17 10 12 Space between the center values of X axis 1 12 7 8 Span of X axis 1 12 7 3 7 15 Span of Y axis 1 13 Span X axis 1 12 7 3 7 15 Span Y axis 1 13 7 15 Specifications 2 chapter 12 Standard accessory 3 Standard deviation 1 6 1 7 START 4 1 Statistic 1 6 1 14 7 19 to 7 22 12 6 Statistic 1 6 1 14 7 19 to 7 22 ...

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