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91/92/96/99/105

Users Manual

METER MODE

Displays up to four readings and a full screen scope
waveform of INPUT A.

DC Voltage

Ranges

direct input .................. 100 mV, 300 mV, 1V, 3V, 10V, 30V,

100V, 300V

with 10:1 probe .......... 1V, 3V, 10V, 30V, 100V, 300V, 1 kV,

3 kV (limit 600V)

Accuracy

......................................................±

(0.5% +5 counts)

Full Scale Reading ............................. 1000 or 3000 counts
Normal Mode Rejection ................... >50 dB at 50 or 60 Hz
Common Mode Rejection ...............>100 dB at DC, 50, 60,

or 400 Hz

AC or AC+DC True RMS Voltage

Ranges

direct input ................. 100 mV, 300 mV, 1V, 3V, 10V, 30V,

100V, 250V

with 10:1 probe .......... 1V, 3V, 10V, 30V, 100V, 300V, 1 kV,

2.5 kV (limit 600V)

Accuracy .................... 50 Hz to 60 Hz

±

(1% +10 counts)

(valid from

1 Hz [20 Hz] to 20 kHz

±

(2% +15 counts)

5% range)

1 Hz [5 Hz] to 1 MHz

±

(3% +20 counts)

1 Hz [5 Hz] to 5 MHz

±

(10% +25 counts)

•

[values] for "Vrms AC (no DC)", AC coupled input.

•

In "AC+DC", the DC component is included in the
measurement result and does not influence the accuracy.

Full Scale Reading ............................. 1000 or 3000 counts
Crest Factor ..... Automatic ranging on crest factor overload
Common Mode Rejection Ratio.......... >60 dB, DC to 60 Hz

Additional Meter Mode Measurements

FREQUENCY .............................................. 1 Hz to 5 MHz
Resolution.................................................................4 digits
Accuracy

......................................................±

(0.5% +2 counts)

RPM ..................... selectable: 1 pulse/rev. or 1 pulse/2 rev.
Range .......... 60RPM (120 @ 1 pulse/2 rev.) to 99.99kRPM
Resolution......................1 RPM (10RPM for RPM >10,000)
Accuracy

.......................................................±

(1% +10 counts)

DUTY CYCLE .............................positive or negative pulse
Range ...........................................................2.0% to 98.0%
Resolution.................................................................... 0.1%
Accuracy (logic or pulse waveforms)

.......±

(0.5% +2 counts)

PULSE WIDTH ..........................positive or negative pulse.
Range ........................................................ 250

µ

s to 50 ms

Resolution.................................................................3 digits
Accuracy

......................................................±

(0.5% +2 counts)

dBV .............................................................1 volt reference

dBm ........................ reference @ 50, 60, 75, 93, 110, 125,

135, 150, 250, 300, 500, 600, 800,

900, 1000 or 1200

Ω

dBW or WATTS .................. 1, 2, 4, 8, 16 or 50

Ω

reference

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Summary of Contents for 105 Series II

Page 1: ...i Fluke91 92 96 105 ScopeMeter Series II Users Manual Date 950401 1995 Fluke Corporation All rights reserved All product names are trademarks of their respective companies ...

Page 2: ...ATTERY 1 6 LOOKING AT ALL MEASUREMENT CONNECTIONS 1 7 READING THE DISPLAY 1 8 USING THE KEYS 1 10 STEPPING THROUGH A WINDOW 1 12 USING ON LINE INFORMATION 1 13 CHAPTER 2 GETTING STARTED ADJUSTING THE DISPLAY 2 3 SELECTING THE PROBE TYPE 2 4 POWER ON CONFIGURATIONS 2 4 PERFORMING AN EASY SETUP 2 5 USING THE DEMONSTRATION DEMO BOARD 2 6 CHAPTER 3 MAKING MEASUREMENTS MAKING CONNECTIONS 3 2 USING THE ...

Page 3: ...OLD 4 8 DISPLAYING MINIMUM AND MAXIMUM READINGS WITH RELATED TRENDPLOT 4 9 SELECTING THE SCOPEMETER KEY SUBMENU 4 11 MAKING MEASUREMENTS IN V AND EXT mV MODE 4 12 TAKING RELATIVE READINGS SCALING 4 12 CHAPTER 5 USING IN SCOPE MODE MAKING CONNECTIONS 5 2 MAKING AN EASY SETUP 5 3 CONTROLLING INPUTS A AND B 5 3 ADJUSTING THE AMPLITUDE 5 4 ADJUSTING THE TIME BASE 5 5 POSITIONING THE WAVEFORM ON THE DI...

Page 4: ...G WAVEFORM MATH FUNCTIONS 6 11 USING A PRINTER 6 14 USING THE WAVEFORM GENERATOR 6 17 TESTING COMPONENTS 6 17 CHANGING THE RESET CONFIGURATIONS 6 19 ALTERING THE CONTINUOUS AUTO SET CONFIGURATION 6 20 CHAPTER 7 MEASURING EXAMPLES MEASURING TEMPERATURE 7 2 MEASURING CURRENT 7 4 MEASURING POWER WITH MATH FUNCTION 7 7 MEASURING THREE PHASE ON A DUAL INPUT 7 9 MEASURING PHASE USING THE CURSORS 7 12 ME...

Page 5: ...FINDING HIDDEN WAVEFORM DETAILS WITH THE SCOPE 8 22 MAKING SCOPE CURSOR MEASUREMENTS 8 26 USING THE MATH FUNCTIONS 8 32 CHAPTER 9 USER MAINTENANCE CLEANING 9 2 KEEPING BATTERIES IN OPTIMAL CONDITION 9 2 REPLACING AND DISPOSING OF BATTERIES 9 3 REPLACING FUSES 9 5 CALIBRATING THE PROBES 9 5 CHAPTER 10 APPENDIXES 10A SPECIFICATIONS 10 3 10B PARTS AND ACCESORIES 10 11 10C PM8907 INFORMATION 10 15 10D...

Page 6: ...V ...

Page 7: ...r 5 contains all the Scope mode information Chapter 5 Using the Scope Mode This chapter explores the specific use of the test tool as a digital storage oscilloscope You will learn how to make store and compare measurements Chapter 6 Using Additional Capabilities This chapter explores the additional capabilities available with your ScopeMeter test tool The chapter covers subjects such as Scope meas...

Page 8: ...Parameters How to set up your printer E Warranty Information and Service Centers Warranty terms and Service Center addresses F Terminology Glossary of special terms G Menu Map Graphic view of the various menus Index The index at the end of the manual lists words alphabetically Consult this list to find an item quickly NOTE Throughout this manual an trough a model number indicates that the function...

Page 9: ...lained below The terms Isolated or Electrically floating are used in this manual to indicate a measurement in which the ScopeMeter test tool COM common also called ground is connected to a voltage different from earth ground The term Grounded is used in this manual to indicate a measurement in which the ScopeMeter test tool COM common is connected to an earth ground potential The ScopeMeter test t...

Page 10: ...l uses a three lead connection sys tem for dual input isolated electrically floating measure ments The connections for isolated and grounded measurements are shown in the following illustration Figure 1 Common Ground Connections NOTE Fluke 91 has a two lead connection system ...

Page 11: ...GNED EQUIVALENTS WITHOUT EXPOSED METAL CONNECTORS 2 DO NOT USE CONVENTIONAL EXPOSED METAL BNC OR BANANA PLUG CONNECTORS IF THE COM COMMON IS 42V PEAK 30V RMS 3 USE ONLY ONE COM COMMON CONNECTION THE 4 MM BLACK BANANA JACK 4 REMOVE ALL PROBES AND TEST LEADS THAT ARE NOT IN USE 5 USE 600V RATED PROBE TIP ADAPTERS 600V IS PRINTED ON EQUIPMENT SO RATED 6 CONNECT THE PM8907 POWER ADAPTER TO THE AC OUTL...

Page 12: ...ements You can connect the three leads on the test tool INPUT A INPUT B and common to a three phase electrical power line in any order Use the A B mode see Chapter 5 to display all three phases of electrical power at the same time For three phase electrical or other isolated ground industrial measurements we strongly recommend that you use the black Industrial Alligator Clip and the red and grey I...

Page 13: ... to TP5 All descriptions and measurement examples refer to a waveform that can be measured on the Demo Board Do not connect the Demo Board yet but when you make measurements do the following Place the Demo Board on a non conductive surface Connect the 9 volt battery and make sure that polarity is correct The displays and measurements shown in this manual are typical They will vary depending on the...

Page 14: ...XIII Figure 2 Demo Board Non conductive surface ...

Page 15: ...XIV 91 92 96 99 105 Users Manual ...

Page 16: ...nection with Mini Test Hook Single Input Connection with HF Adapter Dual Input Connections with Mini Test Hooks Dual Input Connections with HF Adapters Figure 3 Input Connections for High Frequency Electronic Measurement ...

Page 17: ...XVI 91 92 96 99 105 Users Manual ...

Page 18: ...nput Connection with High Voltage Test Pin AC20 Dual Input Connections with Industrial Alligator Clips PM9084 001 AC20 Single Input Connection with Industrial Alligator Clips PM9084 001 AC20 Figure 4 Input Connections for Isolated Heavy Duty Industrial Measurements ...

Page 19: ...1 6 LOOKING AT ALL MEASUREMENT CONNECTIONS 1 7 Common Ground Inputs A B 1 7 Input Output Terminal Ratings 1 7 RS 232 Optical Interface Connection 1 7 READING THE DISPLAY 1 8 Reading a Dual Display 1 9 Reading a Scope Display 1 9 Reading a Window Display 1 9 USING THE KEYS 1 10 STEPPING THROUGH A WINDOW 1 12 USING ON LINE INFORMATION 1 13 Chapter 1 Introducing your ScopeMeter Test Tool ...

Page 20: ...est setup to analyze and compare complex waveforms or simply to read voltage levels ScopeMeter test tool features include Digital Storage Oscilloscope 3 2 3 digit 5 MHz Digital MultiMeter DMM Battery power Measure menu for quick setup Continuous Auto Set function for hands off signal probing Large memory for front panel Setups Waveforms and Screens Min Max TrendPlot function with time stamp for lo...

Page 21: ...lace the batteries or access the Quick Operating Guide See Chapter 9 for battery replacement instructions The test tool is also equipped with a multiposition tilt stand allowing viewing from different angles The stand can also be used to hang the test tool at a convenient viewing position Simply push up on the quick release and tilt the stand The tilt stand bracket is fully usable with the holster...

Page 22: ...talled Power Adapter PM8907 The Power Adapter Battery Charger powers the test tool from a standard ac outlet The test tool can be used during battery charging Verify that your local line voltage is appropriate before using the Power Adapter Battery Charger to power the test tool and or charge the battery pack See Appendix 10C for more information Automotive Adapter PM9087 optional The Automotive A...

Page 23: ...power only will minimize noise pickup Using the 10 1 probe will help in noise rejection If you use the Power Adapter PM8907 connect a test lead from the black 4 mm banana jack COM common to the measurement common ground of the system under test This technique reduces or eliminates any power line related noise ...

Page 24: ...ower Adapter Battery Charger uses a trickle charge for the batteries so no damage can occur if you leave it charging for long periods e g through the weekend Typically a 21 hour recharge provides 5 hours Fluke 91 92 96 and 99 4 hours of use Saving Battery Life When operated only on batteries the test tool conserves power by shutting itself down If no new keys have been pressed for 5 minutes or if ...

Page 25: ... In and modes use the red and black 4 mm banana jacks For low frequency measurements up to about 2 MHz ground can be connected to the black 4 mm banana jack For higher frequencies you must use the HF Adapter or Mini Testhook on the probe The red 4 mm banana jack also serves as an input connection for an external trigger in Scope mode or as an output connection for the waveform generator This wavef...

Page 26: ...urements The following table shows the printing and communication features for each model READING THE DISPLAY The display provides a great deal of information The major part of the display is always devoted to meter readings or the scope waveform A Dual display appears in and modes and is divided into two areas Main display and Bottom display A Scope display appears in mode and is divided into thr...

Page 27: ...ource and trigger slope The top right area displays the present status of the test tool AUTO MANUAL RUN HOLD etc Main Display Displays the actual or stored waveforms Scope mode Bottom Display Displays the menu that provides choices available through the function keys and shows which are active Reading a Window Display When you change a setup a part of the Main display area is used for a window It ...

Page 28: ...ess to a menu where items can be selected The two yellow keys and provide the possible ways to find your measurement gives immediate access to a list of measurements When you choose a measurement the test tool automati cally selects the related main mode gives access to the Main menu Here you can choose from the five main modes and Pressing gives you more control over the selected main mode ...

Page 29: ...d windows work together to provide a complete menu driven user interface is the MORE function key which opens the window assigned to the key When you press the Submenu key for any main function the and keys allow immediate access to the more common functions that are also under the MORE function key The keys are used to choose an item in a box or directly from the window These keys are indicated b...

Page 30: ...nd selects the highlighted item Stepping through a window has a fixed sequence as shown in Figure 1 7 Figure 1 7 Sequence to Go Through a Window The fixed sequence is as follows Press a MORE function key This opens a window Press NEXT PAGE or PREVIOUS PAGE to choose an item on page 2 or page 3 or Choose the item that has to be changed Open the list box Ð or Choose the new parameter ƒ This selects ...

Page 31: ...nditions In a menu F1 to F5 you always can get information on the functions for every function key In a window you can get more information about the highlighted function when the icon is displayed In a message you can get more information about the conflict with the present setup when the icon is dis played If necessary the test tool asks for confirmation and disables the conflicting situation Fi...

Page 32: ...PROBE TYPE 2 4 POWER ON CONFIGURATIONS 2 4 Master Reset Default Startup 2 4 Power on save memory 2 5 PERFORMING AN EASY SETUP 2 5 USING THE DEMONSTRATION DEMO BOARD 2 6 Quick Measurement Demonstration 2 7 Performing Some Meter Operations 2 10 Performing Some Scope Operations 2 12 Chapter 2 Getting Started ...

Page 33: ... on learning by seeing and doing Those who are familiar with the test tool can skip the following pages and continue to Chapter 3 Press to turn on the test tool Operation begins in the last known configuration Factory default settings are used at the first power on Subsequent power ons maintain configuration changes made with keystrokes or through recall of a setup memory during the previous sessi...

Page 34: ...ment Contrast adjustment can also be made after you have pressed and you have highlighted the contrast with and pressed to select is then visible in the right bottom of the display Turning the Backlight On and Off 1 Press to turn on the backlight The actual power source BATTERIES or POWER ADAPTER appears for a moment on the display NOTE Using the backlight shortens battery power operation time by ...

Page 35: ...wer on save memory Master Reset Default Startup CAUTION A Master Reset clears everything saved in memory Never perform a Master Reset unless you are prepared to lose everything you saved in memory 1 Turn the ScopeMeter test tool off 2 Press and hold 3 Press and release The test tool turns on and you should hear a double beep indicating the Master Reset was successful The screen should display inpu...

Page 36: ...isplay 4 Release Use this feature when you have saved a setup screen or waveforn in memory PERFORMING AN EASY SETUP For quick operation the test tool is equipped with a Continuous Auto Set function This function optimizes the range and the time in all modes and assures a stable picture on nearly all waveforms You only need to press to activate Once activated this function permits hands off probing...

Page 37: ...ore doing any measurement review the safety precautions in the beginning of this manual Refer to Figure 2 2 for the setup of this demonstration Connect the red scope probe to TP2 Continue with the Quick Measurements Demonstration for more hands on training using active waveforms NOTE The displays and measurements are typical They will vary depending on the condition of the Demo Board battery Figur...

Page 38: ...ted on the display The screen displays about 03 43 Vrms AC and 02 15 V DC in large numbers and 34 44 Hz in smaller numbers The values can vary depending on the condition of the Demo Board battery An additional scope trace gives a graphical representation of the waveform 2 Open the Measure menu the five function keys now are assigned to MORE MEASURE V Hz dB or TIME Continued on next page QUICK MEAS...

Page 39: ...unction key to select Vrms AC DC The value of about 4 00 Vrms AC DC appears as the main top reading on the display The previous readings are now shifted down one Note that the Hz has been removed 6 Open the TIME measurement menu a list of the time related measurements appears on the display 7 Choose another measurement For now highlight rise time 91 92 Continued on next page QUICK MEASUREMENTS DEM...

Page 40: ...w 9 The test tool changes automatically to the Scope mode You can now find the Rise Time measurement result below the waveform area 10 The left and right cursors move across the display The intersection of waveform and cursor mark the level for the two horizontal cursors This completes the Quick Measurements Demonstration continue with the Meter Operations QUICK MEASUREMENTS DEMONSTRATION ...

Page 41: ...y once to measure a stable display TOUCH HOLD appears in the top right of the display 3 Press this key once again to resume new measurements 4 Press this key The display changes to 1V range The voltage readings are overloaded and OL Vrms AC and OL V DC appear 5 The test tool automatically assumes a new setup that is optimized for measuring the actual input signal Input A Input A Continued on next ...

Page 42: ...e the trend plot representation appears at the lower area of the display 7 Press this key again to stop Min Max recording and trend plot But first a message All MIN MAX recordings will be lost Are you sure appears to alert for the consequences 8 Continue with your measurements Continued on next page PERFORMING SOME METER OPERATIONS ...

Page 43: ... the More Meter window The window enables you to change several settings in Meter mode 11 Go to the next page and find more settings that you can change 12 Close the window again without changing the setup configuration of the test tool This completes the Meter Operations demo continue with the Scope Operations PERFORMING SOME METER OPERATIONS ...

Page 44: ...se and trigger information 2 The waveform amplitude decreases The attenuator scale in the top display changes to a less sensitive range 3 The number of periods of the waveform increases The time base scale in the top display changes to a slower time DIV 4 The waveform shifts upwards 5 The waveform shifts to the right of the display Input A Input A Continued on next page PERFORMING SOME SCOPE OPERA...

Page 45: ...or falls below the trigger level SLOPE Watch the display the waveform starts at a different place as trigger or is selected Continue with SLOPE selected 9 This activates the ADJUST LEVEL function The level value is displayed in the right bottom and is visualized by the icon on the left edge of the display Ensure also that RUN is displayed in the top right of the display as an indication that your ...

Page 46: ...s unstable your test tool is no longer triggered 11 Adjust the trigger level to about 50 of the waveform amplitude so that your test tool is triggered again 12 Turn your ScopeMeter test tool off You are now able to operate basic functions in routine applications Continue with Chapters 3 and 4 for a more detailed discussion of the ScopeMeter test tool functions a PERFORMING SOME SCOPE OPERATIONS ...

Page 47: ...OMMONLY MEASUREMENTS 3 9 ORDERING MEASUREMENT READINGS 3 10 MEASURING FUNCTIONS NOT AVAILABLE FROM THE MEASURE MENU 3 10 Additional measurements for Meter and EXT mV modes 3 10 Additional measurements for the Scope mode 3 11 USING THE MEASUREMENTS MAP 3 12 Chapter 3 Making Measurements ...

Page 48: ... 4 mm banana jacks for measurements The ScopeMeter test tool informs you when to use INPUT A or the banana jacks The red 4 mm banana jack is used for diode test continuity test Ohm measurement and when you use a Current or Temperature probe with banana jacks When you use the PM8918 probe select the 10 1 probe type for correct decimal readout Figure 3 1 Measurement Connections ...

Page 49: ...e mode you are in press to access the Measure menu Press MORE MEASURE to access a multipaged seven pages list of all possible measurements Press PREVIOUS PAGE and NEXT PAGE to step through the pages in the More Measure window On a page use and to highlight the desired measurement then press to select This activates your chosen measurement and closes the window The measurement result is instantly d...

Page 50: ...ed banana jack is the high input while the black one is the low The result is displayed as the forward or reverse voltage of a diode CONTINUITY Ω Detect an open or closed circuit that is connected to the red and black 4 mm banana jacks A beeper draws your attention when the circuit is closed C PROBE EXT mV Detect a temperature in degrees Celsius with a Temperature probe optional that is connected ...

Page 51: ...cope mode Vrms SCOPE Measure the RMS Root Mean Square voltage of the waveform between the vertical cursors in Scope mode dV SCOPE Measure the voltage difference between the horizontal cursors in Scope mode Page 3 of 7 V peak peak SCOPE Measure the difference between highest and lowest voltage value of the waveform between the vertical cursors in Scope mode Vmax peak SCOPE Measure the maximum peak ...

Page 52: ...h DC coupled input A list box enables you to select the proper range 1 10 100 mV A or 1 V A A DC EXTmV Measure the DC current in EXT mV mode with a Current probe available as an option that is connected to the red and black 4 mm banana jacks This is done with DC coupled input A list box enables you to select the proper range 1 10 100 mV A or 1 V A A AC EXTmV Measure the AC current in EXT mV mode w...

Page 53: ... 150 250 300 500 600 800 900 1000 or 1200Ω as reference impedance dBm AC METER decibel milliwatt Measure the power ratio of the AC component of a signal with respect to 1 mW in Meter mode This is done with DC coupled input You can choose 50 60 75 93 110 125 135 150 250 300 500 600 800 900 1000 or 1200Ω as reference impedance dBW DC METER decibel Watt Measure the power ratio of the DC component of ...

Page 54: ...e relative frequency of the waveform in Scope mode It is shown as the reciprocal value of the time difference dt between the vertical cursors rise time SCOPE Measure the rise time between 10 and 90 points of the first rising slope of the waveform in Scope mode First use and to determine the 0 and 100 points of the waveform These are the intersection of the cursors with the waveform Set the rising ...

Page 55: ...e of measurement V Hz dB or TIME This opens a single window with a list of measurements within the chosen type Press V to open a list with voltage measurements Press Hz to open a list with frequency measurements Volt List Box Frequency List Box Press dB to open a list with power measurements Press TIME to open a list with time measurements CANCEL ignores the TIME window selection and returns to th...

Page 56: ...ope mode measurements Additional measurements for Meter and EXT mV modes Vrms AC no DC Measure the RMS Root Mean Square voltage of the input signal in Meter mode This is done with AC coupled input so that the DC signal component is blocked and the range is optimized for the AC signal component The V DC reading is inhibited due to AC coupling In some cases this measurement gives one more digit of r...

Page 57: ...16 or 50Ω as reference impedance WATT AC no DC Measure the AC audio watts from the signal in Meter mode This is done with AC coupled input so that the DC signal component is blocked and the range is optimized for the AC sinal component You can choose 1 2 4 8 16 or 50Ω as reference impedance For dBV dBm and dBW you can select a range of references by pressing or dBV Choose a voltage between 50 mV a...

Page 58: ... menus The following Measurements map shows where you can find all measurements MEASURE MENU MAIN MENU Voltage Measurements V DC Vrms AC Vrms AC DC Vrms AC No DC V DC mean Vrms dV Vpeak peak V max peak V min peak V at left V at right ACCESSORY mV Frequency Measurements Hz frequency duty cycle RPM 1 RPM 2 ...

Page 59: ...C dBV AC dBV AC DC dBV AC no DC dBm DC dBm AC dBm AC DC dBm AC no DC dBW DC dBW AC dBW AC DC dBW AC no DC WATT DC WATT AC WATT AC DC WATT AC no DC Time Measurements pulse width dt 1 dt rise time TRIG to left TRIG to right phase MEASURE MENU MAIN MENU ...

Page 60: ...3 14 91 92 96 99 105 Users Manual Ampere Measurements A DC A AC A AC DC A AC no DC Temperature Measurements C F Resistance Measurements Ohm Continuity Diode Measurements Diode MEASURE MENU MAIN MENU ...

Page 61: ...isabling the Change Alert Function 4 11 Changing the Refresh Rate of the Display 4 11 MAKING MEASUREMENTS IN METER AND EXT mV MODE 4 12 Changing the number of readings 4 12 TAKING RELATIVE READINGS SCALING 4 12 Readings Relative to a Reference Point Zero 4 12 Readings as a Percent Change from Reference Point Zero 4 13 Readings Displayed as a Percent of Scale 0 100 4 13 Stop Scaling 4 14 Readings R...

Page 62: ...a second input for Scope measurements The red and black 4 mm banana jacks are used for and modes For low frequency measurements up to about 2 MHz ground can be connected to the black 4 mm banana jack For higher frequencies you must use the HF Adapter or Mini Testhook on the probe When you use the PM8918 probe select the 10 1 probe type for correct decimal readout Figure 4 1 Measurement Connections...

Page 63: ...asure the signal waveforms You can set the amplitude of both waveforms time base speed and triggering for an optimum trace display See Chapter 5 for more information about SCOPE mode Signals supplied to INPUT A are measured Two measurement results appear initially on the display in a 3 2 3 digit numeric display At the same time you find the graphic representation of the waveform in the lower displ...

Page 64: ... 300V Vrms 250V with direct 1 1 input Press to select the desired time base ranges are from 1 µs to 100 ms div Resistance mode A resistor connected to the red and black 4 mm banana jack inputs is measured The red banana jack is the high input and the black banana jack COM is the low The time base is fixed at 5 ms DIV NOTE In the diode and resistance modes the black COMmon banana jack is not connec...

Page 65: ...red and black 4 mm banana jack inputs is tested The measurement current through the diode is 0 5 mA The red banana jack is the high input and the black banana jack COM is the low The result is displayed as the forward or reverse voltage of the diode A beeper alert is generated at forward voltage The beeper alert is turned on with ALERT The time base is fixed at 5 ms DIV and the attenuator at 3V NO...

Page 66: ...nd black 4 mm banana jack inputs are measured The red banana jack is the high input and the black banana jack COM is the low The ranges are 300 mV and 3V Time base ranges are from 1 µs to 100 ms div Use this mode for low voltages and for the accessories available for the ScopeMeter test tool ...

Page 67: ...key or when these are assigned to If in auto range this switches automatically to manual range and MANUAL appears in the top right of the display The selected attenuator and time base ranges are shown on the display The desired time base range can be selected by pressing Auto ranging automatic setting of the attenuator and time base is selected when you press ...

Page 68: ...ignals Above 300 display counts for ac signals Below overload OL in Ω and diode test TOUCH HOLD appears in the top right of the display when the function is active NOTE The Touch Hold function is not available in Min Max Figure 4 2 The Touch Hold function The following procedure can be used forTouch Hold 1 Press and measure the signal 2 Wait until the ScopeMeter test tool produces a beeper signal ...

Page 69: ...usly The MAX and MIN time stamps update only when new high or low readings are encountered NOTE A beep occurs when a new MAX or MIN value is detected New MIN MAX and AVG readings are then updated on the display Displaying the Min Max TrendPlot The test tool also continuously logs the maximum average and minimum readings to memory and displays all three as graphs Vertical scaling and horizontal tim...

Page 70: ...erse video and the time stamp of the overloaded value is stopped The TrendPlot will continue Freezing the Display You can press at any time to freeze the displayed readings HOLD appears in the top right of the display Press a second time to resume the display updates Turn Min Max off again with one of the following actions Press a second time Press Select a new measurement ...

Page 71: ... the window press Make your selections and press CLOSE to close the window Figure 4 4 More Meter Mode Enabling and Disabling the Change Alert Function Press to enable an audible alert signal The test tool draws your attention with a beep when the measurement changes more than 100 digits In Ω mode the alert warns you when the measurement falls to less than 5 of the measurement range Changing the Re...

Page 72: ...AY select the new number 1 2 3 or 4 and press to select Then press to remove the window again In and modes the maximum number of readings is two TAKING RELATIVE READINGS SCALING Scale Main Reading displays the present measurement result with respect to a defined range From a Submenu press to open a MORE functions window Next use or to highlight SCALE READING When you press a list box appears on th...

Page 73: ...ts automatically when both 0 and 100 values have been entered as the scaled reference values Use the following procedure example for Meter mode 1 From the SCALE READING list box highlight 0 100 and press 2 Use to highlight REFERENCE 100 and press 3 Measure the value that will represent 100 4 Highlight NOW as the present 100 value and press to save the displayed value as 100 5 Repeat actions 2 to 4...

Page 74: ... window press highlight off and press Readings Relative to a Minimum or Maximum Value Min Max Zero Min Max Zero views the relative readings in units appro priate for the function and range selected When in Min Max recording mode set the test tool as follows 1 From a Submenu press ZERO Now the reading relative to the main value appears on the display NOTE In this example the Meter Min Max Zero is u...

Page 75: ...open the Scale list box NOTE In this example the Ohm Min Max Scaling is used Figure 4 6 Min Max Scaling Functions Min Max Scaling views the readings as relative percentage values For example you can determine how the existing reading relates as a percentage of a range defined by two of the following settings MIN MAX MAX MIN and AVG You would accomplish this from the Scale Reading list box as follo...

Page 76: ...epresents the 0 value 7 Highlight MIN and press to set the recorded minimum value as 0 reference 8 Press CLOSE to remove the window The Min Max Scaling is automatically activated Since these entries set up a valid range the ScopeMeter test tool begins scaling with a display similar to the one in the following figure ...

Page 77: ...Resolution 5 8 SELECTING THE SCOPE SUBMENU 5 9 Capturing 10 or 20 Divisions 5 9 Smoothing the Waveform Average 5 10 TRIGGERING 5 11 Trigger Basics 5 11 Selecting a Trigger Source 5 12 Defining the Trace Start 5 12 Selecting a Trigger Slope 5 12 Selecting a Trigger Level 5 13 Selecting Auto Level 5 13 Choosing a Trigger Delay 5 13 DISPLAYING THE MINIMUM AND MAXIMUM OF A WAVEFORM 5 14 MAKING COMBINA...

Page 78: ...Maximum scope inputs on either BNC are as follows Maximum input signal voltage 300V rms direct Maximum input signal voltage 600V rms when using 10 1 probe Voltage to ground 600V rms Input impedance is 10 MΩ 15 pF with the 10 1 probe Press and to select the Scope mode Figure 5 1 Scope Connections 91 91 ...

Page 79: ...l subsequently changes the test tool readjusts itself you will always have a meaningful picture on the display Continuous Auto Set can be configured through the Menu Refer to Chapter 6 for a complete description CONTROLLING INPUTS A AND B Press or to open the input settings menu Figure 5 2 Input A Menu Selecting the Input Press on the appropriate input to turn it on and off Selecting the Input Cou...

Page 80: ...e polarity of the displayed waveform This is identified by the trace identifier on the display For example a negative going waveform would be displayed as positive going providing a more meaningful viewing perspective in some cases ADJUSTING THE AMPLITUDE You can use for INPUT A or INPUT B to adjust input waveform attenuation Sixteen ranges are available A 1 1 probe can accommodate 1 mV to a maxim...

Page 81: ...p display Refer to Figure 5 3 Available settings depend on the acquisition mode in effect and are as follows Recurrent 5ns 10ns DIV 1s DIV Single 100ns DIV 1s DIV Roll 2s DIV 60s DIV Fluke 91 92 96 and 99 10ns DIV Fluke 105 5ns DIV The time base can be changed in increments of 1 2 and 5 e g 10 ns 20 ns 50 ns Figure 5 3 Time Base and Amplitude Adjustment ...

Page 82: ...moving the trace s around the display and reposition the trace up or down four divisions This operation can be done separately for each input The key simultaneously repositions all traces left or right from 4 to 16 5 divisions Waveform positioning is demonstrated in Figure 5 4 Figure 5 4 Positioning the Waveform ...

Page 83: ...ighted NO TRIG begins flashing on the display The instrument is waiting for a trigger RUN appears on the display when the single acquisi tion is triggered HOLD then reappears when acquisi tion is completed 2 Now press again and wait for another single acquisition trigger The time base range is 100ns DIV to 1s DIV Roll Mode Roll mode supplies a visual log of waveform activity and is especially usef...

Page 84: ...om of the display 4 Press to enlarge the waveform speed up the time base or press to shrink the waveform slow down the time base The ScopeMeter test tool zooms in and out one step at a time and if necessary the trigger delay is recalculated The focal point for this activity is waveform activity at the fourth time division The zoom feature is useful as a quick examination of a live waveform Zoom ca...

Page 85: ...ou will also find functions such as Capture Length Average Waveforms and Scope measurements To use these functions press to open the MORE SCOPE window Figure 5 7 More Scope Window Capturing 10 or 20 Divisions This enables you to capture either 10 or 20 divisions of waveform detail Selecting 10 divisions or one full screen is sufficient for most applications For fast single shots selecting 20 divis...

Page 86: ...the number of waveforms to average for each display update The maximum number is 256 4 Press to select 5 Press CLOSE to close the window To turn off averaging set AVERAGE WAVEFORMS to be off again NOTE AVERAGE WAVEFORMS OFF changes to AVERAGE WAVEFORMS by 4 in the 10 mV and 20 mV attenuator ranges when a 10 1 probe is used Averaging and Glitch detect on INPUT A are mutually exclusive Additional in...

Page 87: ...displayed with a specified time delay number of cycles or number of events The second top row on the display identifies the trigger parameters being used Trigger icons on the display indicate the position of the trigger delay and the trigger level Refer to Figure 5 10 For example 20 ms DIV TRIG A 120EVT 5DIV means that INPUT A is used as the trigger source with a positive slope The amount of trigg...

Page 88: ... 4 mm banana jack or use the PM9081 Banana to BNC adapter supplied Make your selection for the appropriate TTL compatible Transistor to Transistor Logic trigger level 0 2V or 2V 91 91 92 96 GENERATOR See Chapter 6 for more information NOTE EXTERN and GENERATOR are mutually exclusive selecting one deactivates the other Defining the Trace Start Highlight TRACE START and press to open the list box Wh...

Page 89: ... discussed below In many instances you can select more than one type of delay Press to enter the Time Delay list box Use or to set the trigger time delay in increments of the existing time base divisions The range of divisions is 20 to 640 For example if the time base is set to 2ms DIV 16 defines a delay of 16 time divisions 32 milliseconds after the trigger is detected Press to select From the se...

Page 90: ...he top right of the display The minimum and maximum values are automatically saved in waveform memories The display shows the resultant envelope in lower intensity grey together with the actual waveform Any change in attenuation or time base will restart a new Min Max envelope action The function is turned off with one of the following actions Press a second time Press You can use Min Max envelope...

Page 91: ...A on the vertical axis and INPUT B on the horizontal axis Press to activate your selection DISPLAYING MULTIPLE WAVEFORMS By displaying a combination of live and recalled waveforms the test tool can display a maximum of four waveforms simultaneously For example INPUTS A B A B and waveforms recalled from memory could be displayed You can display any combination of four waveforms If you attempt to di...

Page 92: ...sion marks around the display QUADRANT adds horizontal and vertical division points as added reference points to the border display FULL adds a crosshatch pattern based on the horizontal time and vertical amplitude divisions on the display Figure 5 12 Grid Selection Adjusting the Trace Quality 7 Use to highlight PERSISTENCE and press to open the list box Persistence improves the trace quality when...

Page 93: ...ve a continuous trace DISPLAY MODE allows you to select normal or reverse video 8 Press CLOSE to remove the window The test tool displays the USER OPTIONS menu again MORE INFORMATION Chapter 8 ScopeMeter Test Tool Tutorial presents Scope mode applications that use many of the features discussed in this chapter Refer to Chapter 6 for a discussion of additional capabilities ...

Page 94: ...10 USING WAVEFORM MATH FUNCTIONS 6 11 Scaling the Display 6 11 Choosing a Math Operation 6 11 USING A PRINTER 6 14 Connecting to a Printer 6 14 Setting Print Parameters 6 14 Selecting Printer Types 6 14 Selecting Print Options 6 14 Printing Grey in White or Black 6 16 Sending to a Printer 6 16 USING THE WAVEFORM GENERATOR 6 17 TESTING COMPONENTS 6 17 CHANGING THE RESET CONFIGURATIONS 6 19 ALTERING...

Page 95: ...e display as two vertical and two horizontal lines The intersection of vertical and horizontal lines of the left cursor marks a point on the waveform The intersection of vertical and horizontal lines of the right cursor marks another point on the waveform The measurement takes place between these two points Use and to move the left and right cur sors which designates the area for the cursor measur...

Page 96: ...ercentage 4 Choose the waveform source with Measure on Wave form The source selection is determined by active dis play traces The traces can be obtained from the active display A B A B or from waveform memory 5 Choose the number of Readings the test tool can display up to five cursor readings at the same time When you choose another main readings all readings will shift down one and your last chos...

Page 97: ...s to select Repeat this for more readings In making cursor measurement calculations the ScopeMe ter test tool uses waveform activity between the cursors Figure 6 3 Cursor Main Readings List Box The measurement results are displayed in the bottom dis play area A maximum of five measuring functions can be turned on at the same time dV for delta volts Measures the voltage difference between the curso...

Page 98: ...rsors Vmax peak Measures the maximum peak value of the waveform between the cursors Vmin peak Measures the minimum peak value of the waveform between the cursors frequency Measures the frequency of the waveform between the cursors At least 11 2 cycles of this wave form must occur between the cursors You can scroll a waveform through the cursors by pressing Read the frequency change in the bottom d...

Page 99: ... Reset destroys all memory contents and leaves initial setup with its default settings Refer to Master Reset configuration further on in this chapter for a complete discussion of Initial Setup You can also delete a single memory location From the More Save window first choose the type of memory DELETE what you want to delete Screen Waveform or Setup memory Press SELECT ITEM to open a list box and ...

Page 100: ...the actual input waveform NOTE When Medium Long or Infinite persistence has been cho sen you will only save the actual waveform information Saving Acquired Waveforms Use this function to save acquired waveforms on INPUT A INPUT B and A B in Scope mode needed for future mea surements You can save a maximum of 20 waveforms For FLUKE 96 you can save a maximum of 10 waveforms Press SAVE WAVEFORM The t...

Page 101: ...M MEMORY You can review screens and recall waveforms and setups from memory at any time Press to open the Recall from Memory menu CAUTION A Master Reset destroys all memory contents and leaves the initial setup with its default settings Refer to Master Reset configuration further on in this chapter for a complete discussion of Initial Setup Recalling a Screen You can display already saved screens ...

Page 102: ... all used waveform memories now appears 2 Use and to highlight the required waveform The View Area displays the saved waveform in compressed form 3 Press to recall the selected waveform A displayed memory waveform is indicated with the waveform memory number You can display a maximum of four waveforms at a time If you attempt to display a fifth waveform a message lets you know you have exceeded th...

Page 103: ...to reposition the waveform Press CLEAR WAVEFORM to remove all recalled waveforms from the display The live waveforms A B and A B remain displayed and the present setup configuration will not change Recalling a Setup Configuration Press RECALL SETUP to recall a saved setup configuration from setup memory A list of all used setup memories now appears Use or to highlight the required setup Press to r...

Page 104: ...ose one and press to select 5 Use to highlight the source s and destination items Press to open the list boxes Now choose the source s and destination Press to select Figure 6 6 Math Window for Multiply Scaling the Display The Scale factor allows you to adjust the display to accommodate the math result Use or to highlight SCALE RESULT and press to open the list box You can now use and to highlight...

Page 105: ...hat device In the following Figure waveforms from Waveform 4 memory upper and INPUT A middle are multiplied resulting in the waveform stored in Waveform 5 memory lower Invert INVERT allows you to reverse the polarity on an active input or memory waveform and store the new waveform in another memory location Integrate This function calculates and displays the area of the selected waveform Integrate...

Page 106: ...thing is thereby possible Filtering is especially useful with single shot waveforms where averaging of multiple waveform samples is not otherwise available In the following figure the upper waveform represents the INPUT A waveform as measured and the lower waveform represents the filtered version recalled from Waveform 4 memory NOTE In FILTER function the 3 dB frequency is 0 8 time per division ...

Page 107: ...late to actions you must take at the test tool end of this operation For more information about advised printer setup parameters see Appendix 10D Setting Print Parameters Press and then to open the Printer window You can now choose the printer settings and type of information to print Figure 6 8 Printer Window Selecting Printer Types The test tool can print directly to an FX LQ Epson type or HP Th...

Page 108: ...ault setting Print a graphic copy of the actual display Scope Meter or in any other mode READINGS Print a numerical representation of the measured values in table form Printing can be done once single or repetitively with a selected interval time ...

Page 109: ...nt by subtracting the Y pos from the data point value 3 0 3 etc then multiplying this with the 200 mV dot parameter 3 200 mV 600 mV The time distance between two dots is 20 0 µs here Printing Grey in White or Black Print the grey persistence of the display as white or as black on paper Sending to a Printer Press to start printing via the OPTICAL INTERFACE port The settings you made in the User Opt...

Page 110: ... Sine wave 976 Hz 1V p p Slow ramp Voltage 2V to 2V 1 mA maximum Current 0 to 3 mA 2V maximum The generator is automatically disabled in the and mode The generator output can also be selected as trigger source when turned on it replaces the EXT external trigger source in the TRIGGER menu TESTING COMPONENTS Figure 6 10 Component Test Setup From the Special Functions menu press to use the ScopeMeter...

Page 111: ...ST PROBE COUPLING AC or DC coupling Connect the component to be tested between the red GENERATOR OUT and black COMmon 4 mm banana jacks Measure the component on INPUT A It s character istics are shown on the special measure display Auto Set cannot be used with the Component measure ment mode The given display shows a diode test with a slow voltage sweep 2 to 2V ...

Page 112: ...Master Reset clears all Screen Waveform and Setup memories The Master Reset includes the following settings Meter Mode Three Readings for Meter Mode and two Readings for Scope Mode Autoranging Backlight Off Probe Scaling 10 1 All Memories Cleared Generator Off Print Format Screen Printer Setup FX LQ Graph 1200 Baud To perform a selective reset do the following 1 From the User Options menu press to...

Page 113: ...ngs 4 Press to close the window ALTERING THE CONTINUOUS AUTO SET CONFIGURATION When is pressed the instrument assumes the Continuous Auto Set configuration There are ways to alter the Continuous Auto Set configura tion These two methods are discussed below Using Manual Override Pressing disables autoranging for voltage attenua tion only Press to resume the normal mode of opera tion for Continuous ...

Page 114: ...when the Continuous Auto Set is active A B SEPARATION Default is auto both waveforms appear separated by two divisions A B COUPLING Default is DC both inputs are DC coupled TURN OFF AVERAGING Default is yes smooth function is turned off TURN OFF X MOVE Default is yes waveform in center of the display TURN OFF Y MOVE Default is yes waveform in center of the display TURN OFF A versus B Default is ye...

Page 115: ...E 7 2 MEASURING CURRENT 7 4 MEASURING POWER WITH MATH FUNCTION 7 7 MEASURING THREE PHASE ON A DUAL INPUT 7 9 MEASURING PHASE USING THE CURSORS 7 12 MEASURING PULSE RESPONSE OF AN AMPLIFIER 7 14 Chapter 7 Measuring Examples ...

Page 116: ...d temperature You can measure fluctuations in temperature over a long period of time when the Min Max recording is activated Readings on the test tool can be given in Fahrenheit or Celsius In this example the air temperature is measured over 24 hours Connect the 80T 150U Temperature probe to the red and black 4 mm banana jacks as shown in Figure 7 1 Figure 7 1 Temperature Measurement Setup Do a Re...

Page 117: ...air temperature appears on the display The test tool starts continuously recording the air temperature and graphs the minimum maximum and average temperatures on the display After about 24 hours the display appears as shown in Figure 7 2 Figure 7 2 Temperature Measurement with Trend Plot ...

Page 118: ...e information about Current Probe operation WARNING TO AVOID ELECTRICAL SHOCK USE ONLY CURRENT PROBE ACCESSORIES SPECIFICALLY DESIGNED AND APPROVED FOR USE WITH THE SCOPEMETER TEST TOOL OTHER PROBES MAY EXPOSE THE OPERATOR TO AN ELECTRIC SHOCK HAZARD IF ANY OF THE THREE COMMON INPUT CONNECTIONS ARE CONNECTED TO A POTENTIAL GREATER THAN 30V RMS OR 42V DC The following example measures the current f...

Page 119: ...obe scaling factor is 10 1 Select page 4 of the More Measure window A AC DC METER 10 mV A Select Current Probe range Clamp the Current Probe jaws around the conductor to be measured The actual current appears on the display 17 43 Arms Figure 7 4 Current Measurement in Meter Mode ...

Page 120: ...scaling factor is 10 1 Select Scope mode Select Continuous Auto Set Select the Probe A menu Open the Probe on INPUT A box 10 mV A Select current range Close the window The test tool displays the current as a waveform which can be analyzed using all other functions The selected range appears on the top display Figure 7 5 Current Measurement in Scope Mode ...

Page 121: ...surement is reliable over a wide range of frequencies irrespective of the wave shapes of voltage or current In this example you make use of the previous measurement setup measuring current with the 80i 1000s on INPUT A and will add the voltage measurement using the grey 10 1 probe on INPUT B Be sure that INPUT A is set to 10 mV A and INPUT B is set for a 10 1 probe This example shows the connectio...

Page 122: ...dow In Figure 7 7 INPUT A represents the current measure ment INPUT B the voltage measurement and Destination memory 1 the product equals power In this example the following scales are used INPUT A 20 A DIV INPUT B 200 V DIV Memory 1 4 kW DIV Figure 7 7 Power measurement Shift the resulting waveform over the display as follows move 1 Move the resulting waveform ...

Page 123: ...NENTS OF A HIGH ENERGY CIRCUIT TO AVOID ELECTRIC SHOCK AND OR EQUIPMENT DAMAGE USE CAUTION WHEN CONNECTING ALLI GATOR CLIPS TO LIVE COMPONENTS THE METAL JAWS OF ALLIGATOR CLIPS CAN CRE ATE A SHORT CIRCUIT BETWEEN CLOSELY SPACED LIVE PARTS AVOID MAKING CONNECTIONS TO FEEDER CONDUCTORS OR BUS BARS AT ELEVATED POTENTIALS WHENEVER POSSIBLE MAKE CON NECTIONS TO THE OUTPUT SIDE OF A CIRCUIT BREAKER WHIC...

Page 124: ...es and the neutral bus bar as shown in Figure 7 9 Use the alligator clips for the red and grey 10 1 probes and black multimeter test lead Figure 7 9 Connecting the Wires Do a Reset probe scaling factor is 10 1 Set the test tool to Scope mode Select Continuous Auto Set Turn circuit breaker on Measure connection 1 and connection 2 see Figure 7 10 ...

Page 125: ...shows that phase 2 INPUT B follows phase 1 INPUT A The lower display shows that phase 3 follows phase 1 Figure 7 10 Phase Measurements Vrms AC METER The Volt RMS readout about 230 Vrms appears on the display see Figure 7 11 Figure 7 11 AC Volt RMS Measurement ...

Page 126: ...accurate digital measurements It is advised that you first press to freeze the waveforms to be measured Measure the two sine wave waveforms as explained in the previous example Return to the main menu Set the test tool to Scope mode Freeze the display HOLD appears in the upper right display Activate the Cursor readings Go to page 2 within the More Scope window 91 92 Choose ADD MAIN READING Open th...

Page 127: ...between the waveforms on INPUTA and INPUT B phase A B 120 see Figure 7 12 To identify the point on the waveforms where the measure ment has occurred you can use the markers on page 3 within the More Scope window Figure 7 12 Phase Measurement with Markers ...

Page 128: ...ot undershoot or ringing The test tool instantly measures the rise time between 10 and 90 For precise measurements set the slope to at least four time divisions Figure 7 13 Measuring the rise time of a pulse Do a Reset probe scaling factor is 10 1 Set the test tool to Scope mode Select Continuous Auto Set Press as many times as necessary until you have a rising slope of more than four time divisio...

Page 129: ...cursor to the high level of the waveform see Figure 7 14 This is the 100 reference point The test tool instantly displays the rise time 156 ns See Figure 7 14 To identify the points on the slope where the measurement has occurred you can use the markers on page 3 within the More Scope window Figure 7 14 Rise Time Measurement with markers ...

Page 130: ...UOUS AUTO SET ON COMPLEX WAVEFORMS 8 10 MAKING LOW FREQUENCY MEASUREMENTS WITH THE SCOPE 8 17 MAKING SINGLE SHOT MEASUREMENTS WITH THE SCOPE 8 20 FINDING HIDDEN WAVEFORM DETAILS WITH THE SCOPE 8 22 MAKING SCOPE CURSOR MEASUREMENTS 8 26 USING THE MATH FUNCTIONS 8 32 Chapter 8 ScopeMeter Test Tool Tutorial ...

Page 131: ...ust supply your own potentiometer Before making any measurement be aware of the safety precautions on page VIII The Demo Board connections are shown in Figure 8 1 NOTE All displays shown in the example figures are typical values Actual measured values may vary because the Demo Board signal levels are dependent on the battery voltage WARNING TO AVOID ELECTRIC SHOCK OR FIRE USE ONLY THE TEST LEAD PR...

Page 132: ...re 8 1 Tutorial Setup IMPORTANT This illustration is a connection example only Follow instructions in this chapter to connect the red and grey Scope Probe to the correct test points When not used disconnect the grey Scope Probe from input B ...

Page 133: ...Press to select the mode A message appears indicating that the banana jacks are used as inputs now After closing this message the display should be similar to Figure 8 2 but the value will depend on the potentiometer that is used Once the reading is stable vary the resistance adjust the potentiometer and observe the movement on the wave form display underneath the reading Spikes on the display ind...

Page 134: ...ct the meter low to ground of the Demo Board using either the COM banana input with a test lead or the ground lead of the probe hook clip Remove all other connections Making the Measurement 1 Reset the ScopeMeter test tool You should now see two unstable voltage readings an invalid Hz reading and the waveform display Also you occasionally hear the ranging relays click The autoranging is the result...

Page 135: ... reading 2 Press 3 Press V 4 Press to select the highlighted function V DC METER The first reading shows the V DC reading Notice the numerical readout is unstable and the waveform display shows a changing level sometimes high or low or with a vertical edge and the ranging relays are still slowly clicking See Figure 8 3 Figure 8 3 Unstable V DC Display ...

Page 136: ...n Max recording mode 6 Press The test tool beeps each time a new minimum or maximum is measured After a couple of minutes you should see a readout similar to Figure 8 4 Note the time stamp which indicates the elapsed time before the displayed minimum or maximum occurred The Average value time stamp shows the total elapsed time since was pressed At the same time the lower part of the display shows ...

Page 137: ...ontinue pressing the key until the time base readout is 100 ms The digital display should now be stable and show a reading of about 2 volts The waveform display is also stable To increase the waveform amplitude select the 3V range 9 Press of INPUT A to select the 3V range The ScopeMeter test tool has a DC overrange capability to 4500 counts which is 4 5V for the 3V range therefore you will see the...

Page 138: ...ight Vrms AC no DC and press to select 15 Press to close the window Comparing the AC trace of Figure 8 6 with the DC trace of Figure 8 5 you see that the waveform is now centered vertically about the middle of the screen and slopes between the switching edges The slopes appear because the waveform is AC coupled where higher frequency waveforms 50 Hz without probe or 5 Hz with a 10 1 probe can be m...

Page 139: ...y reduce the time base Then you can be sure to make reliable measurements ASSISTING CONTINUOUS AUTO SET ON COMPLEX WAVEFORMS In the Scope mode Auto Set samples the inputs to see which have signals connected scales the waveform s to fit on the screen scales the time base to show a number of cycles of the waveform and sets the trigger level to the best position on the waveform Continuous Auto Set gi...

Page 140: ... third division from the bottom The ground icon on the right side of the display identifies the ground level 5 Press to increase amplitude if required 6 Press to set the time base to 10 ms DIV if required The waveform in Figure 8 7 has five distinct levels The trigger level chosen by Auto Set is the best position of the waveform Because this waveform has pulses on different levels triggering occur...

Page 141: ...usting the time delay to 7 divisions has moved the trigger point to the seventh division on the display and you now see seven divisions of information that occur before the trigger See Figure 8 8 You can use Zoom to look at the falling edge detail of the 50 pulse The Zoom function expands the trace referenced to the fourth time division and automatically adjusts the delay 11 Press 12 Use to highli...

Page 142: ...titive pattern or sequence of events For example a four cylinder car has four steps in its sequence or a variable frequency motor drive has a fixed number of pulses but varies the frequency and repetition rate The waveform on TP3 has four pulses in its sequence of varying amplitude To simulate the non triggerable waveform adjust the trigger level to a lower level 1 Press 2 Press 3 Press to highlig...

Page 143: ... 11 Use to set N CYCLE to 4 cycles 12 Press CLOSE to activate 13 Press to close the window The N CYCLE sequence has a random starting position within the sequence of events As the N CYCLE counts trigger pulses it always provides a trigger output after the nth occurrence 4th in this example see Figure 8 9 In this way it remains synchronized so the waveform triggering always occurs on the same nth p...

Page 144: ...Auto Set does all the work for you To try this connect the red scope probe from INPUT A to TP3 and connect the grey scope probe from INPUT B to TP2 1 Reset the ScopeMeter test tool 2 Press to select the SCOPE mode 3 Press 4 Press on INPUT A and INPUT B to adjust the amplitudes if required 5 Use on INPUT B to position the B waveform at the bottom of the display see Figure 8 10 91 Figure 8 10 Stable...

Page 145: ... line signal can be used see Figure 8 11 WARNING MEASURING ON PWM MOTOR DRIVES CAN CREATE A POTENTIAL SHOCK HAZARD ENSURE THAT THE MOTOR IS OFF BEFORE YOU CONNECT OR DISCONNECT PROBES OR TEST LEADS USE ONLY INSULATED PROBES TEST LEADS AND CONNECTORS SPECIFIED IN THIS MANUAL WHEN MAKING MEASUREMENTS 42V PEAK 30V RMS ABOVE EARTH GROUND OR IN CIRCUITS 4800 VA USE PROBES AND TEST LEADS WITHIN RATINGS ...

Page 146: ...o trigger on low frequency waveforms you have to set the trigger level manually 6 Press 7 Use to higlight trigger level and press to select 8 Use to adjust the trigger level to one division above ground level The ScopeMeter test tool is in the Free Run mode which updates the display if a trigger is not found within 100 ms of starting the acquisition For slow waveforms Free Run must be off to preve...

Page 147: ...or AC coupling But accurate low frequency measurements require DC coupling To choose DC coupling again do the following 16 Press 17 Use to select DC coupling indicated on the top left of the display There should be two correctly formed pulses on the display Reduce the time base further to see the complete waveform 18 Use to slow the time base to 1sec DIV The waveform is a 0 5s pulse that occurs ev...

Page 148: ...m use the following quick indication method Connect INPUT A only 1 Reset the ScopeMeter test tool 2 Press to select the SCOPE mode 3 Press 4 Press 5 Press turn GLITCH DETECT on 6 Press to slow the time base Continue to slowly reduce the time base until you can see enough detail of the waveform to make the best amplitude time base and trigger settings When you select a time base of 2 sec DIV or slo...

Page 149: ...ments to examine the rising and falling edges of a pulse To make a Single Shot measurement you must ensure the correct trigger level is set and to see more detail you need to increase the time base 1 Press to open the trigger menu 2 Press to select SLOPE 3 Use to adjust the trigger level to the mid level of the waveform 4 Press a number of times to increase speed to 10 µs DIV Next adjust the time ...

Page 150: ... of the pulse in the Single Shot mode 11 Press 12 Press to select the SLOPE 13 Press to start the Single Shot You can now see the difference in the speed of the rising and falling edges of this waveform Note that in the Startup menu window you can configure the ScopeMeter test tool to clear the display each time a new Single Shot is started To find the Startup menu from the More User Options windo...

Page 151: ...h of waveform Often the use of the GLITCH DETECT mode see the following example and the CAPTURE 20 DIV mode can help FINDING HIDDEN WAVEFORM DETAILS WITH THE SCOPE A GLITCHES Connection Connect the red scope probe from INPUT A to TP2 on the Demo Board Making the Measurement 1 Reset the ScopeMeter test tool 2 Press to select the SCOPE mode 3 Press It appears as if the waveform is a simple pulse wit...

Page 152: ...the sample points build up on the screen These points stay on the screen even if the waveform disappears for example if you remove the scope probe B NOISE Often waveforms have lots of noise superimposed upon them Sometimes you need to measure the noise and sometimes you need to see the waveform through the noise The Average feature helps in smoothing the random noise out of the waveform Connection...

Page 153: ...level close to the top of the waveform Continue with Zoom 12 Use to position the middle of the leading slow edge on the fourth division of the display 13 Press 14 Use to highlight scope zoom and press to select 15 Use to zoom in on the rising edge You should now see a slow rising edge across the screen that is noisy Activate Min Max envelope for a couple of minutes to see the amplitude of the nois...

Page 154: ...o disable Min Max envelope 18 Press 19 Use to highlight scope average and press to select 20 Use to achieve an average factor of 32 You should now have a noise free trace on the display as shown in Figure 8 17 Note that Averaging slows down the waveform response Don t forget to deactivate it if not required otherwise the display will appear sluggish 21 Use to set Average to OFF Figure 8 17 Averagi...

Page 155: ...OPE mode 3 Press 4 Press to slow the time base if required to show three cycles on the display 5 Press to freeze the display Freezing the display is not necessary when making cursor measurements but for this example it gives stable values that are easier to examine A MAKING CURSOR AMPLITUDE VOLTAGE MEASUREMENTS To select which Cursor measurements are to be made you do the following 6 Press to open...

Page 156: ...o horizontally position cursors as shown in Figure 8 18 As you move the cursors left and right their intersection with the waveform is indicated by a horizontal dotted line Make sure that the left cursor is at the bottom of the waveform and the right cursor at the top see Figure 8 18 Figure 8 18 Volt Cursors Measurement ...

Page 157: ...n waveform levels first locate the cursors on the two levels use the present positions 17 Press and you will see that ZERO is activated highlighted The dV readout now changes to 0 00 V Move the left cursor to the right 18 Press until it is about halfway up the slope You should have the same value for both cursor readouts because the absolute voltage change is the same for both functions To see thi...

Page 158: ...E SCOPE window 3 Press for page 2 4 Use to highlight ADD MAIN READING and press to open the list box Choose the following two time readings 5 Use to highlight rise time and press to select 6 Press to open the list box once again 7 Use to highlight frequency and press to select 8 Press to close the window 9 Use and to locate the cursors as shown in Figure 8 19 Figure 8 19 Time Cursors Measurement ...

Page 159: ... the left cursor You must set the left cursor at the waveform low level and the right cursor at the waveform high level These two levels are used as the 0 and 100 references for this measurement Rise time is defined as the time taken for the waveform to go from 10 to 90 of these two reference levels To see the markers 1 Press to open the MORE SCOPE window 2 Press twice for page 3 of the MORE SCOPE...

Page 160: ... will be made 4 Press to open the MORE SCOPE window 5 Press for page 2 Now select the phase measurement as main reading 6 Use to highlight ADD MAIN READING and press to open the list box 7 Use to highlight phase A B and press to select You have now selected a phase measurement but to see where it will actually occur it is best to activate the markers 8 Press for page 3 9 Press to open the SET MARK...

Page 161: ... to open the MORE SCOPE window 2 Press for page 2 3 Use to highlight MEASURE on WAVEFORM and press to open the list box 4 Use to highlight WAVEFORM B and press to select 5 Press to close the window Note that when you have a number of waveforms displayed you can simply change all the cursor measurements from one waveform to the next using MEASURE on WAVEFORM USING THE MATH FUNCTIONS ScopeMeter has ...

Page 162: ...rmation from two waveforms or sources and the result is placed in another waveform memory or destination To add INPUT A and INPUT B together and show the resulting waveform on the display you need only to choose the destination of your choice 10 Use to highlight SAVE IN DESTINATION and press to open the list box The already highlighted destination is the first free Waveform memory location Already...

Page 163: ...n the display If the Memory 1 waveform amplitude needs adjustment 4 Press 5 Press to open the MATH MENU window 6 Use to highlight SCALE RESULT and press to open the list box 7 Use for the appropriate scaling factor 5 and press to select 8 Press to close the window You should now have a display as shown in Figure 8 22 where the sum of INPUT A and INPUT B is clearly visible Figure 8 22 Adding INPUT ...

Page 164: ... press to open the list box 4 Use to highlight integrate and press to select INPUT A has a good waveform to demonstrate integration and Destination 1 is already displayed If the resulting waveform amplitude needs adjustment 5 Use to highlight SCALE RESULT and press to open the list box 6 Use for the appropriate scaling factor 25 and press to select 7 Press to close the window With INPUT A set for ...

Page 165: ...the list box 4 Use to highlight filter and press to select Next choose the INPUT B waveform as the source for the filter function 5 Use to highlight SOURCE 1 and press to open the list box 6 Use to highlight WAVEFORM B and press to select 7 Use to highlight SCALE RESULT and press to open the list box 8 Use to turn scaling OFF and press to select 9 Press to close the window You now have a display a...

Page 166: ...EEPING BATTERIES IN OPTIMAL CONDITION 9 2 REPLACING AND DISPOSING OF BATTERIES 9 3 REPLACING FUSES 9 5 CALIBRATING THE PROBES 9 5 INPUT A Probe Calibration 9 5 INPUT B Probe Calibration 9 6 Chapter 9 User Maintenance ...

Page 167: ...E IT IS OPENED FOR ANY ADJUSTMENT REPLACEMENT MAINTENANCE OR REPAIR CAPACITORS INSIDE MAY STILL BE CHARGED EVEN IF THE TEST TOOL HAS BEEN DISCONNECTED FROM ALL VOLTAGE SOURCES CLEANING Clean the ScopeMeter test tool with a damp cloth and a mild detergent Do not use abrasives solvents or alcohol KEEPING BATTERIES IN OPTIMAL CONDITION When new the batteries typically provide 5 hours Fluke 91 92 96 o...

Page 168: ...Repeat steps 1 through 4 once more REPLACING AND DISPOSING OF BATTERIES WARNING TO AVOID ELECTRICAL SHOCK REMOVE THE TEST LEADS PROBES AND BATTERY CHARGER BEFORE REPLACING THE BATTERIES 1 Disconnect the test leads probes and battery charger both at the source and at the ScopeMeter test tool 2 Separate the test tool from its holster 3 Locate the battery cover on the bottom rear Loosen the two screw...

Page 169: ...l batteries type KR27 50 or R14 as shown in Figure 9 1 NOTE Ensure that the NiCad battery pack charging contact is aligned in the battery compartment as shown in Figure 9 1 Use only the PM9086 NiCad battery pack 7 Reinstall the battery cover and secure the two screws Figure 9 1 Battery Replacement ...

Page 170: ... probe NOTE To meet full user specifications use the 10 1 probes only with the inputs on which they have been calibrated INPUT A Probe Calibration 1 Connect the INPUT A BNC input to the GENERATOR OUT red banana jack See Figure 9 2 Use the red scope probe and the red 4 mm banana adapter 2 Turn the ScopeMeter test tool on 3 Press 4 Press to open the PROBES MENU window 5 Use to highlight PROBE on INP...

Page 171: ...markers on the display see Figure 9 3 Figure 9 3 Adjusting the Probe 9 Press to continue The test tool automatically calibrates itself to the probe A message appears on the display indicating that calibration is successfully completed 10 Press to close the procedure INPUT B Probe Calibration 1 Connect the INPUT B BNC input to the GENERATOR OUT red banana jack See Figure 9 4 Use the grey scope prob...

Page 172: ...ndixes 10A Specifications 10 3 10B Parts and Accesories 10 11 10C PM8907 Information 10 15 10D Recommended Printer Setup Parameters 10 17 10E Warranty and Service Centers 10 19 10F Terminology 10 25 10G Menu Map 10 31 ...

Page 173: ...tool has been designed and tested in accordance with IEC Publication 1010 Safety Requirements for Electrical Equipment for Measurement Control and Laboratory Use This manual contains information and warnings that must be followed by the user to ensure safe operation and to keep the instrument in a safe condition Use of this equipment in a manner not specified by the manufacturer may impair protect...

Page 174: ... Average Smoothing up to 256 waveforms 10 samples in Roll mode Vertical Frequency Response 3 dB DC to 100 MHz Fluke 105 DC to 50 MHz Fluke 91 92 96 99 AC coupled 10 Hz direct 1 Hz with 10 1 probe Coupling AC DC Ground Rise Time 3 5 ns Fluke 105 7 ns Fluke 91 92 96 99 Sensitivity 1 mV to 100 V div to 1 kV div with 10 1 probe Current probe scaling 1 mA div to 100 000 A div Modes A A B B A B A B A x ...

Page 175: ... cycles Delay by events 1 to 1023 events after EXT trigger Cursor Measurements Up to five displayed simultaneously All voltage measurements can be ampere measurements with optional Current Probes Single cursor measurements V at left V at right TRIG to left TRIG to right Dual cursor measurements Hz Vrms VDC mean Vpeak peak V max peak V min peak rise time phase dV dt and 1 dt Measurement readout abs...

Page 176: ...counts values for Vrms AC no DC AC coupled input In AC DC the DC component is included in the measurement result and does not influence the accuracy Full Scale Reading 1000 or 3000 counts Crest Factor Automatic ranging on crest factor overload Common Mode Rejection Ratio 60 dB DC to 60 Hz Additional Meter Mode Measurements FREQUENCY 1 Hz to 5 MHz Resolution 4 digits Accuracy 0 5 2 counts RPM selec...

Page 177: ...he 4 mm banana jack input DC Voltage Ranges 300 mV 3V Accuracy 0 5 5 counts Full Scale Reading 3000 counts Normal Mode Rejection 50 dB at 50 or 60 Hz Common Mode Rejection 100 dB at DC 50 60 or 400 Hz AC or AC DC True RMS Voltage Ranges 300 mV 3V Accuracy DC 50 Hz and 60 Hz valid from 5 of range 2 15 counts OL at 2500 counts in 3V range Full Scale Reading 3000 counts Crest Factor Automatic ranging...

Page 178: ...e as graphs Uses automatic vertical scaling and horizontal time compression for hands free recording from 120 seconds to 40 days full screen Minimum maximum and average full accuracy 16 bit waveforms available to PC interface MEMORIES SAVE OR RECALL Screen all displayed waveforms readings and setup 10 for Fluke 99 and 105 5 for Fluke 96 Waveforms individual waveforms with setting 20 for Fluke 99 a...

Page 179: ... Supply 8 to 20V DC 5W typical via 5 mm jack WARNING THE MINUS VOLTAGE IS CONNECTED TO COMMON WHEN USING A POWER SUPPLY THAT IS NOT DOUBLE INSULATED CONNECT COMMON TO PROTECTIVE GROUNDING Memory back up battery CR2032 save screens waveforms and setups for up to three years after main batteries removed Environmental Temperature Operating 0 C to 50 C Storage 20 C to 70 C Humidity Operating 20 C to 3...

Page 180: ...h 600V rms from any terminal Optical Interface Optically Isolated to 600V rms ACCESSORY INFORMATION Passive Probe 10 1 PM8918 Attenuation x10 Useful Bandwidth 100 MHz Input resistance 10 MΩ Input capacitance 15 pF Cable length 1 5m Max signal Voltage 600V rms Max surge Voltage 6 kV Max Voltage to Ground 600V rms Double insulated per IEC1010 1 for 600V Optically Isolated RS 232 Adapter Cable PM9080...

Page 181: ...083 002 Fluke 105 NiCad Battery Pack installed PM9086 001 Fluke 91 92 96 99 NiCad Battery Pack installed PM9086 002 Fluke 105 Power Adapter Battery Charger four models available Universal Europe 220V 50 Hz PM8907 001 North America 110V 60 Hz PM8907 003 United Kingdom 240V 50 Hz PM8907 004 Universal 115V 230V PM8907 008 Accessory Case Soft C 75 Appendix 10B Parts and Accessories ...

Page 182: ...4 20087 High Voltage Test Pin Grey 5322 264 20088 Mini Test Hook Red 5322 210 70131 Mini Test Hook Grey 5322 210 70129 Trim Screwdriver Red 5322 395 50417 Trim Screwdriver Grey 5322 395 50416 Industrial Alligator Clips PM9084 001 set of two Red and Grey Multimeter Test Lead Set 5322 310 32086 set of two Test Leads Red and Black TL24 set of two Test Pins Red and Black TP20 set of two Industrial All...

Page 183: ...Screwdriver Red 5322 395 50417 Probe Accessory Set PM9094 001 Fluke 92 96 99 105 Adapter Dual Banana Plug to BNC PM9081 001 HF Adapter 2 x Black 5322 263 50193 Adapter Probe Tip to Banana Red 5322 264 20096 Adapter Probe Tip to Banana Grey 5322 264 20097 High Voltage Test Pin Red 5322 264 20087 High Voltage Test Pin Grey 5322 264 20088 Mini Test Hook Red 5322 210 70131 Mini Test Hook Grey 5322 210...

Page 184: ...nual Dutch 4822 872 00652 Users Manual Spanish 4822 872 00645 Users Manual Italian 4822 872 00653 Users Manual Danish 4822 872 00654 Users Manual Norwegian 4822 872 00655 Users Manual Swedish 4822 872 00656 Users Manual Finnish 4822 872 00657 Users Manual Chinese 4822 872 00658 Users Manual Japanese 4822 872 00661 Users Manual Korean 4822 872 00659 Quick Operating Guide 4822 872 00646 ...

Page 185: ... THE AC OUTLET BEFORE CONNECTION TO THE SCOPEMETER TEST TOOL Four versions are used with the ScopeMeter test tool PM8907 001 Universal European line plug 230V 10 PM8907 003 North American line plug 110V 15 PM8907 004 United Kingdom line plug 240V 10 PM8907 008 North American line plug and switchable line voltage 115V 15 or 230V 15 The line frequencies for all units are 50 60 and 400 Hz 10 Appendix...

Page 186: ...setting you need a North American to European line plug adapter Before you connect the PM8907 008 to the local line first check the preselected voltage setting on this unit You can find the voltage selector switch on the bottom of the PM8907 008 If necessary select the corresponding line voltage with the slide switch and ensure that the proper voltage is visible in the window of the slide selector...

Page 187: ...lid interface selection ON serial interface Main Unit Switch Function Setting 1 1 Print mode at power on OFF pica 1 2 ZERO font OFF 1 3 Paper end detector OFF active 1 4 Input buffer ON enabled 1 5 Print mode at power on OFF normal 1 6 International character set ON 1 7 International character set ON 1 8 International character set OFF 2 1 SLCT IN signal ON fixed 2 2 Sheet feeder mode OFF deselect...

Page 188: ... DOWN 11 inch or UP 12 inch 5 Mode select DOWN 6 Character select UP USA II 7 Character select DOWN USA II 8 Character select DOWN USA II RS 232 switch Switch Function Setting 1 Handshake modes DOWN XON XOFF 2 Parity check Data bits DOWN no parity 8 bits 3 Parity check Data bits DOWN no parity 8 bits 4 Baud rate DOWN 9600 baud or UP 1200 baud 5 Baud rate DOWN 9600 baud or UP 1200 baud ...

Page 189: ...t it has been properly recorded on non defective media Fluke does not warrant that software will be error free or operate without interruption Fluke authorized resellers shall extend this warranty on new and unused products to end user customers only but have no authority to extend a greater or different warranty on behalf of Fluke Warranty support is available if product is purchased through a Fl...

Page 190: ...es FOB Shipping Point THIS WARRANTY IS BUYER S SOLE AND EXCLUSIVE REMEDY AND IS IN LIEU OF ALL OTHER WARRANTIES EXPRESS OR IMPLIED INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE FLUKE SHALL NOT BE LIABLE FOR ANY SPECIAL INDIRECT INCIDENTAL OR CONSEQUENTIAL DAMAGES OR LOSSES INCLUDING LOSS OF DATA WHETHER ARISING FROM BREACH OF WARRANTY OR B...

Page 191: ...430 CAP FED Buenos Aires Phone 54 1 522 5248 Fax 54 1 11 1427 Viditec S A Lacarra 234 Buenos Aires CP 1407 Phone 54 1 636 1199 Fax 54 1 636 2185 Australia Philips Customer Support Scientific and Industrial 23 Lakeside Drive Tall Ho Technology Park East Burwrood Victoria 3151 Phone 61 3 881 3666 Fax 61 3 881 3636 Philips Customer Support Scientific and Industrial Block F Centrecourt 34 Waterloo Roa...

Page 192: ...idt Co H K Ltd 1st Floor 323 Jaffe Road Wanchai Phone 852 9223 5623 Fax 852 834 1848 India Philips India Limited Hindustan Times House 18 20 Kasturba Gandhi Marg New Delhi 110001 Phone 91 11 331 8370 Fax 91 11 331 6839 Hinditron Services Pvt Inc 33 44A Raj mahal Vilas Extension 8th Main Road Bangalore 560 080 Phone 91 80 348266 Fax 91 80 345022 Hinditron Services Pvt Inc 1st Floor 17 B Mahal Indus...

Page 193: ...ips Electrical Industries of Pakistan Ltd Islamic Chamber of Commerce Industry Commodity Exchange Bldg St 2 A Block 9 KDA Scheme 5 Clifton Karachi 75600 Phone 92 21 587 4641 49 Fax 92 21 577 035 or 587 4546 Peru Importaciones Representaciones Electronicas S A Jr Pumacahua 955 Lima 11 Phone 51 14 23 5099 Fax 51 14 31 0707 Philippines Spark Electronics Corp P O Box 610 Greenhills Metro Manila 1502 P...

Page 194: ...44 923 240511 Fax 44 923 225067 Uruguay Coasin Uruguaya S A Casilla de Correo 1400 Libertad 2529 Montevideo Phone 598 2 789015 Fax 598 2 797338 Venezuela Coasin C A Calle 9 Con Calle 4 Edif Edinurbi Apartado de Correos Nr 70 136 Los Ruices Caracas 1070 A Phone 58 2 241 0309 or 241 1248 Fax 58 2 241 1939 Vietnam Schmidt Vietnam CO LTD 6 Fl Pedalogical College Bldg Dich Vong KM 8 Highway 32 Tu Liem ...

Page 195: ...l of a waveform Attenuation The decrease in amplitude of a signal Average A processing technique to obtain the average value of a repetitive signal useful to eliminate noise Auto Set Adjusts voltage scale and time base based on the characteristic of the active waveform and automatically produces a stable waveform of usable size Backlight A light that brightens the display useful for improving visi...

Page 196: ...ements that indicate voltage or power comparison in a logaritmic scale Delta Percentage change delta uses the present numerical reading as a relative reference The display then shows a percentage that represents the difference between each new reading and the relative reference Delay Time The time between the trigger event and the real acquisition of the waveform Delta Time dt The change in time T...

Page 197: ...st tool to display a waveform without a trigger Freeze Holds a waveform acquisition freezes the display for closer examination see also Hold Frequency The number of times a waveform repeats in 1 second measured in Hertz Hz where one Hz is one cycle per second Function keys The five blue keys along the top of the keypad They change function based on the present mode or settings Function key definit...

Page 198: ...ial standard settings Maximum Peak The highest voltage value of a waveform Menu A list of choices on the display to select functions via the five function keys Messages On line information for the user provided in situations where there is a conflict Meter Mode In this setting the ScopeMeter test tool works like a digital multimeter presenting information in numerical readings and with a reduced S...

Page 199: ...g a stored Setup Screen or Waveform back into the ScopeMeter test tool Recurrent The ScopeMeter test tool continuously recurrently updates the display This gives a dynamic look at the waveform activity as it occurs Repetitive Pulse A signal with a regular pattern or frequency Rise Time The time between the 10 and 90 points of the first slope after the left cursor of a waveform Rising Slope The par...

Page 200: ...scale time base input coupling and trigger information Trace The displayed waveform that shows the voltage variations of the input signal as a function of time Trigger Determines the beginning point of a waveform Trigger Level The voltage level that a waveform must reach before the ScopeMeter test tool will read in Trigger Slope The voltage direction necessary for the ScopeMeter test tool to begin...

Page 201: ...10G 1 Figure 10G 2 Figure 10G 3 Figure 10G 4 Figure 10G 5 Figure 10G 6 Figure 10G 7 Figure 10G 8 Figure 10G 9 Figure 10G 10 Figure 10G 11 Figure 10G 12 Figure 10G 13 Figure 10G 14 Figure 10G 15 NOTE Troughout this manual an trough a model number indicates that the function being discussed does not apply to that specific model number 91 Appendix 10G Menu Map ...

Page 202: ...10 32 91 92 96 99 105 Users Manual Figure 10G 1 SCOPE menu Figure 10G 2 METER menu MORE SCOPE RECURRENT SINGLE ZERO GLITCH DETECT CURSOR READING MORE METER ALERT ZERO FAST SMOOTH RESET READING ...

Page 203: ...Appendixes 10 33 Figure 10G 3 menu Figure 10G 4 Menu MORE OHM ALERT ZERO FAST SMOOTH RESET READING MORE DIODE ALERT ZERO FAST SMOOTH RESET READING ...

Page 204: ...10 34 91 92 96 99 105 Users Manual Figure 10G 5 EXT mV menu MORE EXT mV ALERT ZERO FAST SMOOTH RESET READING ...

Page 205: ...Appendixes 10 35 Figure 10G 6a MEASURE menu MORE MEASURE V dB TIME Hz See Figure 10G 6b ...

Page 206: ...10 36 91 92 96 99 105 Users Manual Figure 10G 6b MEASURE menu MORE MEASURE V dB TIME Hz See Figure 10G 6a ...

Page 207: ...10G 7 INPUT A menu Figure 10G 8 INPUT B menu MORE INPUT A DISPLAY INPUT A GND AC DC GLITCH DETECT PROBE A MENU In Scope Mode GND AC DC In Meter Mode COUPLING AC DC MORE INPUT B DISPLAY INPUT B GND AC DC A B A B PROBE B MENU 91 ...

Page 208: ...8 91 92 96 99 105 Users Manual Figure 10G 9 TRIGGER menu Figure 10G 10 SAVE menu MORE TRIGGER SLOPE SLOPE TIME DELAY ADJUST LEVEL AUTO LEVEL MORE SAVE SAVE SCREEN SAVE WAVEFORMS SAVE SETUP DELETE MENU 92 91 ...

Page 209: ...Appendixes 10 39 Figure 10G 11 RECALL menu MORE RECALL RECALL SCREEN RECALL WAVEFORM RECALL SETUP CLEAR WAVEFORM USE SCREEN EXIT SCREEN PREVIOUS SCREEN NEXT SCREEN 92 91 ...

Page 210: ... 99 105 Users Manual Figure 10G 12a USER OPTIONS menu MORE OPTIONS MENU MENU MENU MENU See Figure 10G 12b RESET DISPLAY PRINTER PROBES NOTE For RESET menu DISPLAY menu PRINTER menu and PROBES menu see Figure 10G 12b ...

Page 211: ...Appendixes 10 41 Figure 10G 12b USER OPTIONS menu MORE OPTIONS MENU MENU MENU MENU See Figure 10G 12a RESET DISPLAY PRINTER PROBES ...

Page 212: ...10 42 91 92 96 99 105 Users Manual Figure 10G 13 SPECIAL FUNCTION menu MENU TEST MENU GENERATE MATH COMP 92 91 96 ...

Page 213: ...Appendixes 10 43 Figure 10G 14 menu Figure 10G 15 INFO menu CANCEL PAGE UP PAGE DOWN SELECT EXIT INFO PREVIOUS PAGE NEXT PAGE ABOUT INFO ...

Page 214: ... Measurement 8 9 Adapter Cable 1 7 6 14 Adapting the Display 5 16 Add 5 15 6 11 8 33 Add Main Reading 4 12 6 3 Adjust Level 5 13 Adjusting the Amplitude 5 4 Alert 4 5 4 11 Alkaline C Cells 10 8 Alligator Clips 10 12 Altitude 10 9 Ampere Scaling 10 7 Amplitude 5 4 Auto Level 5 13 Auto Range 4 7 Auto Set 2 5 6 21 8 10 Auto Set Configuration 6 20 Automotive Adapter 1 4 Average 5 10 8 7 8 25 10 4 Aver...

Page 215: ...mmon Mode Rejection 10 5 10 7 Component Test 6 17 10 8 Computer Interface 1 7 Connections 1 7 3 2 4 2 5 2 Continuity 3 4 Continuity Test 3 2 Continuous Auto Set 2 5 5 3 10 4 Continuous Auto Set Configuration 6 20 Contrast 2 3 10 8 Controlling the inputs A and B 5 3 Copying Waveforms 6 8 Crest Factor 10 6 10 7 Current Measurement 7 4 Current Probe 7 4 10 7 Cursor Amplitude Voltage Measurements 8 26...

Page 216: ...III Electro Magnetic Interference 10 9 Envelope 5 14 Environmental 10 9 Environmental Data 10 3 Epson FX LQ 10 17 Error messages 1 13 Events 5 13 10 5 External mV Mode 4 6 10 7 External Trigger 5 12 F Fast Refresh Rate 4 11 Fault Protection VIII Features 1 2 Filter 6 13 8 36 Freeze 4 10 Frequency 3 8 6 5 8 29 10 6 Frequency Measurements 3 9 Function Keys 1 11 Fuses 9 5 G Generator 6 17 10 8 Glitch...

Page 217: ...ypad 1 10 L Level 5 13 Limitation of Liability 10 19 Low Frequency Measurements 1 7 8 17 Low Frequency Voltage Measurements 8 5 M Main Display 1 9 Main Mode 4 3 Main Reading 6 4 Manual Range 4 5 4 7 8 7 Markers 6 3 10 5 Master Reset 2 4 6 19 Math Functions 6 11 7 7 8 32 Mathematics 10 5 Maximum 8 6 Measure Menu 3 3 10 4 Measurement Connections 4 2 Measurements 6 3 Mechanical 10 9 Memories 10 8 Mem...

Page 218: ...On Line Information 1 13 Optical Interface 1 7 6 14 10 9 Ordering Measurement Readings 3 10 Overload Protection 10 9 P Parts 10 10 PC Interface 10 10 Percent Change 4 13 Percent of Scale 4 13 Persistence 5 16 6 16 Phase 3 11 6 5 Phase Measurement 7 12 Positioning the Waveform 5 6 Potentiometer Testing 8 4 Power Adapter 1 4 10 15 Power Measurements 3 9 7 7 Powering 1 4 Print Options 6 14 Printer 6 ...

Page 219: ...ll 5 5 10 4 Roll Mode 8 19 RPM 10 6 RPM 1 3 8 RPM 2 3 8 RS 232 1 8 6 14 RS 232 Adapter 10 10 S Safety VIII 10 10 Safety Characteristics 10 3 Safety Protection X Save 10 8 Save Waveform 6 7 Saving a Screen 6 7 Saving a Setup 6 7 Saving Battery Life 1 6 Scale Result 6 11 8 34 8 35 8 36 Scaling 4 12 6 3 Scaling the Display 6 11 Scope 4 3 Scope Display 1 9 Scope Mode 1 7 Scope Operations 2 13 2 14 2 1...

Page 220: ... Potentiometers 8 4 Three Lead Connection IX Three Phase X Three Phase Measurement 7 9 Tilt Stand 1 3 Time Base 5 5 Time Delay 5 13 8 12 Time Measurements 3 9 8 29 Time Stamp 8 7 Top Display 1 9 Touch Hold 4 8 10 7 Trace Quality 5 16 Trace Start 5 12 Trend Plot 4 9 8 7 10 7 TRIG to left 3 11 6 5 TRIG to right 3 11 6 5 Trigger 10 5 Trigger Basics 5 11 Trigger Delay 5 13 Trigger Icon 5 4 Trigger Lev...

Page 221: ...s AC 3 5 Vrms AC no DC 3 10 8 9 Vrms AC DC 3 5 8 10 W Wait for Trigger 5 12 8 17 Warning And Caution Statements VIII Warranty 10 19 Watt 3 11 10 6 WATT AC no DC 3 11 WATT AC DC 3 11 Waveform Area 1 9 Waveform Generator 1 7 Waveform Math Functions 6 11 Waveforms 6 7 10 8 Window 1 11 Window Display 1 9 Y Yellow Holster 1 3 10 11 Z Zero 4 12 8 28 Zero 4 13 Zoom 5 7 8 24 10 5 ...

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