Fluke ScopeMeter 199C Bedienungsanleitung

Operation of Fluke 199C Oscilloscope:

Automatic Operation: This is the simplest and quickest way to capture a

signal, knowing little about what you are measuring.

A. Turn scope on – circular button in lower left hand corner.

B. Push the yellow button labeled “Scope”.

C. Press the lime green Auto/Manual button.

D. Connect to where you wish to measure.

1. The oscilloscope will auto-range to the correct voltage range, time

scale, etc. The trigger will go to “Auto Level”, and the trigger mode

will go to “Automatic”.

2. Adjustments may be made from that point, such as changing the time

scale, voltage scale, readings, using cursors and using screen capture.

Use of “Screen Replay”

A. The scope meter will (automatically) capture up to 100 of the most recent

scope screens. (This is the case whether triggering for the scope is set to

automatic trigger, one shot, or “on trigger”. Each refresh will result in a

screen stored in the memory.)

B. To look at what has been saved, press the “Replay” button.

1. A control panel will appear at the bottom of the screen, allowing you

to scroll through each screen one at a time for a close look, scroll back

one at a time, or hit play and rapidly go through all of the replay

screens.

2. On any recalled screens you may use the cursors and zoom functions

to get a better look at the waveform.

3. Individual Screens may be saved to one of the 15 memory positions.

C. If any scope adjustments are made (time scale, voltage scale, trigger

level, etc), everything previously captured by the replay memory will be

lost.

Use of the Scope Memory

A. Press the light blue “hold/run” button to freeze the scope screen. The

word “Hold” will appear in a box in the upper right hand side of the

scope screen.

B. Press the “Save/Print” button on the lower right had side of the scope

control panel. The memory menu will appear across the lower portion of

the display.

C. Press the F1 button directly below the word “Save”. A sub-menu will

appear. Showing all of the available “screen + setup” and

“record + setup” positions.

D. Using the up and down/left and right arrowed buttons on the scope

control panel, highlight the position where you wish to save the screen

shot, and then press the F4 button to save the capture in that specific

memory position.

E. If there was already something in the memory, denoted by the box in

front of the memory position being filled in, you will be asked whether

you wish to overwrite the data in that memory position.

F. To later recall and view what you have stored, press the “Save/Print”

button. The memory menu will appear across the lower portion of the

display.

G. Press the F2 button below the “Recall” designation, or the F4 button

below the “View” designation.

Downloading Saved Screens to a File or Document

A. Connect the scope to your computer via the optical coupler supplied with

the scope meter.

B. Open Fluke View. The softwear will automatically prompt you about

your desire to connect to the Instrument.

C. Turn on the Scope Meter.

D. Click on the “Connect” button on the computer screen.

E. Once connected, the buttons across the top of the computer screen will

light up.

F. To download the screen displayed on the Scope Meter into Flukeview,

select the button with the picture of a camera on it. The screen will

download and appear.

G. Alternatively, you may download the Scope Meter capture as a waveform

by using the waveform button.

H. The screen/file may now be saved as you would any file, but it will have

a file extension ”fvf”, making it only viewable with Flukeview.

Alternatively, you may copy the graphics via the edit dropdown, and past

the picture to another document.

Capturing Fencer and Trainer Transients.

A. Basic Setup: Scope.

3. Turn scope on – circular button in lower left hand corner.

4. Push the yellow button labeled “Scope”.

a. A blue set of options will show up along the bottom the screen

b. Push the F1 button to turn reading on and off. Turn them off.

c. Push the F4 button for Waveform Options. Another screen will

open up.

d. On the new screen, push the up and down arrows to alternatively

turn Glitch detect on and off. Turn Glitch detect ON

e. Use the side arrow to “Average”. Use the up/down arrows to Turn

Average OFF.

f. Use the side arrow to move to “Waveform”. Use the up/down

arrows highlight normal, and then press enter (Button F4) to

activate “Normal”.

g. Push the circular “Clear Menu” button to remove the blue menu

from the screen.

5. Input to Channel A:

a. Push the square “A” button to turn on the channel A menu. A blue

menu will appear at the bottom of the screen.

b. Alternately pushing the F1 button will turn input A on and off.

Turn input A on.

c. Alternately pushing the F2 button will alternate the coupling

between DC (direct coupling) and AC. Turn on DC.

d. Generally we will be using the 1:1 probe. Pushing the F3 button

will open up the probe menu.

1) From the open probe menu, use the up and down arrows to

highlight “Voltage” under probe type. Then pressing the F4

Enter button will select the highlighted voltage probe selection.

2) Pressing the Enter button in step 1) automatically moves you to

the “Attenuation” portion of the menu. Use the up/down

arrows to highlight “10:1”, and press the F4 enter button to

select the 1:1 attenuation. You will then be automatically

returned to the main input A menu.

e. Press F4 for other Input A Options. Another submenu will be

opened.

1) Use the up/down arrows to highlight “Normal” polarity. Then

press the F4 enter button the select Normal.

2) You will be automatically be moved to the “bandwidth”

submenu portion of the screen. Use the up/down arrows to

highlight “Full”, and press F4 Enter. This will close out the

submenu, and return you to the Input A menu.

f. Press the round “Clear Menu” button to clear the menu.

6. Trigger Menu.

a. Press the rectangular “Trigger” button to open the trigger menu.

b. Pressing the F1 button will scroll you through the “Edge Trig”

selections. Highlight A.

c. Pressing the F2 button will alternate you between the positive and

the negative Slope option. Highlight the left “positive” slope.

d. The trigger level is denoted black mark in the middle of the screen.

Use the up/down arrows to adjust.

e. Push the F4 button to open the “Trigger Options” submenu.

1) Use the Up/Down arrows to highlight “On Edges” selection

under trigger options.

2) Pressing the F4 Enter button will make that selection, and

automatically bring up the Trigger on Edge submenu. Use the

up/down arrows to highlight “single shot”, and press F4 enter

to select single shot.

3) You will be automatically moved over to Noise Rejection Filter

submenu. Use the up/down arrows to highlight OFF, press

F4 Enter to select, and you will automatically be brought back

to the main trigger menu.

f. Press the Clear Menu button to clear the trigger menu.

7. Input to Channel B Input.

a. Press the square B button. The Input B menu will appear.

b. Press the F1 Input B button to alternately turn the B input on and

off. Turn it off.

c. The rest of the menu and submenus behave the same as for the A

input. There is no need to set these unless you would be using the

B input. Press the Clear Menu button to clear the trigger menu.

d. Press the Clear Menu button to clear the trigger menu.

B. Saving the Setup.

1. You only have to go through the above once. This setup can be

saved.

2. Press the round “Save/Print” button to open the save menu.

3. Press F1 to open the Save submenu.

4. Use the up/down arrows to highlight the location (out of 15 choices)

where you wish to save the setup. (The active screen goes with it.)

5. Press F4 save, and your setup and the screen that was on the scope

will be saved in the location you selected.

C. Recalling a Setup.

1. Press the round “Save/Print” button to open the save menu.

2. Press the F2 Recall button.

3. Use the up/down arrows to highlight the location (out of 15 choices)

where you saved the setup.

4. Press F2 Recall Setup button to recall you saved setup.

5. You will be automatically be brought to a screen w/ your setup.

D. To capture a series of fencer transients.

1. Attach you 1:1 probes to the Input A connector.

2. Turn on the scope.

3. Connect the probe between the two points of the selected cow contact

location, preferable at close to (in) the location and w/o other wires

attached to the location.

4. You will have to adjust the trigger level, voltage scale, and time scale

to capture what you want.

a. Start with the voltage scale set to 1 Volt per division, the time scale

set at 1 second per division, and the trigger set around a couple of

volts. (Use the 1 second per division scale because the fencers

generally put out 1 pulse per second, making it easy to identify that

what you are capturing is a fencer or trainer transient.)

b. If nothing shows up, open the trigger menu by pressing the

rectangular Trigger button.

1) Use the up/down arrows to adjust the trigger level until you

get something.

2) If you still get nothing, change the voltage scale by pushing the

Input A Range button to change the scale to higher or lower

values. Note the scale per division changes in the red box on

the lower left side of the screen.

c. If the screen is overloaded, with signals appearing off screen,

change the input scale by pushing the Range button to raise the

scale. Raise it until the entire signal appears on the screen.

5. Press the Clear Menu button to clear the trigger menu, once you are

satisfied w/ your snapshot.

6. To save the screen, press the Save/Print button, press F1 to open the

save menu, use the up/down arrows to highlight the location you

wish to save the screen, and press save. Press the Clear Menu button

to clear the Save/Print menu. You are now ready to go again.

7. Because you are set up for single shot capture, the scope will capture

any signal where the trigger level is exceeded. It will then stop, and

HOLD will appear in the upper right corner of the screen. If you are

satisfied w/ the screen, you can save it as described above. If not,

you can adjust your scale and trigger settings, press the rectangular

“Hold/Run” button, and the scope is ready to go again. Regardless,

if the Hold signal appears on the screen in the upper right hand

corner, you can rearm the scope by pressing the Hold/Run button.

E. To look at an individual fencer transient.

1. Once you have captured a series of fencer or trainer transients, you

can leave the voltage scale and trigger level alone.

2. The time scale can be adjusted up or down by rocking the rectangular

“Time” button.

3. Change the scale down to a point where you can identify the up and

down undulations (like that word?) on the screen which will enable

you to determine the Phase duration. On the Fluke 199C, you can

change the time scale all the way down to 5 nanoseconds/ division

(ns) and still have the glitch detect activated.

8. Once you capture a signal you are happy w/ by alternately pressing

the hold/run button and changing the time scale, (and voltage scale as

necessary), you can save the screen as previously described. Press

the Save/Print button, press F1 to open the save menu, use the

up/down arrows to highlight the location you wish to save the

screen, and press save. Press the Clear Menu button to clear the

Save/Print menu. You are now ready to go again.

F. Printing Saved Screens.

1. There are several ways to handle the saved screens to save them to a

file and include them in reports. They all start by opening the

Flukeview Softwear.

2. Word

a. Connect you scopemeter to the computer using the fiberoptic

connection cable.

b. Recall you saved scope shot on the scopemeter.

c. Going to the Program Menu on your computer, you can open up

“Qreport” to automatically open up a “Fluke ScopeMeter Test

Report” blank document.

d. In the upper right hand corner is the picture of a camera. Click on

the camera, and the computer will automatically connect to the

scopemeter connected to the Com Port 1.

e. The computer will automatically bring the active screen from the

scope, and insert it into the work document. You can then finish

filling out the report by inserting the name, etc. You can then save

the document as you would any word document.

3. Bringing the saved screen into Flukeview.

a. Going to the Program Menu on your computer, you can click on

“Flukeview” to open up the “Flukeview” softwear.

b. If the scope meter was already connected to the Com Port 1, the

scope will automatically be connected to Flukeview. Otherwise,

you can connect to the scope by clicking on the connection icon in

the upper right hand corner of flukeview softwear.

c. Clicking on the camera icon will bring in the active scopemeter

screen to the Flukeview softwear. Clicking on the camera w/ the

question mark will let you bring in screens from the memory

locations.

d. Once in Flukeview, you may:

1) Save the screens as bitmap or fvf files at a location of your

choosing. (FVF files are for Flukeview, and can only be

viewed by the softwear. A BMP is better.)

2) You can also transfer the displayed (and highlighted) screen to

a word document by first going to the Window Drop Down

Menu and highlighting “Default Size” (to maintain

resolution), then click on the “Copy the Graphics to the

Clipboard” icon, (or go to the Edit drop down menu and click

on “Copy Graphics”), open a Word document, and then pasting

the graphics from the clipboard to the word document. You can

then add whatever description you wish.

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