Fluke 93 - Page 85

4
-16
PERFORMANCE
VERIFICATION PROCEDURE
4.3 STANDARD PERFORMANCE VERIFICATION PROCEDURE
SUMMARY
This table provides an overview of all steps
In
the Standard
Performance Verification Procedure. It Is
intended to be used as a reference for frequent users. For details
on
how
to
perform
each Standard
Performance Verification Procedure
step, refer to section 4.2.
SCOPE PART
STEP SIGNAL
SIGNAL SCOPEMETER REQUIRED
SOURCE AMPUFREQ INPUTS
1
. .
No interrupted lirres
2
- - •
No interrupted lines
3
- - -
Traces on mid screen
4 Fluke 51 OOB 212.1
mV(RWS)/1 kHz (sine) A Amplitude: 5.68...6.12dlv.
300 mV/DC A Diet mid
screen end
trace:
2.94...3.06 div.
5
Fluke
51
OOB
300mV/0C B Dist mid screen and trace: 2.94...3.06 div.
212.1 mV(RMS)/1 kHz (sine) B Amplitude; 5.
88...6. 12 div.
6 Fluke 5100B 3V/DC
B Dst mid screen and trace: 2.94...3. 06 div.
6V(pp)/1 kHz (sine) B Amplitude: §,63...6. 12 div.
7 Fluke 51 OOB 30V/DC
B Dist
mid
screen and trace: 2.94.. .3.06 div.
60V(pp)/1 kHz (sine) B Amplitude: 5.88. 6. 1 2 div.
8 Tek PG 506 0.5V/1 MHz
(fasi rise/square
wa^^e)
B (son term) Rise
time:
<0.7 div.
9 Tek PG 506 0.5V/1 MHz
(fasi rise/sguare
wasre)
A (son term) Rise time: <0.7 div.
10
Tek
SG 503 120 mV(pp)/50 kHz (sine) A (50n term) Adjust amplitude to 6 div.
11 Tek SG 503 120mV(pp)/5QMHz (atne) A(50n term) Amplftudet > 4.2
div.
12
Tek
SG 503 120
mV(pp)/50
kHz (sine) B(50n term) Adjust amplitude to 6 div.
13 Tek SG 503 12OmV(pp)/50 MHz (sine)
8
(50n term) Amplitude: > 4.2 div.
14 Tek SG 503
^500
mV(pp)/1 OO MHz (sine) B
(50n
term) Weil triggered
signal
*100
mV(pp)/60 MHz (Sine) Well triggered signal
IS Tek SG 503 300 mV(pp)/10 MHz (sine)
8
(^term) Triggered on falling edge
16 Tek SG 503
300 mV(pp)/10 MHz (sine) A (50n
term) Triggered
on falling edge
17 Tek SG 503
*500
mV(pp)/100 MHz (sine) A (5012 term) Well triggered signal
*100
mV(pp)/60
MHz (sine)
Well
triggered
signal
18 Tek TG SOI 1V(pp)/1
fis
(marker) A
(5012
term) Markers
on lines
(tolerance ±
1
pixel ^±0.04 dtv.)
19 PM 5134 1.2V/1 kHz (Bine)
(pp)
A& EXT
Well triggered
signal
on 1.4V/DC (both son term)
20 PM 5134 800 mV(pp)/2 kHz (sine) A& B
(both son term)
Line with angle
45^
displayed on screen
21
-
- •
Trace jumps < 0.1 div. when switching
22
- •
between setting 21 and 22 .
METER PART
STEP SIGNAL SIGNAL
1
SCDPEMETER 1 REQUIRED
SOURCE AMPL/FftEO
1
INPUTS
1 Fluke 5100B 300 mV/DC A 298.0...302.0 mV
300mV(RMS)/l kHz 292.5„.307.5 mV
3V/DC 2.960...3.020V
3V(RMSyi kHz
2.925. .3.075V
30V/DC 29.80.. .30 .20V
1
30V(RM5)/1 kHz 29.25,, .30 .75V
Fluke 51
OOB 300 mV/DC banana 298.2. .301.8 mV
3V/DC 2982...3.018V
Fluke 51 OOB looa banana 99.00...101.0Q
10M12 9.900...10.10M12
RukeSIOOB 1 kQ banana a420...0.589V
5 TekTG 501 1 V(pp)/1 ms (marker) A (5012 term) Stable oscilloscope picture
Frequency displayed: 993,-1007
Hz.