Kenwood CS-6020 Instruction Manual page 6

Jitter
I N T E N S I T Y M O D U L A T I O N
Input signal
Input Impedance
Usable Frequency Range
A Maximum Input Voltage
V E R T I C A L A X I S O U T P U T (CH1 only)
Output voltage
Output Impedance
Frequency Response
T R A C E R O T A T I O N
C A L I B R A T I O N V O L T A G E
R E A D O U T
Calendar
Set Value
Cursor Mode Cursor Mode Cursor Mode Cursor Mode AV1
AV2
AT
MAT
Cursor Cursor Cursor Resolution
Meas- Meas- Meas-
Measurement
urement urement urement
accuracy
Measurement range
P O W E R R E Q U I R E M E N T
Line Voltage
Line Frequency
Power Consumption
D I M E N S I O N S ( W x H x D )
W E I G H T
E N V I R O N M E N T A L
Within Specifications
Full Operation
A C C E S S O R I E S S U P P L I E D
Probe
Replacement Fuse
Instruction Manual
* Circuit and rating are subject to change without notice due to developments in technology.
C S - 6 0 2 0
0 . 5 nsec or less at 1 5 0 MHz at 2 ns/div
s w e e p rate ( x 1 0 M A G on)
T T L level (more than 2 Vp-p), positive voltage decreases brightness
Approx. 5 0 mVp-p/div (into 5 0 0 load)
1 0 0 Hz to 1 5 0 MHz, within - 3 dB
(at into 5 0 0)
Electrical, adjustable from front panel
1 V p-p ± 1 %, Positive square w a v e , 1 kHz ± 3 %
Year/Month/Day/O'clock/Minute
Clock a c c u r a c y ; ± 2 min./month
Battery life: About 3 0 , 0 0 0 hours (at room temperature)
CH1 — C H 4 scale factor (with probe detec-
tion), GND, A C / D C , V - U N C A L , A D D ,
I N V E R T , B W , A and B s w e e p scale factor
(magnification conversion),
S W E E P V E R I A B L E U N C A L , X - Y ( C H 2 - X ) ,
D E L A Y T I M E , T R I G . C O U N T
Voltage difference between AREF and ^ c u r s o r s on a C H 1 scale factor basis
Voltage difference between ziREF and zlcursors on a C H 2 scale factor basis
Time difference between zlREF and Zlcursors on the basis of s w e e p scale factor
Frequency between zlREF and zlcursors on the basis of s w e e p scale factor
R A T I O : Voltage ratio and time ratio between AREF and zlcursors, supposing 5-division
on the C R T as 1 0 0 %
P H A S E : Phase difference between zlREF and zlcursors, supposing 5-division on the C R T
as 3 6 0 °
Vertical direction: ± 3.6 div or more from the C R T center
Horizontal direction: ± 4 . 6 div or more from the C R T center
1 0 0 V / 1 2 0 V / 2 2 0 V / 2 4 0 V A C ± 1 0 %
3 1 0 ( 3 3 2 ) x 1 5 0 ( 1 6 3 ) x 4 0 0 ( 4 4 8 ) mm
( ) dimensions include protrusion from basic outline dimensions
1 0 ° C to 3 5 ° C , 8 5 % m a x . relative humidity
0 ° C to 4 0 ° C , 8 5 % m a x . relative humidity
P C - 3 1 ( R E A D O U T compatible probe) x 2
Attenuation
Input impedance
0 . 5 nsec or less at 1 0 0 MHz at 2 ns/div
s w e e p rate ( x 1 0 M A G on)
Approx. 10 kfl
DC to 10 MHz
5 0 V (DC + A C peak)
Approx. 5 0 0
1 0 0 Hz to 1 0 0 MHz, within - 3 dB
(at into 5 0 fi)
C H 1 — C H 4 scale factor (with probe detec-
tion), G N D , A C / D C , V - U N C A L , A D D ,
I N V E R T , B W , A and B s w e e p scale factor
(magnification conversion),
S W E E P V E R I A B L E U N C A L , X - Y ( C H 2 - X ) ,
D E L A Y T I M E
10 bits
± 3 %
5 0 / 6 0 Hz
Maximum 7 5 W
Approx. 9.6 kg
1/10
1 0 Mfi + 1 % , 14 pF + 1 0 %
1.2 A x 2 , 0 . 8 A x 2
1
C S - 6 0 1 0