Kenwood CS-6020 Instruction Manual page 5

S W E E P
T y p e T y p e T y p e T y p e T y p e A
A INT B
A L T
B
X - Y
S w e e p Time S w e e p Time A
B
S w e e p Magnification
Linearity
Holdoff
Trace Separation
Delay Method
Delay Time
Trigger Count
Delay A c c u r a c y
Delay Jitter
T R I G G E R I N G
A Trigger Modes
A Trigger A Trigger A Trigger A Trigger A Trigger A Trigger
V . M O D E
Source Source Source Source Source Source
cm
C H 2
C H 3
C H 4
LINE
A Trigger Coupling
A Trigger Level
A Trigger Polarity
B Trigger Modes
B Trigger B Trigger B Trigger B Trigger CH1
Source Source Source Source
C H 2
C H 3
C H 4
B Trigger Coupling
B Trigger Level
B Trigger Polarity
Trigger Sensitivity Trigger Sensitivity Trigger Sensitivity Trigger Sensitivity Trigger Sensitivity Trigger Sensitivity Trigger Sensitivity
COUPLING
DC
A C
N O I S E R E J
H F R E J
T V F R A M E
T V L I N E
A U T O : Same as above specification
C S - 6 0 2 0
B s w e e p waveform is displayed as an intensified portion of the A s w e e p .
A sweep (intensified for duration of B sweep) and B s w e e p (delayed sweep) alternating
20 ns/div to 0 . 5 s/div, ± 2 % (10 ° C to 3 5 ° C ) , in 2 3 ranges, in 1-2-5 sequence
Vernier control provides fully adjustable s w e e p time all ranges.
20 ns/div to 5 ms/div, ± 2 % (10 ° C to 3 5 ° C ) , in 17 ranges, in 1-2-5 sequence
Vernier control provides fully adjustable s w e e p time all ranges.
20 ns/div to 0 . 5 s/div : ± 3 % ( ± 5 % , at x 1 0 M A G )
Continuously variable for A s w e e p from NORM to more than five times
B s w e e p can be separated from A s w e e p up to 4 divisions d o w n w a r d ,
Continuous delay, Trigger delay and Trigger count
Continuous delay, Trigger delay ; 0 . 2 to 10 times of A S W E E P T I M E / D I V set value
1 to 1,000 count, Max. usable frequency; 10 MHz
± ( 1 % of set value + 2 % of fullscale) - (0 to 1 0 0 ns)
1 / 2 0 , 0 0 0 (A s w e e p : at 1 ms/div, B s w e e p : at 1 jis/div)
Triggered by input signal selected with V E R T I C A L M O D E selector
A C , N O I S E R E J , H F R E J , D C , T V F R A M E , T V
Sterts After Delay, B Triggerable After
Delay and T R I G C O U N T
F R E Q U E N C Y R A N G E
DC to 5 0 MHz
DC to 1 5 0 MHz
20 Hz to 5 0 MHz
2 0 Hz to 1 5 0 MHz
Increased minimum s y n c amplitude for above 3 0 kHz.
for above 5 0 Hz
A s w e e p
B s w e e p
X - Y oscilloscope
x 10 (ten times) ± 5 % (A and B)
continuously adjustable.
( 5 , 0 0 0 count fullscale)
A U T O , N O R M , S I N G L E , F I X
Triggered by C H 1 vertical axis input signal
Triggered by C H 2 vertical axis input signal
Triggered by C H 3 vertical axis input signal
Triggered by C H 4 vertical axis input signal
Triggered by line frequency
± 9 0 ° adjustable
• + / -
Sterts After Delay, B Triggerable After
Triggered by C H 1 vertical axis input signal
Triggered by C H 2 vertical axis input signal
Triggered by C H S vertical axis input signal
Triggered by C H 4 vertical axis input signal
A C , N O I S E R E J , H F R E J , D C , T V
± 9 0 ° adjustable
+ / -
MINIMUM S Y N C
F R E Q U E N C Y R A N G E
A M P L I T U D E
1 div DC to 5 0 MHz
1.5 div DC to 1 0 0 MHz
1 div 20 Hz to 5 0 MHz
1.5 div 20 Hz to 1 0 0 MHz
T w o times of minimum s y n c amplitude.
1 div ( 1 4 0 IRE)
1 div ( 1 4 0 IRE)
F I X : Same as above specification for above 4 0 Hz.
C S - 6 0 1 0
-
LINE
Delay
LINE
MINIMUM S Y N C
A M P L I T U D E
1 div
1.5 div
1 div
1.5 div
5