带宽100MHz 双通道 CRT读出
The major features are:
(1) Measurement information display
The measurement information including the sweep speed, thedelay time, the IJNCAL
display, and the voltage sensitivity ofthe vertical axis (V-1065 ,V-1065C and
V-665 only) is alpha-numerically displayed on the CRT.
Since troublesome setting operation procedures are eliminat-ed, an operator can
concentrate on the displayed data formeasurement.
(2) Measurement value display (V-1065, V-1065C, V-665 only)
The distance between the two cursors displayed can read out the following;
△V : Voltage between the reference cursor and the deltacursor
△T : Time between the reference cursor and the deltacursor
1/△T: Reciprocal of the time
The displayed data eliminates troublesome and time consumingcalculation
procedures. Moreover, miscalculation of thescales is completely avoided.
(3) Automatic time base range setting
At a press of the AUTO button, an optimum time base range is automatically
set.(A signal period from 1.6 to 4 cyclesapprox. is displayed.)The time base
range is automatically changed to a correspond-ing change in input signal
period.
(4) Trigger lock
Since complicated pulse train waveforms are hard to trigger on, performing the
trigger lock function enables sweep independent triggering. The "sweep time
plus holdoff time"is fixed and a stable trigger is obtained at any time
range.
(5) Bandwidth
V-1065,V-1065C,: DC-100 MHz from 5 V/div to S mv/div
V-1060 DC-20 MHz at 2 mV/div
V-665, V-660 : DC-60 MHz from 5 V/div to S mv/div
(6) High sensitivity
DC-10 MHz at 2 mv/divHigh sensitivity of 2 mV/div is provided.
(7) Internal graticule
Internal graticule lines eliminate parallax-viewing errorbetween the trace and
the graticule lines.
(8) Delayed sweep
With delayed sweep, a portion of the signal can be magnifined for more accurate
measurement and the windows of delayed sweep(B) is indicated on the main
sweep(A) with cursors.
(9)Auto trigger level
Auto measuring of trigger level is employed, so that trigger level range is
mathed to the trigger signal for maximum trigger sensitivity and stability.
(10)TV triggering
Exclusive TV sync separator circuit technology provides stable TV signal
measurements on fields, frames and lines.
Specifications
(A) Frequency counter
1.1 Specifications
Measuring signal : Measure the signal selected as atrigger signal by the TRIG
SOURCEOR X switch.
Measuring range : 20 Hz to 100 MHz
Accuracy of reference signal : 100 ppM (15 to 35°C)
Measuring range | Display format | Resolution | Accuracy |
20Hz≤f<100Hz | 99.99Hz | 0.01Hz | Ref.signal ±1 LSD |
100Hz≤f<1kHz | 999.9Hz | 1.0Hz Max | |
1kHz≤f<10kHz | 9.999Hz | 0.002Hz Max | |
10kHz≤f<100kHz | 99.99Hz | 0.04Hz Max | |
100kHz≤f<1MHz | 999.9Hz | 0.1Hz | |
1MHz≤f<10MHz | 9.999Hz | 0.002Hz Max | |
10MHz≤f<100MHz | 99.99Hz | 0.01Hz | |
100MHz≤f | (999.9Hz) | Not specified |
1 .2 Frequency measurement
When MEASURE is selected by the SELECTOR switch, the AV cursor is
displayed on CRT. Then press the SELECTOR switchthree times to display FREQ at
the upper part of CRT.
The frequency counter is interlocked with the triggering andthe
measurement starts from the triggering point.
Consequently, any special frequency having complex waveformscan be
measured by changing the trigger level.
For example, when a signal as illustrated below is applied,the frequency
of the entire waveforms can be measured whentriggered at point A. When triggered
at point B, thefrequency of a pulse with large amplitude can be measured.
Note : When not triggered, the measurement can not be per-formed, since the counter is interlocked with thetriggering. In the non-triggering mode or in case ofthe input signal less than 20 Hz, the message"FREQ..." is displayed.
(B) Memory backup
The panel setting data is retained for move than 48 hour safter turning off
power. It is not needed to perform thesame panel settings again even on the day
after tomorrow.
(C) Other specifications
Same with those of the V-1065.
●CRT | V-1065/V-1065C | V-1060 | V-665 | V-660 | ||||||||||||
Graticule | 6-inch screen with internal graticule 0%, 10%, 90% and 100%
markers 8x10 DIV(1DIV=1cm) |
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Phosphor | P31 | |||||||||||||||
External intensity modulation | Coupling: DC coupling Voltage: 5V or more Maximum input voltage: 30V (DC+AC peak) or 30Vp-p AC at 1kHz or less Bandwidth: DC to 5MHz |
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●Vertical deflection system | ||||||||||||||||
Sensitivity | 2mV/DIV to 5V/DIV ±3%(switchable in 11 steps) Continuously variable | |||||||||||||||
Bandwidth | DC to 100MHz -3dB 2mV/DIV: DC to 20MHz -3dB AC low pass: 10Hz |
60MHz 10MHz |
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Rise time | 3.5 ns apporx. 2mV/DIV: 17.5 ns approx. |
5.9ns approx. | ||||||||||||||
Delay time | Leading edge can be monitoed | 35ns approx. | ||||||||||||||
Maximum input voltage | 400V(DC+AC peak)at 1 kHz or less | |||||||||||||||
Input coupling | AC, DC, GND | |||||||||||||||
Input impedance | 1M ohms ±1.5%, 23pF ±3pF | |||||||||||||||
Display modes | CH1, CH2, DUAL, CHOP(250kHz approx.),ADD(DIFF mode can be established when the CH2 is in the INVERT mode.) | |||||||||||||||
Bandwidth limiting function | 20MHz | 10MHz | ||||||||||||||
Polarity selection | ±(CH2 only) | |||||||||||||||
Common-mode rejection ratio | 20dB minimum at 20MHz | |||||||||||||||
X-Y operation | X-axis, Y-axis selectable | |||||||||||||||
Sensitivity | X axis: CH1, CH2 2mV to 5V/DIV ±3% EXT 0.1V/DIV ±5% EXT÷10 1V/DIV ±5% Y axis: 2mV to 5V/DIV ±5% |
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Phase error | 3°or less from DC to 50 kHz | |||||||||||||||
X bandwidth | DC to 500 kHz(-3dB) | |||||||||||||||
●Horizontal deflection system | ||||||||||||||||
Trigger mode | Trigger,auto trigger | |||||||||||||||
Sweep mode | Main sweep, continous delay sweep, alternate sweep, signal sweep | |||||||||||||||
Trigger source | CH1, CH2, EXT(AC,DC,DC÷10),LINE | |||||||||||||||
TV trigger | Excusive sync separtor circuit provided Sync polarity:- | |||||||||||||||
●Trigger Sensitivity | ||||||||||||||||
NORM mode |
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DC to 10MHz 10MHz-60MHz |
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AUTO mode |
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30 to 100Hz 100Hz-10MHz 10-60MHz |
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TV mode | Sync signal Internal sync: 1div or more External sync: 200mVp-p or more |
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Trigger level | Variable range AUTO: Automatically corresponds to the trigger signal NORM: INT: ±4 DIV or more EXT: ±0.4 V or more EXT÷10:±4V or more |
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External input impedance | 1 Mohms ±5%, 25pF + 6pF | |||||||||||||||
External input voltage | 400V(DC+AC peak) at 1kHz | |||||||||||||||
●Sweep time | ||||||||||||||||
A(main) sweep | 50 ns/DIV to 0.5 s/DIV Continuously variable (UNCAL) | |||||||||||||||
B(delay) sweep | 50 ns/DIV to 50 ms/DIV | |||||||||||||||
Accuracy |
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Sweep magnification | X10 | |||||||||||||||
Maximum sweep rate | 5 ns/DIV | |||||||||||||||
Hold off time | Variable | |||||||||||||||
Delay time | 1μs to 5s | |||||||||||||||
Delay jitter | 1/20,000 or less | |||||||||||||||
Alternate separation | Variable | |||||||||||||||
Trigger lock function | Provided | |||||||||||||||
Auto range function | Provided | |||||||||||||||
Singnal sweep function | Provided | |||||||||||||||
●Readout funtion | ||||||||||||||||
Pannel setting display | Vertical axis: V/DIV(CH1,CH2),UNCAL,probe conversion Sweep speed: S/DIV,UNCAL,MAG(converted value) Other: Delay time |
Not provided | Same as V-1065 | Not provided | ||||||||||||
●Cursor readout function | Voltage difference △V: △-REF Time difference △T: △-REF Frequency 1/△T: △-REF |
No cursor | Same as V-1065 | No cursor | ||||||||||||
●External output | ||||||||||||||||
TRIGGER SIGNAL OUT | Output voltage: 25mV/DIV approx. (Full scale on the CRT) 50-ohm termination Frequency response: DC to 10MHz Output impedance: 50 ohms approx. |
Not provided | Same as V-1065 | Not provided |
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