50MHz Component Test Analog Oscilloscope

Vertical   Axis

Frequency bandwidth

DC~20MHz

DC~40MHz

DC~50MHz

Rise  time

Approx.17.5ns

Approx.8.75ns

Approx.7ns

Sensitivity

5mV~5V/DIV,10   steps in 1-2-5 sequence

Vernier Vertical sensitivity

To   l/2.5 o r less of panel-indicated value.

AC coupling

Low limit frequency10Hz. (With reference to 100KHz, 8DIV. Frequency   responsewith-3dB.)

Input impedance

Approx . lMohm //Approx.25pF

Linearity

Adjustable   on panel

Vertical modes

≤± 0.l DIV of amplitude change when waveform of 2 DIV at   graticule center is moved vertically.

DC balance shift

CHI   :CHl single channel.
CH2 :CH2 single channel.
DUAL :CHI and CH2 are displayed. ALT or CHOP selectable at any sweep rate.

ADD:CH1+CH2 algebraic addition.

Chopping repetition frequency

Approx.250kHz

Input   coupling

AC,   GND, DC

Maximum input voltage

400V   (DC+AC peak),AC:freq uency lkHz or lower.

Common mode rejection ratio

50:1 or better at 50KHz sinusoidal wave(When sensitivities of Ch1 and Ch2 are set   equally)

Isolation   between channels 
  (At 5mV/DIV range)

>1000:1 at 50KHz

>30:1 at 15MHz

>30:1 at 35MHz

>30:1 at 45MHz

CH2   INV BAL

Balanced   point variation:≤1DIV   (Reference at center graticule)

Triggering

Triggering source

CH1,CH2,LINE,EXT,ALT

Coupling: AC

20Hz to full bandwidth

SLOPE

+/-

Sensitivity

20Hz~2MHz:0.5DIV,   TRIG-ALT:2 DIV, EXT:200mV

2~20MHz:1.5   DIV

2~40MHz:2.5 DIV

2~50MHz:3.0DIV

TRIG-ALT:3DIV,   EXT:800mV;  TV: Sync pulse more than 1   div(EXT:l V)

Triggering modes

AUTO,NORM,TV-V,TV-H

EXT  triggering signal input

Input impedance
Max.input voltage

Approx:1MΩ/approx.25pF; 400V (DC+AC peak), AC: Frequency not higher than 1KHz

Horizontal   System

Sweep  time

0.2uSec~0.5Sec/DIV,20 steps  in 1-2-5 sequence

Sweep  time accuracy

±3%

Vernier  sweep time control

≤1/2.5   of panel-indicated value

Sweep  magnification

10   times

×10MAG  sweep time accuracy

±5% (20nSec~50nSec are uncalibrated)

Linearity

±5%, xl0MAG:±10%(0.2s and1 s )

Position shift caused by ×10MAG

within 2DIV. At CRT screen center

X-Y   Mode

Frequency bandwidth

DC to at least 500KHz

X-Y phase difference

≤3°at  DC~50KHz

Sensitivity

Same as vertical axis. (X-axis:CH1 input signal; Y-axis:CH2 input signal.)

Calibration   Voltage

Waveform

Positive-going square wave

Frequency

Approx.1kHz

Duty ratio

Within 48:52

Output voltage

2Vp-p±2%

Output impedance

Approx.1KΩ

CRT

Type

6-inch rectangular type, internal graticule

Phosphor

P31

Acceleration voltage

Approx.2KV(20MHz)/Approx.12kv(40MHz)

Effective screen size

8×10DIV[1DIV=10mm(0.39in)]

Graticule

Internal

Trace rotation

Provided

Dimensions

310W x150Hx 455 D(mm)

Weight

Approx.8kg

Vertical   Sensitivity

5mV/DIV~5V/DIV

5mV/DIV~5V/DIV

5mV/DIV~5V/DIV

5mV/DIV~5V/DIV

5mV/DIV~5V/DIV

2mV/DIV~5V/DIV

2mV/DIV~5V/DIV

Horizontal   Scale

0.2μs~0.5s/DIV

0.2μs~0.5s/DIV

0.2μs~0.5s/DIV

0.2μs~0.5s/DIV

0.2μs~0.5s/DIV

50ns~0.5s/DIV

50ns~0.5s/DIV

Automatic   Locking Synchronization

No

No

No

Yes

Yes

No

No

CH1   Input

No

No

No

Yes

Yes

No

No

Z-Axis   Input

No

No

No

Yes

Yes

Yes

Yes

Frequency   Counter

No

Yes

No

No

No

No

No

CRT   Readout

No

No

No

No

No

Yes

Yes

Panel   Storage

No

No

No

No

No

No

Yes

Panel   Lock

No

No

No

No

No

No

Yes

Scan   Automatic Shift

No

No

No

No

No

Yes

Yes

Signal  Delay

No

No

No

No

No

No

Yes

Holdoff   time

No

No

No

No

No

Yes

Yes

Waveform   Storage

No

No

No

No

Yes

No

No

Component   Test

No

No

Yes

No

No

No

No

RS-232   Interface

No

No

No

No

Yes

No

No