Configuration and Useful Screen

6-inch rectangular screen with internal graticule: 8x 10div(1div=1cm), marking for measurement of rise time, 2mm subdivisions along the central axis

Acceleration Potential

+11.5kv approx. (ref. Cathode)

Phosphor

P31 (Standard)

Focusing

Possible (with auto-focus correction circuit)

Trace Rotation

Provided

Scale Illumination

Variable

Intensity Control

Provided

Z-AXIS INPUT (Intensity modulation)

Input signal

Positive going signal decreases +5Vp-p or more signal cases noticeable modulation at normal intensity settings

Bandwidth

DC to 2MHz (-3dB)

Coupling

DC

Input Impedance

20kW -30kW  typical

Maximum Input Voltage

30V (DC + peak AC)

DEFLECTION

(-3dB)

DC coupled

DC to 40MHz normal / DC to 7MHz magnified

AC coupled

10Hz to 40MHz normal / 10Hz to 7MHz magnified

Modes

CH1, CH2, ADD, DUAL (CHOP; Time/Div switch 0.2s to 5ms, ALT: Time/Div 2ms to 0.2us

Deflection Factor

5mV/Div to 5V/Div in 10 calibrated steps of 1-2-5 sequence. Continuously variable between steps at least 1:2.5 (x5 MAG: 1mV/div to 1V/div 10 calibrated steps.

Accuracy

Normally: ±3%, Magnified: ±5%

Input Impedance

Approx. 1MW in parallel with 25pF

Maximum Input Voltage

Direct: 300V (DC+ peak AC), with probe: refer to probe specification

Input Coupling

DC-GND-AC

Rise Time

8.8ns or less (50ns or less: x5 MAG)

CH1 Out

20mV/Div into 50W : DC to 10MHz(-3dB)

Polarity Inversion

CH2 Only

Signal delay

Delay cable supplied

DEFLECTION

Display Mode

A,A int B,B TRIG’ D, X-Y

Time Base A

0.2us/Div to 20s/Div in 19 calibrated steps of 1-2-5 sequence, uncalibrated continuous control variable between steps at least 1:2.5

Hold-off Time

Variable with the hold-off control

Time Base B

0.2us/div to 20us/div in 7 calibrated steps of 1-2-5 sequence

Delayed Sweep Position

1div or less – 10div or more

Delay Time Jitter

Better than 1:20,000

Sweep Magnification

10 times (Maximum sweep rate: 20ns/div) Note: 50ns/div, 20ns/div of A TIME BASE are uncalibrated

Accuracy

±3%, ±5% (0°C to 50°C), additional error for magnifier ±2%

SYSTEM

Modes

AUTO, NORM, TV-V, TV-H

Source

CH1, CH2, LINE, EXT

Coupling

AC

Slope

+ or -

Sensitivity and Frequency Auto, Norm

20Hz – 2MHz

2MHz – 40MHz

INT

0.5div

1.5div

EXT

0.2 Vp-p

0.8Vp-p

TV-V, TV-H

At least 1div or 1.0Vp-p

External Trigger Input Impedance

1MW in parallel with approx. 30pF

Maximum Input Voltage

300V (DC+ peak AC)

OPERATION

X-Axis

Deflection factor; same as that of CH1 / Accuracy: ±6% / Frequency response: DC to 500kHz(-3dB)

Y-Axis

Same as CH2

X-Y Phase Difference

3° or less (at DC to 50kHz)

FUNCTION

Cursor readout function

Voltage reference DV : D -REF / Time reference DT: D -REF / Frequency reference 1/ DT: D -REF Note: DV,  DT changed: DX, DT when the X-Y mode

Panel setting displays

Horizontal axis: S/DIV, UNCAL, MAG (Converted value)

Effective cursor range from centre graticule

Vertical: within ±3div / Horizontal: within ± 4div

Resolution

1/25 div

Probe Adjustment

approx, 1KHz Square wave, 0.5Vp-p ±3%, duty ratio: 50%

SUPPLY

Line Voltage Range

Voltage Range

FUSE (250V)

100 (90 – 110V) AC

2A 250V

120 (108 – 132V) AC

2A 250V

220 (198 – 242V) AC

1A 250V

230 (207 – 250V) AC

1A 250V

Line Frequency

50 / 60Hz

Power Consumption

Approx. 42W

CHARACTERISTIC

Weight

7.5kg

Size

316mm(W) x 143mm(H) x 406mm(L)

CHARACTERISTIC

Temperature

MAX, storage temperature: -20°C to 70°C (-4°F to +158°F)

Humidity

Range for rated operation:45% to 85% RH / Max. Ambient operating humidity : 35% to 85% RH