Oscilloscopes

Listing ID #4924638

An oscilloscope is easily the most useful instrument available for testing circuits because it allows you to see the signals at different points in the circuit. The best way of investigating an electronic system is to monitor signals at the input and output of each system block, checking that each block is operating as expected and is correctly linked to the next. With a little practice, you will be able to find and correct faults quickly and accurately.

Feature:

High luminance, internal graticule CRT

Japanese electronic encoder,light,handy and reliable

Fully sealed long live vertical mode switch

ALT Triggering Function. Two independent signals

simultaneous observation

Build-in 6 Digit Frequency Counter

30MHz Dual Channel

10 times sweep magnification

TV Synchronization-Y mode

Specification

Horizontal System

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

Sweep time accuracy:±3%

Vernier sweep time control:≤1/2.5 of panel-indicated ＆#118alue;

Sweep magnification: 10 times;

×10MAG sweep time accuracy: ±5% (20nSec~50nSec are uncalibrated);

Linearity:±5%,×10MAG: ±10% (0.2s~1us)

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

CALIBRATION SIGNAL

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

VERTICAL AXIS

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

Sensitivity accuracy:≤3%

Vernier vertical sensitivity: Continuously variable to 1/2.5 or less of panel-indicated ＆#118alue Frequency

bandwidth: DC~30MHz(x5MAG:DC~7MHz)/DC~40MHz(x5MAG:DC~15MHz)DC~50MHz(X5MAG:DC~15MHz)

AC coupling: Low limit frequency 10Hz. (With reference to 100KHz, 8DIV, Frequency response with-3dB.)

Rise time: Approx.17.5ns (x5 MAG: Approx.50nS) Approx.8.75ns (x5 MAG: Approx.25nS)

Approx.7ns (x5 MAG: Approx.23.3nS)

Input impedance: Approx.1MΩ/Approx.25pF

DC balance shift: 5mV~5V/DIV: ±0.5DIV, 1mV~2mV/DIV ±2.0DIV

Linearity: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

Coupling: AC: 20Hz to full bandwidth

SLOPE:+/-

Sensitivity: 20Hz~2MHz:1DIV, TRIG-ALT:2DIV EXT:200mV；TRIG-ALT:3DIV,EXT:800mV;

2~30MHz:1.5DIV；30MHz~40MHz:2.5DIV；40MHz~50MHz:3DIV；

TV: Sync pulse more than 1 DIV (EXT:1V)

Triggering modes: AUTO; NORM: TV-V: TV-H: (Both TV-V and TV-H synchronize only

when the synchronizing signal is negative)

EXT triggering signal input: Input impedance/: Approx:1MΩ/approx.25pF;

Max.input voltage:300V (DC+AC peak), AC: Frequency not higher than 1KHz