ATTEN AT-7340 Analog Oscilloscope

ATTEN AT-7340 Analog Oscilloscope

Features

• CRT with Bright and high accelerated pole voltage This oscilloscope tube is high speed and high luminosity.
• The alternative triggering function can observe different signal waveform in two frequencies.
• TV signal synchronous function built in
• CH1 output 50 output signal in the rear panel can drive frequency counters directly or other instruments.
• Z-axial input Function of bright adjustable can add frequency or  time marker to oscilloscope, trace of positive signal blanking, TTL matching
• X-Y operation This item can be used as an X-Y oscilloscope while setting in X-Y position, CH1 is horizontal axial and CH2 is vertical axial.

Vertical Axis

• Sensitivity 5mV~5V/DIV, 10 steps in 1-2-5 sequence (X5 MAG: 1mV/DIV)
• Sensitivity accuracy ≤3% (×5MAG: ≤5%)
• Vernier vertical sensitivity continuously variable to 1/2.5 or less of panel-indicated value
• Frequency bandwidth DC-20MHz (×5MAG:DC-7MHz)  / DC-40MHz (×5MAG:DC-15MHz)
• AC coupling Low limit frequency 10Hz. (With reference to 100KHz, 8DIV.Frequency response with-3dB)
• Rise time Approx.17.5Ns (×5MAG:Approx.50Ns) / 9.5nS (X5MAG: Approx.25nS)
• Input impedance Approx. 1M ohm//Approx. 25pF
• Square wave characteristics Overshoot: ≤5%(At 10Mv/DIV range) other distortions and other ranges: 5% added to the above value
• DC balance shift: 5mV~5V/DIV; ±0.5 DIV, 1mV~2mV/DIV±2.0DIV
• Linearity: ±0.1DIV of amplitude change when waveform of 2 DIV at graticule center is moved vertically.
• Vertical modes CH1 single channel. /  CH2 single channel
• DUAL  CH1 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

• 300V peak (AC: frequency 1KHz or lower) When set probe switch at 1:1, the maximum effective readout is 40Vp p (14Vrms at sine wave); or  set probe switch at 10:1, the maximum effective readout is 400Vpp (140Vrms at sine wave)

Horizontal Axis

• Sweep time 0.2ìSec-0.5Sec/DIV, 20Steps in 1-2-5sequence
• 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 ±3%,×10MAG: ±5%(20ns and 50ns are uncalibrated)
• Position shift caused by×10MAG Within 2 DIV, at CRT screen cente