011 805 5030 / 086 138 6548  |  Contact us  |  FAQ

Login  |  Signup  |  Orders

  
  
  
  
 CQ6103 100MHz DUAL CHANNEL OSCILLOSCOPE images

     
Pin It


CQ6103 100MHz DUAL CHANNEL OSCILLOSCOPE

SKU: CQ6103 100MHz DUAL CHANNEL OSCILLOSCOPE

CQ6103 100MHz DUAL CHANNEL OSCILLOSCOPE

 

Features

• 100MHz bandwidth, dual channel, delayed sweep

• 10 sets memory for front panel setting save & recall

• Cursor readout with 7 measurement

• Panel setup lock of digital-control functions

• Buzzer alarm

• Trigger signal output

• Z-Axis modulation input

• SMD technology, high stability and reliability

 

Specifications

CQ6103

 

 

 

CRT

Type

6" rectangle, internalgraticule, 0%, 10%, 90% and 100% marks

Display area

8 X 10DIV   (DIV=10MM)

Accelerating potential

16kV approx

Illumination

Continuously adjustable at front panel

 

Z-axis input

Coupling: DC

Sensitivity: 5V or more

Maximum input voltage: 30V (DC+AV peak) at 1kHz  or less

Bandwidth: DC~5 MHz

 

 

 

 

 

Vertical system

Sensitivity

2mV~5V/div, 11 step in 1-2-5 sequence

Sensitivity Accuracy

≤ 3% (5div at the center of display)

Vernier Vertical Sensitivity

Continuously variable to 1/2.5 or less of panel-indicate value

Bandwidth (-3dB)

DC~100MHz (2mV/div: DC~20MHz)

Rise Time

3.5ns (2mV/div: 17.5ns)

Signal Delay

Leading edge can be monitored

Max. Input Voltage

400V (DC + AC peak) at 1kHz or less

Input Coupling

AC, DC, GND

Input Impedance

 

Vertical Mode

CH1, CH2, DUAL (CHOP/ALT), ADD, CH2 INV

Bandwidth Limited

20MHz

Common-Mode Rejection Ratio

50:1 or better at 50kHz

Dynamic Range

8 div at 100MHz

 

 

 

Horizontal

System

Horizontal Modes

MAIN (A), ALT, DELAY (B)

A (main) Sweep Time

50ns~0.5s/div, continuously variable (UNCAL)

B (delay) Sweep Time

50ns~50ms/div

Accuracy

+/-3% (+/-5% at X 10 MAG)

Sweep Magnification

X 10 (maximum sweep time 5ns/div)

Hold Off Time

Variable

Delay Time

1 µ s~5s

Delay Jitter

Better than 1:20000

Alternate Separation

Variable

 

 

 

 

Trigger

Trigger Modes

AUTO, NORM, TV

Trigger Source

CH1, CH2, LINE, EXT

Trigger Coupling

AC, DC, HFR,LFR

Trigger Slope

"+" or "-"

 

Trigger Sensitivity

Mode

Frequency

INT

EXT

AUTO

10Hz~20MHz

20MHz~100MHz

0.35div

1.5div

50mV

150mV

NORM

DC~20MHz

20MHz~100MHz

0.35

1.5div

50mV

150mV

TV

Sync signal

1 div

200mVpp

TV sync

TV-V, TV-H

Max. External Input Voltage

400V (DC+AC peak) at 1kHz

External Input Impedance

 

 

X-Y Operation

Mode

X-axis: selectable CH1, CH2, EXT

Y-axis: selectable CH1, CH2, CH1 and CH2

Sensitivity Accuracy

2mV~5V/div±3%, EXT: 0.1V/div±5%

X-axis Bandwidth

DC~500kHz (-3dB)

Phase Error

3⁰ or less from DC~50kHz

OUTPUT

SIGNAL

Trigger Signal Output

Voltage approx. 25mV/div into 50Ώ

Frequency response DC~10MHz

Calibrator Output

1kHz Square wave, 2Vpp±2%

 

Cursor Readout

Function

Cursor Measurement Function

 

Cursor Resolution

1/100 DIV

Effective Cursor Range

 

 

Panel Setting Display

 

 

Vertical: V/div (CH1, CH2), UNCAL,ALT/CHOP/ADD,INV,probe

Factor, AC/DC/GND

Horizontal: s/div (MTB, DTB), UNCAL, X 10MAG, delay time, HO

Others: X-Y, lock, save/recall MEM 0-9

Special

Function

TIME/DIV Auto Range

Provided

Panel Setting

Save & Recall

10 saets

 

 

Power source

 

 

Dimensions

310 (W) x 150 (H) x 455 (D) mm

Weight

9Kg

 

Accessories

One operation manual, one fuse, one power cable, two probes

 

011 805 5030 / 086 138 6548 - Phone orders
Monday-Friday, 08:00-17:00

 


Product details


Category: OSCILLOSCOPES FOR STUDENTS

Manufacturer: Citek

Product code (SKU): CQ6103 100MHz DUAL CHANNEL OSCILLOSCOPE



Similar products


Rigol DS1104B 100MHz 4 Channel Digital Oscilloscope Quick Overview 100 MHz bandwidth, 4...
Price on request
Quick Overview • Electrical test equipment • True rms portable...
Price on request
Brief Introduction: FHE-1 is a hand-held equipment designed for 2M bit error rate...
Price on request
  
  

  

Shop by brand

  


  

Newsletter

 
Would you like to receive email notifications regarding discounts, special offers or new products?