Cleqee C550 PC Virtual Digital Handheld Oscilloscope 2 Channel Bandwidth 50Mhz sampling data 1G with probe USB cable

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Product Overview

Description


C550 Software download:

https://www.dropbox.com/sh/z2u1oqicff5e2zs/AACc2mQuteRbmqH8QyuPMyRBa?dl=0

 

C550 specifications

Model

C550

Connector type :

2 channels with BNC sockets, 20 mm spacing.

Vertical resolution:

8 Bit.

Maximum sampling rate (S/s):

1 G

Bandwidth ( −3 dB):

50 MHz

Input coupling:

AC/DC.

Input characteristics:

1M || 25pF.

PC OS requirements:

Windows XP, Win 7, Win 8.1, Win10 (32 bit and 64 bit).

Over voltage protection:

±60.0v (x1), ±600.0v (x10). (DC + AC peak)

Triggering type:

Rising/falling edge according to trigger level.

Triggering mode:

None, auto, normal, single.

Pre-trigger capture:

50% of capture size.

Automatic measurements:

Maximum, minimum, average, RMS, frequency, period, positive pulse width, negative pulse width, duty cycle, rise time, peak-to-peak value.

Samples Interpolation:

Linear or sin(x)/x.

FFT:

1024 points.

FFT window function:

Rectangle, Hanning, Hamming, Blackman.

Math:

A+B, A-B, AxB, X-Y.

Acquisition Modes:

High Resolution mode / Peak-detect mode.

Waveform recording and playback:

File format :

*.oscxxx.

Record depth:

50 ~ 450 frames.

File size:

6 MB ~ 20GB.

Data logger Sampling Interval:

1 second to 1 hour.

Data logger Record Duration:

1 minute ~ 72 hours.

Temperature range:

Operating: 0 °C to 40 °C (20 °C to 30 °C for stated accuracy). Storage: −20 °C to +60 °C.

Reference Output:

1K Hz, 1.5 V square wave output with 50% duty cycle.

Size:

153(L) x 93(W) x 23(H) mm.

Languages (full support):

English, Chinese (simplified).

Compliance:

CE, FCC.

 

Model

C550

Net weight:

210 g.

Input sensitivity (10 vertical divisions):

50 mV/div to 2 V/div.

Input ranges (probe x1):

±250 mV to ±5 V full scale, in 6 ranges.

Timebase selection (10 horizontal divisions):

5 ns/div ~ 2 s/div, in 21 ranges.


 Typical noise
(peak to peak voltage):

20 mv/div

/

50 mv/div

5.8 mv

100 mv/div

8 mv

200 mv/div

22 mv

500 mv/div

38.8 mv

1 v/div

88.2 mv

GPIO:

3 I/O

Memory depth
((byte /ch):

64K

≤100 ms/div

258k

≤200 ms/div

645k

≤500 ms/div

1M

≤1s/div

2M

≤2ms/div

Trigger type:

Hardware

Trigger source:

Channel A

Power consumption:

5 v || (248~279) mA

Protocols decoding:

UART/RS-232, I²C

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2_01

Configuring Outputs

Select the IO pin that needs to be used as output and select the corresponding check box OUTPUT, select the output level HIGH or LOW for changing the pin state.

2_03

Configuring Inputs

IO pins can be set to to receive TTL levels, by selecting the check box INPUT. By clicking on the refresh button you can get the input level. High level is displayed as a green icon with ‘H’ in the middle, low level is displayed as a gray small icon with ‘L’.

2_05

Paperless recorder
This chapter introduces the basic concepts and usage of the paperless recorder, a software functional extension of the virtual oscilloscope hardware.
11.1 Basic Concepts of Paperless Recorders

A paperless recorder is a data logger or data acquisition device used to record measurement data over time. A paperless recorder based on virtual oscilloscope hardware has the ability to record the collected or computed data in a storage system inside the software on a time basis, without consuming any paper, pen or ink. Common collected data are voltage, current, etc.

Introduction to Paperless Recorder Software

2_07

 

Common software interface
The Recorder software has an interface consistent with the oscilloscope software, so to be familiar to the user.
 
Equipment monitoring
After the software interface is opened, the OSC482 device status will be monitored in real time. When the hardware device is connected to the USB port of the PC, the software interface will display a blue background and a message.

If the hardware get disconnected or the software have no access to the device, then the display background will become yellow, showing a text alert.


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