8) Bus decoding and protocol analysis: RS232/UART, I2C, SPI, CAN, LIN;
9), Can save settings, waveforms, reference waveforms, CSV, pictures and other data formats.
10), 3-digit digital voltmeter and 6-digit frequency meter functions;
11) Support 32 kinds of automatic measurement and statistics functions, real-time statistics of minimum, maximum, standard deviation and other statistical information;
12), Two groups of digital voltmeter functions;
13) Support threshold test to realize free measurement in the screen;
14), Rich SCPI remote control instructions;
15). Provide multiple types of peripheral interfaces: USB Host/Device.
Product Model(NOTE:Click on the model to reach the purchase link of the corresponding model) :
8-bit resolution, simultaneous sampling for each channel
Vertical sensitivity
2mV/div to 10V/div
Offsets range
2mV/div to 20mV/div, ±100mV; 50mV/div to 200mV/div, ±1V;
500mV / div to 2V / cell, ± 10V; 5V / div to 10V / division, ± 50V
computation
Add, subtract, multiply, divide, FFT
FFT
Window: Rectangular, Hanning, Hamming, Brackman, Bartlett, flat top window
Bandwidth limit
20MHz
Low frequency response (-3db)
≤10Hz at BNC
Vertical gain accuracy
In the "sample" or "average" acquisition mode, the accuracy of 10V/div to 10mV/div is ±3%;
In "Sampling" or "Average" acquisition mode, the accuracy of 5mV/div to 2mV/div is ±4%
DC offsets accuracy
±0.1 div±2 mV±1% offsets value
Voltage measurement repeatability, average acquisition mode
Under the same settings and environmental conditions, the voltage increment between any two sets of average values \of more than 16 waveforms: ±(3%×reading+0.05 division)
Note: The bandwidth is reduced to 6MHz when using X1 probe
I was very excited to get to try this oscilloscope. I was very curious to see what you can get with this amount of money. Firstly let me say that I am not an oscilloscope expert, I used some RIGOL oscilloscopes to debug digital signals at work.
I got this oscilloscope a couple of days ago and I spent some time trying it out. My first impression was very poor, the features of the oscilloscope are good but the stability of the firmware were TRULY terrible. I only used it for testing it a bit and I had to restart it far too often. I got a bit disappointed and I thought that I completely threw my money but then decided to do a firmware upgrade. And....voilà! The stability issues were gone, the oscilloscope was finally stable and enjoyable to use.
Apart from testing some of the main features, such as triggers and decoders, the main test that I wanted to do is to see how capable it is of presenting (relatively) high frequency signals. I tested signals that reach 25MHz and I was really amazed by the results! I attached a picture that presents the a 25MHz clock signal on this oscilloscope.
Another advantage of this device is that it has a pretty long and detailed English manual which I already found useful.
The main disadvantage that I found in this device is the memory depth for high sample rates. For the sample rate of 1GS/s the memory depth is limited to 40Kpt. Selecting a bigger memory depth reduces the sample rate to 250MS/s. Also if the decoder functionality is enabled the memory depth is reduced even more to 4Kpt.
Overall I am very happy with this oscilloscope. It seems to deliver what it promises while keeping the cost very low.