The 59GHz oscilloscope has arrived. Those who want to test it, please take a look.

yvonneGan

The 59GHz oscilloscope has arrived. Those who want to test it, please take a look. [Copy link]

Author: Jiang Jie, a member of Yibo Technology Expressway Media

Since the German physicist named Braun invented the first cathode ray tube oscilloscope in 1897, there are only two kinds of electronic engineers in the world: those who have always believed in the importance of oscilloscopes, and those who are about to admit the importance of oscilloscopes under the continuous output of the former's belief.

As the name implies, the function of an oscilloscope is to display waves, converting invisible electrical signals into intuitive waveforms, making it easier for us to study various signals. To be precise, the main function of an oscilloscope is to accurately display the voltage waveform as a function of time, thereby displaying signal information such as waveform shape, amplitude and frequency, etc. It is a powerful assistant for circuit debugging and fault location.

With the increasing signal rate and circuit complexity today, no matter how rich your design experience is and how detailed the review process is, Mr. Gaosuo understands your sense of powerlessness when you finally face the single board debugging Fail: when you face a failure and cannot understand how a series of subtle and seemingly irresistible accidental events put the circuit in this embarrassing situation, you may urgently need an oscilloscope to observe what kind of signal caused such a result, and then find out the culprit.

If you do not have a test environment, it is recommended that you contact Mr. Gaosuo.

If there is a 59GHz oscilloscope, a 67GHz vector network analyzer, a full range of test fixtures, and a professional high-speed signal testing team, there is no doubt that it is the YiBo Technology Laboratory. The following focuses on the new member of the laboratory - the 59GHz oscilloscope.

As important indicators of an oscilloscope, bandwidth and sampling rate not only determine the signal rate that can be displayed and measured accurately without distortion, but also test your ability to spend money to a large extent. The oscilloscope introduced by YiBo Technology Laboratory has a bandwidth of 59GHz and a sampling rate of 160GSa/s. It is also equipped with consistency test software such as PAM4, 100GBASE-KR4, CAUI-4, DDR4, LPDDR4, DDR5, LPDDR5, USB3.2, SFP+, etc., plus a vector network analyzer for testing frequency domain parameters, equipped with professional testers, and a two-pronged approach in both time domain and frequency domain, YiBo Technology Laboratory is sufficient to cover most test needs.

This oscilloscope not only has powerful performance, but also looks great. Testing is a boring thing, but I have fallen in love with it recently. Okay, I won’t say much, I’m going to test it.

w494143467

How high a frequency of communication can 59GHz measure?

chunyang

w494143467 posted on 2021-9-10 16:20 How high a frequency of communication can 59GHz measure?

Currently, this frequency is not used for communication, but mainly for radar systems, namely "millimeter wave radars", both for military and civilian use. Many unmanned vehicles are equipped with multiple millimeter wave radars, which can be said to be a "fashion". There are many companies engaged in research and development in this area, and naturally they need corresponding testing equipment.

bobde163

To play with radio frequency, you need to have a lot of money.

annysky2012

Usually not used

hqli126

The oscilloscope bandwidth is 59GHz and the sampling rate is 160GSa/s, which is in line with the sampling theorem.