An oscilloscope is a piece of equipment designed to test types of equipment and find faults in various electronic circuits. When using an oscilloscope, it is vital to know how to make measurements while operating it. If you want to measure voltage, you need to turn on the oscilloscope. Remember that you need to place the signal while connected.

An oscilloscope is a device designed to test types of equipment and find faults in various electronic circuits. It is useful in long circuits, from analog circuits to radio circuits. It is important to have a basic knowledge of how to use an oscilloscope so that you can make the most of it.

An oscilloscope is a device that allows the user to measure various characteristics of voltage or current. It can be used to see how a signal changes over time. It is useful when troubleshooting electronic circuits because it shows whether the circuit under test is producing the expected signal. The main application of a digital storage oscilloscope is for displaying signal waveforms. It can be used in various fields such as signal, electrical, transducer test measurements, electrical equipment design, and medical equipment testing fields.

An oscilloscope is a device used to test electronic circuits, allowing you to see how voltage changes over time in order to diagnose problems in digital waveforms. It can record changes or variations in voltage over time. A digital storage oscilloscope is used to store and digitize input signals. This is done by using a cathode ray tube or CRT and with the help of a digital memory. Digitization is usually done by sampling the input signal using various periodic waveforms.

An oscilloscope is a device that allows you to see how voltage changes over time by displaying the waveform of an electronic signal. An oscilloscope allows you to see how voltages change over time. These voltages are called signals and are used to convey information, such as the audio signal of music playing on a speaker.

In the oscilloscope to observe the transmitted data signal, using the timing signal of the system under test, through the oscilloscope external trigger or external synchronization to control the scan of the oscilloscope, because the scan period at this time is exactly an integer multiple of the period of the signal under test, so the observation on the oscilloscope fluorescent screen is a number of random symbol waveforms together to form a stable graph. This graph looks like an eye, called the eye diagram of the digital signal.

How to use the oscilloscope current probe: The wire used for capacitance testing should be selected with a cross sectional area of 05mm2 (AWG20) or more.... Connect the capacitance to be tested to the wire when the capacitance is to be moved to the tin side of the substrate, using the A and B method of measurement, in addition, as far as possible to shorten the wire.

We commonly used instrumentation such as spectrum analyzers, RF sources, network analyzers, etc. are generally very expensive, if RF instruments are not used properly will also have a great impact on the work, and the maintenance price is also very expensive, so how to use correctly to avoid unnecessary failures to appear?

Nowadays, the oscilloscope is becoming more and more powerful, the oscilloscope is not just a simple look at the waveform, recently there are many customers want to use the oscilloscope to measure the eye diagram, but the budget is limited, there is no high-end oscilloscope on hand (such as DPO7354C, etc.), so how to measure the eye diagram?