How to measure frequency using an oscilloscope. Learn the straightforward method and explore automatic calculations for accurate frequency readings. Discover more now!
There are three different ways to utilize the clock recovery system, which all depends on how well you know the bitrate of your signal (the width of each bit): Fully automatic The oscilloscope will calculate the ideal bitrate (or nominal data rate) of your signal. This should be used when...
oscilloscope, there are basic things you need to do to set it up and begin using it. This chapter briefly describes how to use an oscilloscope. In particular, proper grounding is very important for safety reasons; not just for yourself but also for the integrated circuits (ICs) you are tes...
Have you ever found yourself troubleshooting a circuit, needing more information than a simplemultimetercan provide? If you need to uncover information like frequency, noise, amplitude, or any other characteristic that might change over time, you need an oscilloscope!
In this chapter we will cover how to control the NCO RTS interface with logic. Please refer to the NCO hopping chapter of PG269 for more details. For information on how to calculate the NCO frequency word and NCO phase word, please refer to the previous blog for single tile mode. ...
In order to calculate the duty cycle, we need to first find the frequency or period of the variable signal. This can be found with multiple methods, but the initial approach can be to measure the pulse width of the transmitted signal. To do this with an unknown signal, we can connect ...
Fender Stratocaster connected directly to an oscilloscope. Each 'wave' on the oscilloscope is caused by one string vibration. The highest voltage (peak of wave) is created by the fastest string speed when it's moving directly over the pickup. The zero voltage point (center of graph) is when...
In order to calculate the duty cycle, we need to first find the frequency or period of the variable signal. This can be found with multiple methods, but the initial approach can be to measure the pulse width of the transmitted signal. To do this with an unknown signal, we can connect ...
The analog bandwidth is a metric that can be used to determine the quality of a signal. When the amplitude of the real sine wave signal is 3dB, the amplitude of the sine wave measured by the oscilloscope is not lower than the highest frequency (see IEEE-1057). An ideal oscilloscope bandw...
impedanceZsource. The output voltage is open initially without load as open-circuit voltageV1(Switch is open, that meansRloadis infinity) and then measured asV2under load withRloadat point IN (Switch is closed). Then the found valuesV1,RloadandV2are entered to calculate the output impedance...