Lesson 2: Scaling Waveforms
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- Опубликовано: 7 авг 2024
- Learn how to properly scale waveforms on the oscilloscope’s display using vertical scaling controls (V/div), horizontal scaling controls (s/div), and trigger level. This lesson also shows engineering student how to make quick estimated voltage and timing measurements based on multiplying scaling factors times the number of divisions that a waveform covers.
Learn more: www.keysight.com/find/edk
#oscilloscope #verticalscaling #horiontalscaling #triggerlevel 
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Excellent presentation. Excellent series!
7:56 My professor told my class the same advice. Now I see it is a common advice between professors.
Awesome stuff!
love your vedeos , thanks Master !!
I'm loving this series but I guess, I started learning on an analog scope so it makes me nervous to think about jumping to a digital scope. Partially because a lot of the new digital scopes are so expensive if you want to get professional grade
thx sir
👍 wow
This guy is my kinda guy. I love his style. But... it seems that I'm not able to follow along as I have no waveform generator. Any advice would be appreciated.
Get a cheap 7$ generator kit
It wont give you high frequency, but it is good enough for education purposes
Just don’t approach him at any Travis Scott concert. He follows that Travis around the country and sells concertgoers fake drugs.
No-no-NOTORIOUS !
Can you explain Vin and Vpp? Is Vin and Vpp coming from somewhere?
Yes, in many circuits, Vin (input voltage) often comes from a function generator. A function generator is a device that produces various types of electrical waveforms, such as sine waves, square waves, and triangle waves. These waveforms are used as input signals (Vin) for testing and analyzing electronic circuits12.
For example, if you’re testing an amplifier circuit, you might use a function generator to provide a known input signal (Vin) to see how the amplifier responds. The function generator allows you to control the frequency, amplitude, and shape of the input signal, making it a versatile tool for circuit analysis3.
Does that help clarify things? If you have more questions about function generators or specific circuits, feel free to ask!
Is Vin from the function generator?
Yes, in many circuits, Vin (input voltage) often comes from a function generator. A function generator is a device that produces various types of electrical waveforms, such as sine waves, square waves, and triangle waves. These waveforms are used as input signals (Vin) for testing and analyzing electronic circuits12.
For example, if you’re testing an amplifier circuit, you might use a function generator to provide a known input signal (Vin) to see how the amplifier responds. The function generator allows you to control the frequency, amplitude, and shape of the input signal, making it a versatile tool for circuit analysis3.
Does that help clarify things? If you have more questions about function generators or specific circuits, feel free to ask!
Why are you answering your own question within the context of this upload?? Did you get tired of waiting? Or were u afraid you’d forget, so you put it here to always look back on!?
i do have none of this equipement
Uhhhh. Yeah. That happens when you are too high on psychedelics to move your appendages and change the video. Also maybe turn off the auto play in the setting on RUclips. For now though, let’s get you to somebody that can help you “land” after your trip.
@@googleedwardbernays6455 i wish i had all of that equipment still
@@googleedwardbernays6455 that happens when you ohio and dont have mo
Hi
How can I send a pulse? I need to use the imbedded function generator in my oscilloscope, and make one cycle of sinusoid, then nothing for a while, and again the cycle.
Thank you
You'll need a arbitrary waveform generator.