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Amazon | $475.05 |
Product Name: | Siglent Technologies SDS1104X-E 100Mhz Digital Oscilloscope 4 channels Standard Decoder, Grey |
Manufacturer: | Siglent Technologies |
Model Number: | SDS1104X-E |
Product SKU: | B0771N1ZF9 |
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Siglent is definitely a value-for-money option. I'd noticed a few years back where Keysight had started creating some nice offers in the education space for entry-level oscilloscopes, but they simply don't have to try as hard as their competitors. So many modern oscilloscopes from even basic brands (also see Rigol) are simply incredible devices well beyond the needs of an average hobbyist. Everyone sets their own needs/budget and honestly for me I've never beat the value and need for much beyond my old Analog Discovery 2 that I grabbed at a sub-$200 education discount way back when...
Good luck!
Jon
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At the normal 499 MSRP you can get them cheaper through Siglent as they, unlike Amazon, do not charge shipping.
If this is a price break offered by the manufacturer, meaning it's not exclusive to Amazon, then I bet you save a couple bucks contacting Siglent directly.
Sorry for not researching the current state of affairs, but the scope is worth the usual 499 retail + Amazon charging for shipping. It's that good for a lower speed scope. If you are squeezing those pennies extra hard - figure it out and get the SD positive feedback for it.
"It turns out that one of the timed functions in my sketch was interfering with the pulse width modulation on that pin. "
Hmmm, ok. I have no idea what he just said. Personally, I've never had a problem with my pulse width modulation, but that could be just me.
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The max frequency of the scope is the highest frequency signal it can work with.
These are used often when dealing with electrical signals (e.g. for communications of some sort) like the signal a hall effect sensor might send to a tachometer, or the signals between microchips....whereas multimeters are generally used for electrical power (e.g. DC current, or fixed-frequency AC, to measure things like p-p voltage or RMS voltage, current, frequency, etc.). You will not be able to decode the electrical pulses between computer chips using a multimeter (but, you could analyze a power signal with an o-scope, e.g. to look for ripple or noise, assuming you build an appropriate circuit or use the right probe to get the voltage you are trying to measure into an acceptable range).
I couldn't give up. Basically you can use it for higher level testing on electronics. I am sure there are many more uses (and I would love to hear what they are), but that is all my very tired self could find.
https://housetechlab.co
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