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What units are kpts?
Units of noise spectral densityConvert counts CCD output to irradiance unitsOutput Units of Soil Moisture SensorWhat is the advantage of non-metric units?What are the units in which a radio signal's strength is measured?Decoding waveform from RFID 125 khz readerWhy do so many PCB-designers use non-metric units?What other units can influence the way a wire glows than watt?Units of BJT parametersWhat are the units when solving Transmission Line iterativelly?
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$begingroup$
I am parsing data from a Siglent SDS2000X oscilloscope. The first chunk (0x00 - 0x003
) is for wave_length
. The data sheet states that for arbitrary waveform generation, the wave length is "16 Kpts".
What unit is Kpts
? Kilo-Points? How would I convert that to a wavelength unit such as meters? Is a value of 3622260667
reasonable?
Specs: https://www.siglent.eu/sds2304x.html
waveform units
New contributor
$endgroup$
add a comment |
$begingroup$
I am parsing data from a Siglent SDS2000X oscilloscope. The first chunk (0x00 - 0x003
) is for wave_length
. The data sheet states that for arbitrary waveform generation, the wave length is "16 Kpts".
What unit is Kpts
? Kilo-Points? How would I convert that to a wavelength unit such as meters? Is a value of 3622260667
reasonable?
Specs: https://www.siglent.eu/sds2304x.html
waveform units
New contributor
$endgroup$
4
$begingroup$
You'd think that K wasn't kilo, but it probably is.
$endgroup$
– Chu
8 hours ago
add a comment |
$begingroup$
I am parsing data from a Siglent SDS2000X oscilloscope. The first chunk (0x00 - 0x003
) is for wave_length
. The data sheet states that for arbitrary waveform generation, the wave length is "16 Kpts".
What unit is Kpts
? Kilo-Points? How would I convert that to a wavelength unit such as meters? Is a value of 3622260667
reasonable?
Specs: https://www.siglent.eu/sds2304x.html
waveform units
New contributor
$endgroup$
I am parsing data from a Siglent SDS2000X oscilloscope. The first chunk (0x00 - 0x003
) is for wave_length
. The data sheet states that for arbitrary waveform generation, the wave length is "16 Kpts".
What unit is Kpts
? Kilo-Points? How would I convert that to a wavelength unit such as meters? Is a value of 3622260667
reasonable?
Specs: https://www.siglent.eu/sds2304x.html
waveform units
waveform units
New contributor
New contributor
New contributor
asked 8 hours ago
Lorem IpsumLorem Ipsum
1112 bronze badges
1112 bronze badges
New contributor
New contributor
4
$begingroup$
You'd think that K wasn't kilo, but it probably is.
$endgroup$
– Chu
8 hours ago
add a comment |
4
$begingroup$
You'd think that K wasn't kilo, but it probably is.
$endgroup$
– Chu
8 hours ago
4
4
$begingroup$
You'd think that K wasn't kilo, but it probably is.
$endgroup$
– Chu
8 hours ago
$begingroup$
You'd think that K wasn't kilo, but it probably is.
$endgroup$
– Chu
8 hours ago
add a comment |
2 Answers
2
active
oldest
votes
$begingroup$
K for "thousand"
pts for "points".
The unit is thousands of points.
How would I convert that to a wavelength unit such as meters?
You can't. This is the maximum number of samples that can be used by the waveform generator function of the instrument.
It isn't directly related to the wavelength of the signals the generator can produce (assuming the sample rate is adjustable, which isn't clear).
It does give relationship between the lowest and highest frequency components in the signal generated. This limit would be about 8000:1. This would also limit the minimum duty cycle if you were using it to produce low duty cycle pulses.
It doesn't say anything at all about the actual oscilloscope waveform measuring function, or the data produced when measuring a signal with the oscilloscope.
Is a value of 3622260667 reasonable?
3622260667 what?
If that's the frequency of your signal in Hz, then no, it isn't reasonable to measure this with the scope you linked to. The scope has a bandwidth of about 300 MHz. It won't be useful to capture a signal with frequency 10x that.
$endgroup$
add a comment |
$begingroup$
It's not a wave length as in an actual wavelength. It's probably a contraction of waveform length! The amount of storage space the Arb generator (ha, another contraction!) has. That is you can store up to 16 k points (or individual samples) into its memory.
Although I have to admit, using typographic points (1 inch/72) to represent the wavelength could have some funny uses for millimeter- and sub-millimeter wave RF stuff; i.e. calling bands by the traditional point-size names.
Brevier band, anyone?
$endgroup$
add a comment |
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2 Answers
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2 Answers
2
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$begingroup$
K for "thousand"
pts for "points".
The unit is thousands of points.
How would I convert that to a wavelength unit such as meters?
You can't. This is the maximum number of samples that can be used by the waveform generator function of the instrument.
It isn't directly related to the wavelength of the signals the generator can produce (assuming the sample rate is adjustable, which isn't clear).
It does give relationship between the lowest and highest frequency components in the signal generated. This limit would be about 8000:1. This would also limit the minimum duty cycle if you were using it to produce low duty cycle pulses.
It doesn't say anything at all about the actual oscilloscope waveform measuring function, or the data produced when measuring a signal with the oscilloscope.
Is a value of 3622260667 reasonable?
3622260667 what?
If that's the frequency of your signal in Hz, then no, it isn't reasonable to measure this with the scope you linked to. The scope has a bandwidth of about 300 MHz. It won't be useful to capture a signal with frequency 10x that.
$endgroup$
add a comment |
$begingroup$
K for "thousand"
pts for "points".
The unit is thousands of points.
How would I convert that to a wavelength unit such as meters?
You can't. This is the maximum number of samples that can be used by the waveform generator function of the instrument.
It isn't directly related to the wavelength of the signals the generator can produce (assuming the sample rate is adjustable, which isn't clear).
It does give relationship between the lowest and highest frequency components in the signal generated. This limit would be about 8000:1. This would also limit the minimum duty cycle if you were using it to produce low duty cycle pulses.
It doesn't say anything at all about the actual oscilloscope waveform measuring function, or the data produced when measuring a signal with the oscilloscope.
Is a value of 3622260667 reasonable?
3622260667 what?
If that's the frequency of your signal in Hz, then no, it isn't reasonable to measure this with the scope you linked to. The scope has a bandwidth of about 300 MHz. It won't be useful to capture a signal with frequency 10x that.
$endgroup$
add a comment |
$begingroup$
K for "thousand"
pts for "points".
The unit is thousands of points.
How would I convert that to a wavelength unit such as meters?
You can't. This is the maximum number of samples that can be used by the waveform generator function of the instrument.
It isn't directly related to the wavelength of the signals the generator can produce (assuming the sample rate is adjustable, which isn't clear).
It does give relationship between the lowest and highest frequency components in the signal generated. This limit would be about 8000:1. This would also limit the minimum duty cycle if you were using it to produce low duty cycle pulses.
It doesn't say anything at all about the actual oscilloscope waveform measuring function, or the data produced when measuring a signal with the oscilloscope.
Is a value of 3622260667 reasonable?
3622260667 what?
If that's the frequency of your signal in Hz, then no, it isn't reasonable to measure this with the scope you linked to. The scope has a bandwidth of about 300 MHz. It won't be useful to capture a signal with frequency 10x that.
$endgroup$
K for "thousand"
pts for "points".
The unit is thousands of points.
How would I convert that to a wavelength unit such as meters?
You can't. This is the maximum number of samples that can be used by the waveform generator function of the instrument.
It isn't directly related to the wavelength of the signals the generator can produce (assuming the sample rate is adjustable, which isn't clear).
It does give relationship between the lowest and highest frequency components in the signal generated. This limit would be about 8000:1. This would also limit the minimum duty cycle if you were using it to produce low duty cycle pulses.
It doesn't say anything at all about the actual oscilloscope waveform measuring function, or the data produced when measuring a signal with the oscilloscope.
Is a value of 3622260667 reasonable?
3622260667 what?
If that's the frequency of your signal in Hz, then no, it isn't reasonable to measure this with the scope you linked to. The scope has a bandwidth of about 300 MHz. It won't be useful to capture a signal with frequency 10x that.
edited 8 hours ago
answered 8 hours ago
The PhotonThe Photon
91k3 gold badges106 silver badges212 bronze badges
91k3 gold badges106 silver badges212 bronze badges
add a comment |
add a comment |
$begingroup$
It's not a wave length as in an actual wavelength. It's probably a contraction of waveform length! The amount of storage space the Arb generator (ha, another contraction!) has. That is you can store up to 16 k points (or individual samples) into its memory.
Although I have to admit, using typographic points (1 inch/72) to represent the wavelength could have some funny uses for millimeter- and sub-millimeter wave RF stuff; i.e. calling bands by the traditional point-size names.
Brevier band, anyone?
$endgroup$
add a comment |
$begingroup$
It's not a wave length as in an actual wavelength. It's probably a contraction of waveform length! The amount of storage space the Arb generator (ha, another contraction!) has. That is you can store up to 16 k points (or individual samples) into its memory.
Although I have to admit, using typographic points (1 inch/72) to represent the wavelength could have some funny uses for millimeter- and sub-millimeter wave RF stuff; i.e. calling bands by the traditional point-size names.
Brevier band, anyone?
$endgroup$
add a comment |
$begingroup$
It's not a wave length as in an actual wavelength. It's probably a contraction of waveform length! The amount of storage space the Arb generator (ha, another contraction!) has. That is you can store up to 16 k points (or individual samples) into its memory.
Although I have to admit, using typographic points (1 inch/72) to represent the wavelength could have some funny uses for millimeter- and sub-millimeter wave RF stuff; i.e. calling bands by the traditional point-size names.
Brevier band, anyone?
$endgroup$
It's not a wave length as in an actual wavelength. It's probably a contraction of waveform length! The amount of storage space the Arb generator (ha, another contraction!) has. That is you can store up to 16 k points (or individual samples) into its memory.
Although I have to admit, using typographic points (1 inch/72) to represent the wavelength could have some funny uses for millimeter- and sub-millimeter wave RF stuff; i.e. calling bands by the traditional point-size names.
Brevier band, anyone?
edited 8 hours ago
answered 8 hours ago
Richard the SpacecatRichard the Spacecat
8195 silver badges9 bronze badges
8195 silver badges9 bronze badges
add a comment |
add a comment |
Lorem Ipsum is a new contributor. Be nice, and check out our Code of Conduct.
Lorem Ipsum is a new contributor. Be nice, and check out our Code of Conduct.
Lorem Ipsum is a new contributor. Be nice, and check out our Code of Conduct.
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4
$begingroup$
You'd think that K wasn't kilo, but it probably is.
$endgroup$
– Chu
8 hours ago