Please Scroll Down to See Forums Below
napsgear
genezapharmateuticals
domestic-supply
puritysourcelabs
UGL OZ
UGFREAK
napsgeargenezapharmateuticals domestic-supplypuritysourcelabsUGL OZUGFREAK

Where's Pick3?

mrplunkey

New member
I know it's the holidays and all, but damn! Can't you give your boy a holla?

Tell Mr. Long John to take a break and let you post to your broheims on EF.

No MO tho. I'm str9.6
 
Did plunk get a new more pwerful 5-axis processor from santa?

Plunk got an Agilent MSO9064A and an Agilent 81150A.

I'm in nerdvana today!

16blukp.jpg
 

So he can connect to his 5-axis thingy and a triggering source will send a waveform through a device and the output waveform will be captured on the o-scope and plotted voltage vs time

Or, he may use them in reverse, e.g . bit chase and capture waveforms from devices on the 0-scope that can be saved on a memory stick in .csv format, then analyzed via the arbitrary waveform generator
 
Or, he may use them in reverse, e.g . bit chase and capture waveforms from devices on the 0-scope that can be saved on a memory stick in .csv format, then analyzed via the arbitrary waveform generator

PRBS Pseudo-Random Binary Sequence
 
So he can connect to his 5-axis thingy and a triggering source will send a waveform through a device and the output waveform will be captured on the o-scope and plotted voltage vs time

Or, he may use them in reverse, e.g . bit chase and capture waveforms from devices on the 0-scope that can be saved on a memory stick in .csv format, then analyzed via the arbitrary waveform generator

Why?
 
Thats one of the Newer ones (o-scope), Nice. Is that a 400hz sine?
Sig-gen looks decent. Low power though

It's one of the top Agilent scopes (9000 series). So it's got digital (logic analyzer), analog, waveform capture, remote programming, etc. etc.

The signal generator is a dual channel, high frequency, low output model. I don't do high power applications. But the real advantage of that particular model is the ability to load arbitrary waveforms in it via USB and run them.

This weekend may be my first good chance to mess with it. Right now it's just sitting idle.
 
It's one of the top Agilent scopes (9000 series). So it's got digital (logic analyzer), analog, waveform capture, remote programming, etc. etc.

The signal generator is a dual channel, high frequency, low output model. I don't do high power applications. But the real advantage of that particular model is the ability to load arbitrary waveforms in it via USB and run them.

This weekend may be my first good chance to mess with it. Right now it's just sitting idle.

But why? What do you study?

Nanoparticles, physics... I get it, but what are you researching/evaluating

There are many uses for an oscilloscope -- what are YOU doing with it?
 
But why? What do you study?

Nanoparticles, physics... I get it, but what are you researching/evaluating

There are many uses for an oscilloscope -- what are YOU doing with it?

He's heading up the search for teh God particle with his 0-scope
 
It's one of the top Agilent scopes (9000 series). So it's got digital (logic analyzer), analog, waveform capture, remote programming, etc. etc.

The signal generator is a dual channel, high frequency, low output model. I don't do high power applications. But the real advantage of that particular model is the ability to load arbitrary waveforms in it via USB and run them.

This weekend may be my first good chance to mess with it. Right now it's just sitting idle.
Yea I've seen those 9000 series. They are reallly nice.
Channel 4 still used for a trigger? or does it trigger internally

You can load wave forms into the Sig-Gen via USB?!?!?!?!?!?!?!?! Thats impressive.
 
Yea I've seen those 9000 series. They are reallly nice.
Channel 4 still used for a trigger? or does it trigger internally

You can load wave forms into the Sig-Gen via USB?!?!?!?!?!?!?!?! Thats impressive.

wut does RS load you with?

is it triggered internally?
 
Yea I've seen those 9000 series. They are reallly nice.
Channel 4 still used for a trigger? or does it trigger internally

You can load wave forms into the Sig-Gen via USB?!?!?!?!?!?!?!?! Thats impressive.

It can internally or externally trigger on a ton of things (analog edges, analog intervals, serial patterns, NTSC/PAL signals, SPI, CAN, I2I, logic edges, etc. etc.)

So far, I'm impressed with it. Things have come a long way since the old analog tek scopes.
 
It can internally or externally trigger on a ton of things (analog edges, analog intervals, serial patterns, NTSC/PAL signals, SPI, CAN, I2I, logic edges, etc. etc.)

So far, I'm impressed with it. Things have come a long way since the old analog tek scopes.

Oh the old Tek blue screens. Trying to find the trace, manual measurement markers for pk-pK and time, Oh and trying to stop signals from dancing with the level knob....
Times have changed.

DrOiD BioNiC EF App!
 
Oh the old Tek blue screens. Trying to find the trace, manual measurement markers for pk-pK and time, Oh and trying to stop signals from dancing with the level knob....
Times have changed.

DrOiD BioNiC EF App!

tr00

signal sampling > signal tracing



just sayin'
 
tr00

signal sampling > signal tracing



just sayin'
The Trace is not a signal.... When you couldn't find the signal, you hit the trace button and it brought up a bright DOT to see where your ground level was in relation to where the signal will be......
Your totally off base.

jus' sayin
 
The Trace is not a signal.... When you couldn't find the signal, you hit the trace button and it brought up a bright DOT to see where your ground level was in relation to where the signal will be......
Your totally off base.

jus' sayin

it was in old analogy o-scopes

now the signal is sampled

http://socrates.berkeley.edu/~phylabs/bsc/Supplementary/Lab1/xyz_scopes.pdf

In contrast to an analog oscilloscope, a digital oscilloscope uses an analog-to-digital converter (ADC) to convert the measured voltage into digital information.

It acquires the waveform as a series of samples, and stores these samples until it accumulates enough samples to describe a waveform. The digital oscilloscope then re-assembles the waveform for display on the screen.
 
it was in old analogy o-scopes

now the signal is sampled

http://socrates.berkeley.edu/~phylabs/bsc/Supplementary/Lab1/xyz_scopes.pdf

In contrast to an analog oscilloscope, a digital oscilloscope uses an analog-to-digital converter (ADC) to convert the measured voltage into digital information.

It acquires the waveform as a series of samples, and stores these samples until it accumulates enough samples to describe a waveform. The digital oscilloscope then re-assembles the waveform for display on the screen.

LOLOLOLOL you said analogy...

Your face is an ANALog to digital converter

DrOiD BioNiC EF App!
 
Top Bottom