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Declassification/Security documents for TDS3054D

Hi I am looking to run DDR5 software packages and signal Integrity functions on our MSO7804DX Scope. Everything available please

We are seeking a two channel Function Generator capable of producing output less than 50 mVpp when load is Hi-Z mode.

In addition we are going to have to use an external power supply to provide a 25 VDC offset to overcome limitations of the instruments. Can you recommend a function generator that can meet these requirements, and how we could connect the DC supply in series with the function generator output?

For the dBm calculation, what is the impedance assumed? Is this based on channel impedance or some other factor?

Over the past week I have been seeing that my units time has been slowly lagging behind, to the point where today it sits 48 minutes behind the actual time. I tried setting it to EST, then back to PST to refresh it, but unfortunately, it stayed at the same time.

Is there a software package that allows data logging from an MDO34 Oscilloscope? I have downloaded the free trial of the kickstart software but it doesn't seem to be able to data-log for the MDO34

I am looking to capture and data record signals going into my MSO4034, OpenChoice is one option, but I would like to know what all my options (preferably the free options) so the students can collect data.

I wish to capture/record/save file 5 seconds of time vs voltage data for 4 channels. I wish to start the data capture when channel 1 exceeds 0.1V. Channel 1 is a PWM signal at 20kHz. Channels 2-4 are 20kHz as well. I am sending a PWM signal into a device (channel 1) and wish to record the response over 5 seconds for channels 2-4.
It seems all I have been able to record/save file is what is present or viewed on the oscilloscope screen. This means the x-axis (time) on the screen needs to be about 6 seconds. I capture/record that data in the "c-drive" onboard the scope. When I transfer it off the scope to my computer for post processing the resolution is just not there. The data is sampled at a very low sampling rate so all the details are lost. I expect 5 secs x 20000 data points/sec = 100000 data points per channel and the data is just not there. The square wave PWM signal is a course sinewave. When I change the time axis cover just a few microseconds the detail is there in the signals.
Is it possible to capture data at full resolution and not just what is showing on the screen? I need to capture about 5 to 6 seconds of all 4 channels at microsecond or better resolution. I have read and re-read the manual but it provides no guidance on this.

Our design group for is currently trying to run CV tests, both high frequency and low, and we ran into an issue. ACS doesn’t have any test modules for the 590 or 595. We wanted to know if there are any test modules that we can import and that can be found online. This would save us time and effort so that we don’t need to script a new one. If we did need to script a new one could we potentially use the script from a 4200 CVU model? We are also using Keithley source meters to pair with all of this (2636B).

I'm currently trying to perform a CV measurement with my 2400 and I'm confused about the connections working the counter and reference electrode. Do you have any schematics to help connect to the 2400. If this unit is not capable, would using my 2636 be better for this?