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Rohde & Schwarz User Manual for the R&S®HMF2525 and R&S HMF®2550 Arbitrary Function Generators.
Rohde & Schwarz SCPI Programmers Manual for the R&S®HMF2525 and R&S HMF®2550 Arbitrary Function Generators.
HMF2525 / HMF2550 - Using burst mode with infinite repetition HMF2550, HMF2525, burst mode, infinite repetition HMF2525 / HMF2550 - Using burst mode with infinite repetition HMF2550, HMF2525, burst mode, infinite repetition Related Products
I use the HMF2550 as a Sinus generator in combination with AM modulation. The power level of my modulated signal is too low. If I switch off modulation (pure CW) the signal level is fine again. What's the background of this behavior?
When using the HMF 25xx the output impedance can be changed. Is it really switched electronically or is it solved by the mathematic way?
We are talking about positive and negative numbers. Which method do I have to use? I know at least three ways of handling binary data with positive as well as negative values.
How can I generate, transfer and process an arbitrary waveform file for the HMF2550 using remote control? I found no command to load a wave form file from the USB stick.
Use the HMExplorer to create one waveform for the 600 kHz and one for the 900 kHz sine wave in the arbitrary mode. Then please combine both waveforms via the sum function to one waveform.
Single Pulse via the HMF2525/HMF2550 Signal Generator by using the enter key as a trigger source Single Pulse via the HMF2525/HMF2550 Signal Generator by using the enter key as a trigger source Related Products
HMF2550 - Specifications
Models: R&S®HMF2525, R&S®HMF2550
Models: R&S®HMF2525, R&S®HMF2550
Models: R&S®HMF2525, R&S®HMF2550
The first part of this educational note presents the applications for and the most important types of signal generators. This is followed by a description of the construction and functioning of analog and vector signal generators.
03-May-2016 | AN-No. 1MA225