Rohde & Schwarz's Pocket Guide
Key Characteristics of Signal Generators and Modulation Methods
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Rohde & Schwarz Pocket Guide (2): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (1): Signal Generators & Modulation - RF CafeRohde & Schwarz has been publishing a series of good old-fashioned printed (aka hard copy) Pocket Guides on RF test and measurement topics. This latest one titled, "Key Characteristics of Signal Generators and Modulation Methods: Pocket Guide," arrived in my mailbox (the physical one at the curb, not Outlook). There are 116 pages chock full of an amazing amount of descriptions, equations, tables, and graphs. The main topic areas are analog, vector, and arbitrary (ARB) waveform generators, and analog and digital modulation methods. It also reviews associated topics like phase noise, VSWR, intercept points, etc. A sampling of them are reproduced below. You can get your own free copy by filling out the form on the R&S website.

Rohde & Schwarz Pocket Guide (3): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (4): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (5): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (6): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (7): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (8): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (9): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (10): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (11): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (12): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (13): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (14): Signal Generators & Modulation - RF CafeRohde & Schwarz Pocket Guide (15): Signal Generators & Modulation - RF Cafe

Featured Product Archive

The inventions and products featured on these pages were chosen either for their uniqueness in the RF engineering realm, or are simply awesome (or ridiculous) enough to warrant an appearance.

| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 |

Errata: Please note the following correction for the phase noise equation on page 27

     From:  v(t) = V0+ε(t))∙sin(2πf0 + ∆φ(t))

         To:  v(t) = (V0+ε(t))∙sin(2πf0t + ∆φ(t))

 

 

Posted October 8, 2018