Difference between revisions of "Electroacoustics/Signals (Q890)"
From CompetenceBase
(Changed claim: knowledge detail (EN) (P35): parameters of a pure tone signal) | (Removed claim: knowledge detail (EN) (P35): analog frequency-dependent components, their frequency response and phase shifts) | ||
| Property / knowledge detail (EN) | |||
| - | |||
| Property / knowledge detail (EN): analog frequency-dependent components, their frequency response and phase shifts (English) / rank | |||
| - | |||
| Property / knowledge detail (EN): analog frequency-dependent components, their frequency response and phase shifts (English) / qualifier | |||
| - | |||
| Property / knowledge detail (EN): analog frequency-dependent components, their frequency response and phase shifts (English) / qualifier | |||
| - | |||
| Property / knowledge detail (EN): analog frequency-dependent components, their frequency response and phase shifts (English) / qualifier | |||
| - | |||
Revision as of 18:30, 29 July 2024
pure tones, complex tones and noise, their electrical representation and its properties
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Electroacoustics/Signals | pure tones, complex tones and noise, their electrical representation and its properties |
Statements
6
0 references
10
0 references
parameters of a pure tone signal (English)
can determine and explain amplitude, period, peak voltage and frequency from an oscilloscope or calibrated waveform display (English)
0 references
relative phase of two pure-tone signals of identical frequency (English)
can determine phase angle on a two-channel oscilloscope and predict the summation result (English)
0 references
level arithmetic (English)
can explain relative and absolute levels in decibels and perform simple calculations, taking into account summation rules of correlated and uncorrelated signals (English)
0 references
constraints of analog systems (English)
can explain the constraints and how they manifest in practice (English)
0 references
clipping, signal discontinuities, and their audible effects (English)
can identify clipping and discontinuity artefacts by ear (English)
0 references
common reference levels in audio engineering (English)
digital level: dB FS (full scale) (English)
voltage levels: dBV, dBu (English)
power levels: dBm (English)
antenna gain relative to isotropic radiator: dBi (English)
0 references
field vs. energy quantities and their logarithmic representations (English)
10 log for energy quantities (English)
20 log for field quantities (English)
0 references
orders of magnitude of common signal voltages in audio engineering (English)
power amp output voltage (English)
microphone level (English)
line level (English)
0 references
voltage and power transmission (English)
0 references
peak and RMS voltage and metering (English)
0 references
interference of electrical signals analogous to acoustic interference (English)
0 references
principle and advantages of symmetrical signal transmission (English)
0 references
effects and uses of all-pass filters (English)
0 references
SQQ7 - 1.4.1
0 references
Fundamental signal theory is the basis for everything that we do. It helps us sort and categorize our daily listening experiences, and to form a practical understanding of the tools we use (and how to use them even better), but also to recognize their limitations. (English)
0 references
Signaltheorie ist die Grundlage unseres Handelns. Sie hilft uns, unsere täglichen Arbeits- und Hörerfahrungen einzuordnen, ein praktisches Verständnis unserer Werkzeuge zu entwickeln, sie noch besser zu nutzen, aber auch, ihre Grenzen zu erkennen. (German)
0 references