Information for "Template:ML-Kopf"

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Display title	Template:ML-Kopf
Default sort key	ML-Kopf
Page length (in bytes)	315
Namespace	Template
Page ID	22
Page content language	en - English
Page content model	wikitext
Indexing by robots	Allowed
Number of redirects to this page	0
Number of subpages of this page	0 (0 redirects; 0 non-redirects)

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Page creator	David (talk \| contribs)
Date of page creation	16:50, 22 March 2016
Latest editor	Javier (talk \| contribs)
Date of latest edit	15:51, 25 August 2020
Total number of edits	3
Total number of distinct authors	3
Recent number of edits (within past 90 days)	0
Recent number of distinct authors	0

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Pages transcluded on (648)	Templates used on this page: Exercise 1.1: A Special Dice Game (view source) Exercise 1.1: Music Signals (view source) Exercise 1.1: Simple Filter Functions (view source) Exercise 1.1Z: Low-Pass Filter of 1st and 2nd Order (view source) Exercise 1.1Z: Sum of Two Ternary Signals (view source) Exercise 1.2: Coaxial Cable (view source) Exercise 1.2: Decimal/Binary Converter (view source) Exercise 1.2: Signal Classification (view source) Exercise 1.2Z: Measurement of the Frequency Response (view source) Exercise 1.2Z: Sets of Digits (view source) Exercise 1.3: Calculating with Complex Numbers (view source) Exercise 1.3: Fictional University Somewhere (view source) Exercise 1.3: Measured Step Response (view source) Exercise 1.3Z: Exponentially Decreasing Impulse Response (view source) Exercise 1.3Z: Winning with Roulette? (view source) Exercise 1.4: 2S/3E Channel Model (view source) Exercise 1.4: Low-Pass Filter of 2nd Order (view source) Exercise 1.4Z: Everything Rectangular (view source) Exercise 1.5: Rectangular-in-Frequency Low-Pass Filter (view source) Exercise 1.5Z: Sinc-shaped Impulse Response (view source) Exercise 1.6: Rectangular-in-Time Low-Pass Filter (view source) Exercise 1.6Z: Interpretation of the Frequency Response (view source) Exercise 1.7: Nearly Causal Gaussian Low-Pass Filter (view source) Exercise 1.7Z: Overall Systems Analysis (view source) Exercise 1.8: Variable Edge Steepness (view source) Exercise 2.1: Rectification (view source) Exercise 2.2: DC Component of Signals (view source) Exercise 2.3: Cosine and Sine Components (view source) Exercise 2.4: Rectified Cosine (view source) Exercise 2.5: Half-Wave Rectification (view source) Exercise 2.6: Complex Fourier Series (view source) Exercise 3.1: Spectrum of the Exponential Pulse (view source) Exercise 3.2: From the Spectrum to the Signal (view source) Exercise 3.3: From the Signal to the Spectrum (view source) Exercise 3.4: Trapezoidal Spectrum and Pulse (view source) Exercise 3.5: Differentiation of a Triangular Pulse (view source) Exercise 3.6: Even and Odd Time Signals (view source) Exercise 3.7: Synchronous Demodulator (view source) Exercise 3.9: Convolution of Rectangle and Gaussian Pulse (view source) Exercise 4.1: Low-Pass and Band-Pass Signals (view source) Exercise 4.2: Rectangular Spectra (view source) Exercise 4.3: Pointer Diagram Representation (view source) Exercise 4.4: Pointer Diagram for DSB-AM (view source) Exercise 4.5: Locality Curve for DSB-AM (view source) Exercise 4.6: Locality Curve for SSB-AM (view source) Exercise 5.1: Sampling Theorem (view source) Exercise 5.2: Inverse Discrete Fourier Transform (view source) Exercise 5.3: Mean Square Error (view source) Exercise 5.4: Comparison of Rectangular and Hanning Window (view source) Exercise 5.5: Fast Fourier Transform (view source) More...