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PULSE-SHAPING CIRCUITS | Electronics World
http://elektroarsenal.net/pulse-shaping-circuits.html
Pulse shaping is used in the implementation of digital communication systems to minimize ISI caused by nonideal channel characteristics and nonideal component implementations. Pulse shaping is performed in the transmit and receive filters of a communication system. The most common class of filters used for pulse shaping are Nyquist …
Pulse-Shaping Basics - Circuit Cellar
https://circuitcellar.com/cc-blog/pulse-shaping-basics/
Pulse shaping (i.e., base-band filtering) can vastly improve the behavior of wired or wireless communication links in an electrical system. With that in mind, Circuit Cellar columnist Robert Lacoste explains the advantages of filtering and examines Fourier transforms; random non-return-to-zero NRZ signaling; and low-pass, Gaussian, Nyquist, and raised-cosine filters.
Pulse Shaping Circuit Software - Free Download Pulse ...
https://www.winsite.com/pulse/pulse+shaping+circuit/index2.html
Pulse Shaping Circuit Software - Free Download Pulse Shaping Circuit (Page 2) Pulse Shaping Circuit Software Pulse Master Pro RC v.5.3 Pulse Master is a neat Audio player which supports most of the popular audio formats.Features include:- Increasing/decreasing audio tempo (speed) without distorting the pitch.-
Pulse shaping - All About Circuits
https://forum.allaboutcircuits.com/threads/pulse-shaping.35687/
"Typically pulse shaping occurs after line coding and before modulation." Then it says: "Transmitting a signal at high modulation rate through a band-limited channel can create intersymbol interference" So if pulse shaping is done before modulation, why do they say "high modulation rate".
LAB 4: PULSE SHAPING AND MATCHED FILTERING
http://ecelabs.njit.edu/sdr/lab4/overview.pdf
Pulse shaping: Pulse shaping filter must be chosen carefully not to introduce intersymbol interference. Some of the commonly used pulse shaping filters are listed below: (i) Rectangular pulse shape: This pulse shape has poor spectral properties with high sidelobes. (ii) Sinc pulse shape: Theoretically, the sinc filter has ideal spectral properties, as the
Pulse Shaping - Lawrence Berkeley National Laboratory
https://www-physics.lbl.gov/~spieler/physics_198_notes_1999/PDF/V-3-Resolution-2.pdf
Pulse Shaping Two conflicting objectives: 1. Improve Signal-to-Noise Ratio S/N Restrict bandwidth to match measurement time ⇒ Increase Pulse Width 2. Improve Pulse Pair Resolution ⇒ Decrease Pulse Width Pulse pile-up distorts amplitude measurement Reducing pulse shaping time to 1/3 eliminates pile-up. TIME A M P L I T U D E TIME A M P L I T U D E
pulse shaping | Encyclopedia.com
https://www.encyclopedia.com/computing/dictionaries-thesauruses-pictures-and-press-releases/pulse-shaping
Pulse-shaping circuits may receive pulses that are distorted and convert them into rectangular pulses, sometimes incorporating a monostable circuit to set the output pulse width, although this is not regarded as good practice. Another application of pulse shaping is in controlling the edge speed of pulses or limiting overshoots.
Filters & Wave Shaping - Learn About Electronics
http://www.learnabout-electronics.org/Downloads/ac_theory_module08.pdf
Filters & Wave Shaping Passive Filters & Wave Shaping Introduction to Passive Filters Passive filters, often consisting of only two or three components, are used to reduce (ATTENUATE) the amplitude of signals. They are frequency selective, so they can reduce the signal amplitude at some frequencies, without affecting others.
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