RePhase X64 [March-2022]

warrod/ Julho 4, 2022/ Uncategorized/ 0 comments

rePhase is a simple and easy-to-use application that comes in handy for users who want to easily generate finite impulse responses (FIR) tailored to reverse phase shifts.
Using rePhase you have the possibility to generate linear-phase equalizers and crossover filters of arbitrary slopes and optimize them for the best results with a given number of taps.

 

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DownloadDOWNLOAD (Mirror #1)

 

 

 

 

 

RePhase Crack + Free Download [Latest 2022]

Generate FIR filters or crossovers to cancel the desired phase response.
Input filtering: The generated FIR filter can be used to generate and apply an input filter to reduce the undesired phase response.
Output filtering: The generated FIR filter can be used to generate and apply an output filter to reverse the desired phase response.
Output phase error: The phase error between the desired and the output phase is displayed to visualize the effect of the applied filter.
Generated FIR filter size: The filter size, in number of taps, is displayed.
Filter slope: The filter slope is displayed.
Filter equalization: A suitable value for the desired number of taps is displayed.
Crossover filter optimization: A flowchart allows choosing the best number of taps for a given crossover filter output.
You can use this filter to minimize the memory usage and improve performance for wav files.

This app is released on GitHub under GNU GPL 2.0 license.

…and it’s really easy to use.
You have to create a file by selecting “new file” and create the FIR filter.
Then “Save” the file and paste the FIR filter into the “create crossover filter”.
Choose the function “crossover filter optimization” to optimize the size of the FIR filter for a crossover filter.
Your desired number of taps are shown and a flowchart is displayed to choose the best value of the number of taps.

That’s it.

This is for PRC 16.
In section 15 of PRC 16 you can find a microphone soundcard for PRC 16.

This is video demonstration rePhase in action:

You can download the current version rePhase from GitHub:

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RePhase Product Key Full

Generate FIR filters that match your needs from a set of linear-phase equalizer coefficients.
Automatically optimize (by intercept) the generated filters for the best results with the lowest number of taps in equalizers and crossover filters.
Optimize linear-phase equalizers for the selected crossover filter.
Filter optimizer:

Generate and optimize crossovers from 1 to 16 taps
Automatically generate 5 crossover points
Automatically determine the selected order of crossover points

Generate FIR filters that match your needs from a set of equalizer coefficients for the selected type of equalizers.
Generate crossover filters of the selected order from 1 to 16 taps
Automatically optimize the generated crossover filters for the best results with the lowest number of taps in equalizers.
Generate optimized coefficients for the selected equalizer types.
Replace generated FIR filters with predefined samples of them.

Requirements

To use rePhase For Windows 10 Crack you need:

Selected order of equalizer or crossover filter from 1 to 16 (or number of taps between 1 and 15)
Optionally: number of taps and order of equalizers for which to generate equalizer coefficients
You must select equalizer or crossover filter type (LT, HT or LH) and filter slope or order (linear and optimum) in order to get the best result with the lowest number of taps.
If you decide to replace predefined samples of FIR filters generated by rePhase, you can choose between the following scenarios:

Option 1: generate FIR coefficients for equalizer or crossover filter that match an interface sample
You can either select an interface sample from Audio Mined demo libraries or use rePhase to generate FIR filter coefficients using an interface sample.

Option 2: generate equalizer or crossover filter samples with predefined coefficients
If you want to start with already generated FIR samples of equalizer or crossover filter, you can use the Sample Generator section of rePhase. Simply select the filter type and order that you want and then follow the instructions.

If you want to generate the coefficients for the minimum number of equalizer or crossover filter taps, click Reset Taps button.
If you want to generate all possible equalizer or crossover filter taps of a fixed number of taps, click Generate all taps button.

In this way you can generate FIR filters to be used as equalizers or crossover filters with any number of taps. The only limitation is that equalizers and crossover filters with different numbers of taps must have the
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RePhase

rePhase is a software application that generates FIR filters and crossover filters to emulate linear-phase equalizers.
rePhase does this by “deriving” the input/output relationship of a linear-phase equalizer from the linear phase-shifting structure of the notch filter included in the software.
A notch filter is basically a high-order low-pass filter with a given stop band and pass band. If a notch filter has a stop band of [-f, f] and a pass band of [0, f], then its transfer function is

The transfer function of a linear phase equalizer is exactly the same.
So, if you derive the transfer function of a notch filter with a given passband and stopband and use this to generate FIR filters and crossover filters, then you’ll get FIR filters and crossover filters that act like linear-phase equalizers.
The more notch filters you use, the better optimized the resultant FIR/crossover filter becomes.
This application is good at generating as well as optimizing FIR/crossover filters that are:

Equalizers that emulate lowpass/bandpass (flat-gain) filters (also known as rejectors).
Equalizers that emulate “cabinet” filters.
“Highpass” filters with the input signal and the output signal swapped.

The equality between an equalizer and a notch filter is very important as this means that every equalizer has a notch filter that is the inverse of its own transfer function.
Benefits of rePhase:
Each equalizer/crossover filter can be optimized to yield the best possible performance for a given number of taps. The optimization procedure is all done in software by comparing the optimum for the specified number of taps against all other equalizers of the same order for a given number of taps.
Because rePhase derives the input/output relationship of a notch filter, you don’t need any of the usual optimization tools to derive an equalizer. So, you can directly derive filters with the requested number of taps and have them optimized for the best performance.
Usage:
If you want to generate linear-phase equalizers you’ll need to use the “Generate equalizer” option. By default, the generation is done for FIR filters and cross-over filters. You can change the generation to be done for IIR filters and peak filters.
The “Filter optimization” option creates all the needed information to optimize your filters and transfers them to a suitable programming language.

What’s New in the?

– take parameters, for example, the difference between pass and stop band and attenuation in pass band;
– choose the number of pulses for the FIR filters;
– click on your pc or place the application onto a cd;
– load the cd, no more than a five seconds;
– press the “generate” button;
– the presets for the FIR filters are all ready for download.
– the application will generate the presets and the FIR filters.
– just put the FIR filters in your editing software and start tweaking.
In the previous versions of rePhase the FIR filters were fixed-points FIR filters,
this version of rePhase uses M-length fixed-point FIR filters.
The fixed-point FIR filter has a reduced precision as compared to a floating point FIR filter.
Fixed-point FIR filters are faster as they have a smaller circuit size.
rePhase uses a windowing FIR filter that has its first zero-degree coefficient at index 1 and all other coefficients at index 2.
The next FIR filter will have its zero-degree coefficient at index 3 and so on.
If the FIR filter is symmetrical the previous zero-degree coefficient will be the first zero-degree coefficient of the next FIR filter.
Therefore, a windowing FIR filter can be generated easily by clicking on the “generate” button when starting
a new FIR filter.
The time-domain gain vector can be calculated easily by doing the following:
– calculate the first FIR filter using the windowing FIR filter;
– put the first FIR filter in the bottom half of the FIR filter;
– shift the time-domain vector one time through the FIR filter;
– calculate the second FIR filter and put it in the top half of the FIR filter;
– shift the time-domain vector one time through the FIR filter;
– calculate the third FIR filter;
-… until all FIR filters have been calculated.
You will find that the gain vector increases by one at each time shift of the FIR filter.
Note that the gain vector is calculated backwards from the output of the FIR filter.
Time-domain filter parameters:
The time-domain coefficients of the FIR filter are calculated from the frequency-domain coefficients of the FIR filter.
In the previous versions of rePhase, the time-domain coefficients were not scaled by the first, the second and the third zero-degree coefficient.
In rePhase Version 4.0.1, rePhase allows

System Requirements:

Intel® Core™ i7-3770, 8 GB RAM
Intel® Core™ i5-2500, 6 GB RAM
Intel® Core™ i5-2400, 4 GB RAM
Intel® Core™ i5-2320, 3.4 GHz
AMD Phenom II X4 940, 6 GB RAM
AMD Phenom II X3 720, 4 GB RAM
AMD Phenom II X2 550, 3.4 GHz
NVIDIA GeForce GT330, 2 GB RAM
NVIDIA GeForce

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