![Figure 4: The two sequences for the cross correlation of x0[n] and x3[n].](https://www.wavewalkerdsp.com/wp-content/uploads/wordpress-popular-posts/5515-featured-75x75.png)
![Figure 1: The weights of the partitioned half band filter hA[n] and hB[n].](https://www.wavewalkerdsp.com/wp-content/uploads/wordpress-popular-posts/2226-featured-75x75.png)
Complex Frequency Shifting in Continuous Time
December 1, 2022
Menu
Most Popular
-
Square Root Raised Cosine Filter in Python
-
Building a PSK and QAM Modulator in Python
-
Cross Correlation Explained With Real Signals
-
DFT Frequency Resolution Explained
-
New GNU Radio Beginner Tutorials!
-
FIR Low Pass Filter Design with Remez
-
Install and Run LaTeX on macOS
-
Half Band Filter Design: Exceptional Filtering Efficiency!
-
Using Euler’s Formula to Derive Sine and Cosine
-
Polyphase Half Band Filter for Decimation by 2
-
The Design of Everyday Things: Book Review
-
Fourier Transform Explanation as a Cross-Correlation
-
Designing FIR Filter Gain
-
How to Create Additive White Gaussian Noise (AWGN)
-
The DSP Family Tree: Grow Your Career
The Blog
The Design of Everyday Things: Book Review
November 1, 2022
Wave Walker DSP at GRCon 2022!
October 19, 2022
Deriving the Ideal Low Pass Filter (LPF)
October 1, 2022
Introduction to Interpolation and Upsampling
September 1, 2022
One Year Anniversary!
August 24, 2022
Single Pole IIR Filter: Substitute for Moving Average Filter
August 10, 2022
Bandwidth of a Moving Average Filter
August 3, 2022
Easy Guide to Logarithms and Decibels
July 20, 2022
Buy the Book!
4.5 star rating with 35 copies sold! Foundations of Digital Signal Processing: Complex Numbers is available Amazon now! Simple explanations for complex numbers.
Previous
Next
Blog Posts by Category
DSP Resources
Page Views
- 26,909 hits
SEO
#1 Google search result for:
- Square Root Raised Cosine Python
- DFT Resolution
- Low Pass Remez
- Amazon eBook LaTeX
- Amazon Paperback LaTeX
Recorded December 2022