User contributions for OnlyDPCanSaveMe

16 April 2025

• 17:3817:38, 16 April 2025 diff hist +505‎ N File:Dc blocker.grc ‎ The DC Blocker is a computationally efficient block designed to remove the DC component from a signal, useful for applications like AM signal processing, where a DC bias may be introduced. It creates a tight notch filter around DC, outperforming simpler IIR filters, with configurable parameters: a delay line length (default 32, adjustable to widen/narrow the notch) and a long form option (True for a flatter response with higher group delay, False for faster processing with lower delay). current
• 17:3617:36, 16 April 2025 diff hist +504‎ N File:DC Blocker.png ‎ The DC Blocker is a computationally efficient block designed to remove the DC component from a signal, useful for applications like AM signal processing where a DC bias may be introduced. It creates a tight notch filter around DC, outperforming simpler IIR filters, with configurable parameters: a delay line length (default 32, adjustable to widen/narrow the notch) and a long form option (True for a flatter response with higher group delay, False for faster processing with lower delay). current

14 April 2025

• 20:1020:10, 14 April 2025 diff hist −622‎ File:Log Power FFT, 913 x 278.png ‎No edit summary current
• 20:0620:06, 14 April 2025 diff hist −20‎ Log Power FFT ‎No edit summary current
• 19:4919:49, 14 April 2025 diff hist −44‎ Log Power FFT ‎No edit summary
• 19:4819:48, 14 April 2025 diff hist +45‎ Log Power FFT ‎No edit summary
• 17:1717:17, 14 April 2025 diff hist −4‎ Log Power FFT ‎No edit summary
• 17:1617:16, 14 April 2025 diff hist +1,107‎ Log Power FFT ‎ add Example Flowgraph
• 17:0717:07, 14 April 2025 diff hist +236‎ N File:Log Power FFT.grc ‎ A flowgraph in GNU Radio Companion demonstrates the Log Power FFT block by processing a 1 kHz sine wave and displaying its spectrum with a peak at ±1,000 Hz at 0 dB, using an FFT size of 1024 and a reference scale of 512. current
• 17:0617:06, 14 April 2025 diff hist −290‎ File:Log Power FFT, 913 x 278.png ‎No edit summary
• 17:0117:01, 14 April 2025 diff hist +1,218‎ N File:Log Power FFT, 913 x 278.png ‎ This summary describes how to create a flowgraph in GNU Radio Companion (GRC) using the Log Power FFT block to process a sine wave signal and visualize its logarithmic power spectrum. The setup is straightforward, and the output aligns with the expected behavior of the block as described. Flowgraph Components and Configuration. Signal Source Generates a sine wave. Frequency: 1 kHz. Sample Rate: 32,000 samples per second (32 kHz). Amplitude: 1 (a simple, clean input signal). Throttle Block...