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--- projects:freqbuddy [2024/01/21 18:28] – How it works simpel
+++ projects:freqbuddy [2024/01/21 18:36] (current) – [Data entry] shorten description simpel
@@ Line 5: / Line 5: @@
 project-owner       : Simpel
 git-url_url         : https://github.com/SimpelMe/freqbuddy
-project-description : FreqBuddy shows you the best 8 interference-free radio frequencies (UHF) within a TV channel (8 MHz grid).
+project-description : Get the best 8 interference-free frequencies (UHF) within a TV channel.
 project-member      : @@project member@@
 project-status_     : in production
 ----
 ----
@@ Line 16: / Line 18: @@
 This tool calculates the best interference-free radio frequencies (UHF) within a TV channel (8 MHz grid). Only one TV channel is analyzed in isolation. Additional frequencies from other TV channels are **not** checked for compatibility.
+{{:projects:freqbuddy_screenshot.png?400|}}
 ==== Important note ====
@@ Line 57: / Line 60: @@
   * min. 200 kHz spacing 2TX-IM(3) - 3rd order intermodulation of 2 transmitters
   * min. 100 kHz spacing 3TX-IM(3) - 3rd order intermodulation of 3 transmitters
-  * Intermodulation strength: **F1**: 54 %, **F2**: 65 %, **F3**: 49 %, **F4**: 67 %, **F5**: 81 %, **F6**: 63 %, **F7**: 82 %, **F8**: 66       % (The higher the percentage, the better the signal.)
+  * Intermodulation strength: **F1**: 54 %, **F2**: 65 %, **F3**: 49 %, **F4**: 67 %, **F5**: 81 %, **F6**: 63 %, **F7**: 82 %, **F8**: 66 % (The higher the percentage, the better the signal.)
 The minimum requirements for intermodulation resistance are met in all cases. These values apply to the increasing frequency intervals. The order must be reversed for the descending frequency intervals.