update ID52 page

content/equipment/handhelds/icom-id52/index.md

@@ -4,7 +4,7 @@ summary: >
   A really awesome handheld radio -- and it does D-STAR as a
   bonus. Check it out -- it's cool!
 date: 2021-12-10
-lastmod: 2023-11-27T17:37:48+0000
+lastmod: 2024-03-10T14:33:52+0000
 #categories:
 #- amateur-radio
 showBreadcrumbs: true
@@ -114,30 +114,28 @@ and hit <kbd>Enter</kbd> to view the last 50 received pictures in the history. H
 <kbd>Enter</kbd> again to view details about the selected image (like sender and
 receiver information, time and date as well as some basic info about the picture itself).
 
-## Output power on 2m (144 MHz)
+## Power output
 
-Due to my new tinySA ultra I've measured the output power of the ID-52
+| Power output diagrams | |
-<mark>around 145.550 MHz</mark> with the following outcome.
+| --- | --- |
+| ![output power on 2m band](power-2m.png) | ![output power on 70cm band](power-70cm.png) |
 
-| higher output power settings | lower output power settings |
+I've found out how to measure more than 4 traces at once (hint:
-| :---: | :---: |
+disable <kbd>TRACKING</kbd> in the Marker options)
-| ![high output power setting](high-power.png) | ![low output power setting](low-power.png) |
 
-I can only measure 4 traces at once so I had to measure the fourth power setting into a
+The measured output power around 144.500 MHz and 433.500 MHz are:
-separate picture (picture 1 trace 1 @ 5 W becomes picture 2 trace 1 @ 120 mW).
 
-The measured output power around 144.550 MHz are:
+| Power setting  | Output power 2m | Output power 70cm |
+| :---- | :----- | :----- |
+| S-Low | 107 mW |  99 mW |
+| Low1  | 539 mW | 443 mW |
+| Low2  | 1.09 W | 783 mW |
+| Mid   | 2.45 W | 2.21 W |
+| High  | 6.26 W | 4.94 W |
 
-| Power setting  | Output power (measured) |
+## Harmonics
-| :---  | :---   |
-| S-Low | 120 mW | 
-| Low1  | 600 mW |
-| Low2  | 1.33 W |
-| Mid   | 3.35 W |
-| High  | 5.96 W |
-
-## Harmonics on 2m (144 MHz)
 
+Only measured on the 2m band.
 
 ![harmonics](harmonics.png "I could not see any harmonics at <mark>145.550 MHz</mark>.  
 For people that cannot read the small fonts properly: the graph goes up to 3 GHz.")