(no commit message)

[wikirepo] / notes / Characterising_a_coupler / index.mdwn

diff --git a/notes/Characterising_a_coupler/index.mdwn b/notes/Characterising_a_coupler/index.mdwn
index 8703364..a952bd0 100644 (file)
--- a/notes/Characterising_a_coupler/index.mdwn
+++ b/notes/Characterising_a_coupler/index.mdwn
@@ -1,4 +1,4 @@
-I've got a minicircuits [ZDC-20-3]() 20dB directional coupler that I picked up
+I've got a minicircuits [ZDC-20-3](notes/Characterising_a_coupler/ZDC-20-3.pdf) 20dB directional coupler that I picked up
 cheap at a rally.  I'm interested to see how it matches up to the spec.
 
 | [[!img notes/Characterising_a_coupler/coupler_sch.png size=300x300]] |
@@ -9,7 +9,7 @@ directivity at 1MHz.  Right now, I'm interested in results at 5MHz, but that's
 the nearest point from the spec.
 
 I've no hope of measuring insertion loss to 0.3dB, so lets look at directivity
-and coupling instead.  Tools available are an FT817, and my W7ZOI [powermeter]().
+and coupling instead.  Tools available are an FT817, and my W7ZOI [powermeter](notes/W7ZOI_Power_Meter).
 
 To get a low power signal source I've set the rig to low power, and I'm
 using the tune tone from wsjt-x and adjusting the audio drive to control
@@ -49,7 +49,4 @@ might blame the 50R termination, see below:
 
 [[!img notes/Characterising_a_coupler/IMG_20180930_203828.jpg size=300x300]]
 
-[ZDC-20-3]: Characterising_a_coupler/ZDC-20-3.pdf
-[powermeter]: W7ZOI_Power_Meter
-
-[[!tag draft radio]]
+[[!tag radio]]