--- a/content/eip545b_6.rst	Thu Nov 05 22:14:33 2020 +0100
+++ b/content/eip545b_6.rst	Thu Nov 05 22:15:16 2020 +0100
@@ -13,8 +13,8 @@
 ==================
 
 I have been trying to figure out a bit more about the `sensitivity problem
-<{static}/eip545b_3.rst#sensitivity-problem>`_ described in `part 3
-<{static}eip545b_3.rst>`_.
+<{filename}/eip545b_3.rst#sensitivity-problem>`_ described in `part 3
+<{filename}/eip545b_3.rst>`_.
 
 The main problem remains the first YIG sphere that has fall off the holding
 rod. I have tried to manipulate it with thin wood stick, under my cheap USB
@@ -31,12 +31,12 @@
 
 The overall process of the Band 3 is as follow:
 
-.. image:: {static}images/eip545b/band_3_operations.png
+.. image:: {static}/images/eip545b/band_3_operations.png
    :alt: Simplified Band 3 Operations
 
 For which the first step is the search for signal:
 
-.. image:: {static}images/eip545b/band_3_search.png
+.. image:: {static}/images/eip545b/band_3_search.png
    :alt: Band 3 Search for Signal
 
 I seems to me that the RF level is used for two purposes: in the search for
@@ -62,7 +62,7 @@
 In order to understand, I have drawn the schematics of the board on which are
 the IF amplifier and the video amplifier:
 
-.. image:: {static}images/eip545b/A201_2020303.jpg
+.. image:: {static}/images/eip545b/A201_2020303.jpg
    :alt: A201 RF amplifier board
 
 Fortunately, the board is quite simple, and despite being made of SMD
@@ -70,7 +70,7 @@
 
 The schematics looks like:
 
-.. image:: {static}images/eip545b/A201.svg
+.. image:: {static}/images/eip545b/A201.svg
    :alt: Schematic of the A201 RF amplifier board
 
 The video amplifier consist of a simple MC1458 opamp (mainly a dual 741).
@@ -98,7 +98,7 @@
 
 The YIG tuned filter and mixer assembly looks like:
 
-.. image:: {static}images/eip545b/YIG-mixer.jpg
+.. image:: {static}/images/eip545b/YIG-mixer.jpg
    :alt: YIG filter output and mixer assembly
 
 Once again, I am trying to understand what this whole thing works, but I really