diff -r 33cd55d481ba -r 6b6e13653348 content/ZPB30A1.rst
--- a/content/ZPB30A1.rst	Wed Oct 16 21:52:38 2019 +0200
+++ b/content/ZPB30A1.rst	Wed Oct 16 21:53:47 2019 +0200
@@ -26,7 +26,7 @@
   stops. It displays the total discharged capacitu (in Ah) and energy
   (in Wh).
 
-.. image:: {filename}images/ZPB30A1/zpb30a1.jpg
+.. image:: {static}images/ZPB30A1/zpb30a1.jpg
    :alt: Overall view of the ZPB30A1 electronic load
   
 The device looks pretty nice and reasonably well built. It can do 4
@@ -35,14 +35,14 @@
 The device itself is built around a single ST W60N10 N channel MOS
 transistor (100V, 60A, 200W) and a STM8S005K6 microcontroller.
 
-.. image:: {filename}images/ZPB30A1/zpb30a1_board.jpg
+.. image:: {static}images/ZPB30A1/zpb30a1_board.jpg
    :alt: Main PCB of the ZPB30A1 electronic load
 
 The shunt resistor is a 10mΩ wire. A very small value that explains
 the rather big minimal current of 200mA (which means a voltage drop as
 low as 2mV).
 
-.. image:: {filename}images/ZPB30A1/zpb30a1_mosfet.jpg
+.. image:: {static}images/ZPB30A1/zpb30a1_mosfet.jpg
    :alt: Main transistor of the ZPB30A1 electronic load
 
 One nice thing with this device is the fact that every component value
@@ -51,7 +51,7 @@
 
 The bottom side of the PCB is pretty empty besides the ground plane.
 
-.. image:: {filename}images/ZPB30A1/zpb30a1_bottom.jpg
+.. image:: {static}images/ZPB30A1/zpb30a1_bottom.jpg
    :alt: Bottom side of the PCB of the ZPB30A1 electronic load
 
 
@@ -80,7 +80,7 @@
 
 The overall (messy) setup was:
 
-.. image:: {filename}images/ZPB30A1/overall_setup.jpg
+.. image:: {static}images/ZPB30A1/overall_setup.jpg
    :alt: Overall testing setup for the ZPB30A1.
 
 During this test, the electronic load was sunking almost 1A at 30V,
@@ -92,12 +92,12 @@
 the signal is meaningful. And after playing a bit with the Serial
 decoder, I finally found that:
 
-.. image:: {filename}images/ZPB30A1/DS1Z_serial.png
+.. image:: {static}images/ZPB30A1/DS1Z_serial.png
    :alt: Serial signal on the T pin.
 
 When the ZPB30A1 was actually set up like this:
 	
-.. image:: {filename}images/ZPB30A1/zpb30a1_setup.jpg
+.. image:: {static}images/ZPB30A1/zpb30a1_setup.jpg
    :alt: Testing setup for the ZPB30A1.
 
 So the measured voltage is constantly written on the serial port at