Mercurial > whatever / file diff

--- a/content/TeK2445_3.rst	Wed Oct 16 21:52:38 2019 +0200
+++ b/content/TeK2445_3.rst	Wed Oct 16 21:53:47 2019 +0200
@@ -10,7 +10,7 @@
 
 
 After having mostly `destroyed the PSU of my Tek 2445
-<{filename}/TeK2445_2.rst>`_, I've decided to be a bit less foolhardy
+<{static}/TeK2445_2.rst>`_, I've decided to be a bit less foolhardy
 and I've subscribed to the `yahoo Tek group`_. I discovered that such
 a failure has already been reported there, also after a full recap of
 the preregulator and regulator of the power supply.
@@ -23,12 +23,12 @@
 resistor and I wrapped some 34 gauge wire around. The result is a bit
 cleaner, from:
 
-.. image:: {filename}/images/tek2445/lr1060.jpg
+.. image:: {static}/images/tek2445/lr1060.jpg
    :alt: first attempt of a hand made LR1060 chocke.
 
 to:
 
-.. image:: {filename}/images/tek2445/lr1060_v2.jpg
+.. image:: {static}/images/tek2445/lr1060_v2.jpg
    :alt: a better hand made LR1060 chocke.
 
 
@@ -50,7 +50,7 @@
 This transformer is a small input transformer with 4 coils around a
 common ferrite core:
 
-.. image:: {filename}/images/tek2445/tr1050.jpg
+.. image:: {static}/images/tek2445/tr1050.jpg
    :alt: The T1050 input transformer.
 
 I was not sure of the specifications of each coil, since mine as (at
@@ -82,18 +82,18 @@
 
 I've also quickly checked the voltage ratios using a 42kHz signal:
 
-.. image:: {filename}/images/tek2445/tr1050_ratio_measurement.jpg
+.. image:: {static}/images/tek2445/tr1050_ratio_measurement.jpg
    :alt: Measuring the turn-ratios of the T1050 transformer.
 
 I use CH2 of my scope to probe the signal produced by the `HP890A4
-<{filename}/hp8904a.rst>`_ linked to pins 1 and 2 (thus a primary
+<{static}/hp8904a.rst>`_ linked to pins 1 and 2 (thus a primary
 winding), and CH1 on a secondary winding (pins 6-7), which resulted
 in:
 
-.. image:: {filename}/images/tek2445/DS1Z_QuickPrint17.png
+.. image:: {static}/images/tek2445/DS1Z_QuickPrint17.png
    :alt: Measuring the turn-ratios of the T1050 transformer.
 
-.. image:: {filename}/images/tek2445/DS1Z_QuickPrint18.png
+.. image:: {static}/images/tek2445/DS1Z_QuickPrint18.png
    :alt: Measuring the turn-ratios of the T1050 transformer.
 
 As one can see, the turn ratio seems to be 10. Both the 2 secondary
@@ -118,12 +118,12 @@
 
   The test load consist in:
 
-.. image:: {filename}/images/tek2445/psu_test_load.png
+.. image:: {static}/images/tek2445/psu_test_load.png
    :alt: Primary Test Load.
 
 So I built one and connected it:
 
-.. image:: {filename}/images/tek2445/psu_with_test_load.jpg
+.. image:: {static}/images/tek2445/psu_with_test_load.jpg
    :alt: The PSU with the test load in place of T1060.
 
 Was a little anxious when I switch the PSU on, but it did not
@@ -136,7 +136,7 @@
 reinstalled the PSU in the scope, and gave it a try:
 
 
-.. image:: {filename}/images/tek2445/back_from_the_death.jpg
+.. image:: {static}/images/tek2445/back_from_the_death.jpg
    :alt: It's alive!
 
 At last!
@@ -184,7 +184,7 @@
 
 For the fun:
 
-.. image:: {filename}/images/tek2445/side_by_side.jpg
+.. image:: {static}/images/tek2445/side_by_side.jpg
    :alt: Side-by-side: DS1054Z vs. Tek2445
 
 Despite the fact the Rigol DS1054Z has an incredible number of
@@ -193,7 +193,7 @@
 directly accessible. And yet, I don't think the Rigol can measure both
 the rise and fall time (with a decent precision) of a square wave:
 
-.. image:: {filename}/images/tek2445/rise_and_fall.jpg
+.. image:: {static}/images/tek2445/rise_and_fall.jpg
    :alt: Side-by-side: DS1054Z vs. Tek2445
 
 Beautiful double time-base!