tja

RF_amplifiers/doc/source/amplifiers.rst

@@ -5,7 +5,7 @@ amplifier
 schematic
 #########
 
-.. image:: _static/single.svg
+.. image:: _static/single.pdf
     :align: center
 
 
@@ -32,7 +32,7 @@ differential amplifier
 schematic
 #########
 
-.. image:: _static/d0.svg
+.. image:: _static/d0.pdf
     :align: center
 
 
@@ -55,7 +55,7 @@ dual input differential amplifier
 schematic
 #########
 
-.. image:: _static/d15.svg
+.. image:: _static/d15.pdf
     :align: center
 
 

RF_amplifiers/doc/source/experiments.rst

@@ -8,18 +8,18 @@ RPPD
 .. image:: _static/exp_layout.png
     :align: center
 
-there are 6 resistors aviable to measure: 
+there are 6 resistors available to measure: 
 3 in X and Y orientations
 and both versions as dummy and normal resistors
 
 
 sg13g2
 #######
 
-there is a fast BjT for measurments.
+there is a fast BjT for measurements.
 
 
 calibration kit
 ###############
 
-to measure the amplifier impedances and to see the effect of pads and wirebonding, there are an open, short and load calkit.
+to measure the amplifier impedances and to see the effect of pads and wire-bonding, there are an open, short and load calkit.

RF_amplifiers/doc/source/ota.rst

@@ -14,13 +14,13 @@ in the space the circuit uses are 3 MiM-capacitors placed. they are intended to
 OTA 
 ###
 
-.. image:: _static/OTA3C.svg
+.. image:: _static/OTA3C.pdf
     :align: center
 
 bias generator
 ############
 
-.. image:: _static/OTA33_BiAS.svg
+.. image:: _static/OTA33_BiAS.pdf
     :align: center
 
 layout

RF_amplifiers/doc/source/regulator.rst

@@ -5,10 +5,10 @@ shunt regulator 3.3V
 schematic
 #########
 
-.. image:: _static/shunt.svg
+.. image:: _static/shunt.pdf
     :align: center
 
-this is a shunt-regulator for 3.3V and max. 50mA using a simple bandgap-reference. the reference uses MOSFET and BjT temperature coefficients, and needs only one BjT.
+this is a shunt-regulator for 3.3V and max. 50mA using a simple band-gap-reference. the reference uses MOSFET and BjT temperature coefficients, and needs only one BjT.
 
 
 layout
@@ -20,9 +20,9 @@ layout
 options
 #######
 
-there is the option to filter the refernce output via a capacitor from the ref-pad to GND. 
+there is the option to filter the reference output via a capacitor from the ref-pad to GND. 
 
-its also possibel to adjust the temperature-turning-point via the adj-pad and the voltage via the ref pad.
+its also possible to adjust the temperature-turning-point via the adj-pad and the voltage via the ref pad.
 
 
 simulation

RF_amplifiers/doc/source/specification.rst

@@ -4,20 +4,20 @@ specifications
 
 there are 3 different amplifers, a voltage-regulator and some experiments
 
-1. single ended lowpower amplifer
+1. single ended low-power-amplifier
     - 3.3V power supply
     - < 3.5mA current including powering of a laser-diode
     - > 30dB gain at 1GHz
     - 0..60°C
-    - low-pass corner programable via capacitor
+    - low-pass corner programmable via capacitor
 
-2. dual input differential lowpower amplifer
+2. dual input differential low-power-amplifier
     - 3.3V power supply
     - < 3.5mA current including powering of a laser-diode
     - > 10dB gain at 1GHz
     - 0..60°C
 
-3. differential lowpower amplifer
+3. differential low-power-amplifier
     - 3.3V power supply
     - < 3.5mA current including powering of a laser-diode
     - 0dB gain at 1GHz
@@ -26,14 +26,14 @@ there are 3 different amplifers, a voltage-regulator and some experiments
 4. shunt-regulator 3.3V
     - max. 50mA
     - delta tc = 0 @ 10..30°C
-    - trimable
-    - possiblity for low pass filter
+    - trimmable
+    - possibility for low pass filter
 
-5. teststructure for RPPD matching
+5. test-structures for RPPD matching
     - see differences in x and y build resistors, does it really matter?
-    - see differences in middle and edge restisors, do we need dummy resistors?
+    - see differences in middle and edge resistors, do we need dummy resistors?
 
-6. a sg13g2 transisor
+6. a sg13g2 transistor
     - if nothing else is working, we get at least a transistor :)
 
 7. open, short & load
@@ -42,7 +42,7 @@ there are 3 different amplifers, a voltage-regulator and some experiments
 pinout
 ######
 
-.. image:: _static/pinout.svg
+.. image:: _static/pinout.pdf
     :align: center
 
 signals
@@ -60,30 +60,30 @@ signals
    * - SH_GND
      - shunt-anode, connect to GND, optional current measurement
    * - 3.3V         
-     - positiv supply & shunt regulator cathode
+     - positive supply & shunt regulator cathode
 
    * - ref         
      - reference output & input. optional low-pass capacitor to GND
    * - adj         
-     - adjust the bandgab-reference via resitor to 3.3V or GND
+     - adjust the band-gab-reference via resistor to 3.3V or GND
 
 
    * - in       
-     - ampifier input
+     - amplifier input
    * - out       
-     - ampifier out
+     - amplifier out
    * - d-     
-     - differnetial amplifier inverting input
+     - differential amplifier inverting input
    * - d+     
-     - differnetial amplifier noninverting input
+     - differential amplifier non-inverting input
    * - dout     
-     - differnetial amplifier laser diode output
+     - differential amplifier laser diode output
    * - dd-     
-     - double differnetial amplifier inverting input. conncted together over two 50Ω
+     - double differential amplifier inverting input. connected together over two 50Ω
    * - dd+     
-     - double differnetial amplifier noninverting input. conncted together over two 50Ω
+     - double differential amplifier non-inverting input. connected together over two 50Ω
    * - ddout     
-     - double differnetial amplifier laser diode output
+     - double differential amplifier laser diode output