From 8a66629249652e00856d48cfb5647941a138ff20 Mon Sep 17 00:00:00 2001 From: ich Date: Mon, 16 Dec 2024 23:55:29 +0100 Subject: [PATCH] tja --- .../doc/build/doctrees/amplifiers.doctree | Bin 10896 -> 10894 bytes .../doc/build/doctrees/environment.pickle | Bin 2415065 -> 2415065 bytes .../doc/build/doctrees/experiments.doctree | Bin 4144 -> 4152 bytes .../doc/build/doctrees/regulator.doctree | Bin 5267 -> 5271 bytes .../doc/build/doctrees/specification.doctree | Bin 20953 -> 21002 bytes .../build/html/_sources/amplifiers.rst.txt | 4 +- .../build/html/_sources/experiments.rst.txt | 6 +-- .../doc/build/html/_sources/regulator.rst.txt | 6 +-- .../build/html/_sources/specification.rst.txt | 40 +++++++++--------- RF_amplifiers/doc/build/html/amplifiers.html | 4 +- RF_amplifiers/doc/build/html/experiments.html | 6 +-- RF_amplifiers/doc/build/html/regulator.html | 6 +-- RF_amplifiers/doc/build/html/searchindex.js | 2 +- .../doc/build/html/specification.html | 40 +++++++++--------- 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with the simples shape. but in the end, i didn't manage to make LVS work anyway. @@ -71,7 +71,7 @@ layout :align: center -on the left side of the amplifer the for 50Ω resistors are connected to the input-microstriplines. +on the left side of the amplifier the for 50Ω resistors are connected to the input-microstriplines. diff --git a/RF_amplifiers/doc/build/html/_sources/experiments.rst.txt b/RF_amplifiers/doc/build/html/_sources/experiments.rst.txt index b572e04..068c00e 100644 --- a/RF_amplifiers/doc/build/html/_sources/experiments.rst.txt +++ b/RF_amplifiers/doc/build/html/_sources/experiments.rst.txt @@ -8,7 +8,7 @@ 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 @@ -16,10 +16,10 @@ 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. \ No newline at end of file +to measure the amplifier impedances and to see the effect of pads and wire-bonding, there are an open, short and load calkit. \ No newline at end of file diff --git a/RF_amplifiers/doc/build/html/_sources/regulator.rst.txt b/RF_amplifiers/doc/build/html/_sources/regulator.rst.txt index f764d56..8898431 100644 --- a/RF_amplifiers/doc/build/html/_sources/regulator.rst.txt +++ b/RF_amplifiers/doc/build/html/_sources/regulator.rst.txt @@ -8,7 +8,7 @@ schematic .. image:: _static/shunt.svg :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 diff --git a/RF_amplifiers/doc/build/html/_sources/specification.rst.txt b/RF_amplifiers/doc/build/html/_sources/specification.rst.txt index 93f68b6..fb35e16 100644 --- a/RF_amplifiers/doc/build/html/_sources/specification.rst.txt +++ b/RF_amplifiers/doc/build/html/_sources/specification.rst.txt @@ -2,22 +2,22 @@ specifications ############## -there are 3 different amplifers, a voltage-regulator and some experiments +there are 3 different amplifiers, a voltage-regulator and some experiments -1. single ended lowpower amplifer +1. single ended lowpower 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 lowpower 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 lowpower 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 lowpass filter -5. teststructure for RPPD matching +5. test-structure 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 @@ -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-gap-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 diff --git a/RF_amplifiers/doc/build/html/amplifiers.html b/RF_amplifiers/doc/build/html/amplifiers.html index 5552c1e..2f2c069 100644 --- a/RF_amplifiers/doc/build/html/amplifiers.html +++ b/RF_amplifiers/doc/build/html/amplifiers.html @@ -103,7 +103,7 @@

schematic

layout

_images/single_layout.png -

the RPPD resistors are layouted that way, because i had problems using LVS with resistors and was hoping it works with the simples shape. but in the end, i didn’t manage to make LVS work anyway.

+

the RPPD resistors are layout that way, because i had problems using LVS with resistors and was hoping it works with the simples shape. but in the end, i didn’t manage to make LVS work anyway.

@@ -129,7 +129,7 @@

schematic<

layout

_images/ddiff_layout.png -

on the left side of the amplifer the for 50Ω resistors are connected to the input-microstriplines.

+

on the left side of the amplifier the for 50Ω resistors are connected to the input-microstriplines.

diff --git a/RF_amplifiers/doc/build/html/experiments.html b/RF_amplifiers/doc/build/html/experiments.html index d500823..7750dec 100644 --- a/RF_amplifiers/doc/build/html/experiments.html +++ b/RF_amplifiers/doc/build/html/experiments.html @@ -89,17 +89,17 @@

experiments

RPPD

_images/exp_layout.png -

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.

diff --git a/RF_amplifiers/doc/build/html/regulator.html b/RF_amplifiers/doc/build/html/regulator.html index 8765848..5a65598 100644 --- a/RF_amplifiers/doc/build/html/regulator.html +++ b/RF_amplifiers/doc/build/html/regulator.html @@ -90,7 +90,7 @@

shunt regulator 3.3V

schematic

_images/shunt.svg -

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

@@ -98,8 +98,8 @@

layout<

options

-

there is the option to filter the refernce 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.

+

there is the option to filter the reference output via a capacitor from the ref-pad to GND.

+

its also possible to adjust the temperature-turning-point via the adj-pad and the voltage via the ref pad.

simulation

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"xschem": 1}}) \ No newline at end of file diff --git a/RF_amplifiers/doc/build/html/specification.html b/RF_amplifiers/doc/build/html/specification.html index 5df9108..fb6a156 100644 --- a/RF_amplifiers/doc/build/html/specification.html +++ b/RF_amplifiers/doc/build/html/specification.html @@ -85,21 +85,21 @@

specifications

-

there are 3 different amplifers, a voltage-regulator and some experiments

+

there are 3 different amplifiers, a voltage-regulator and some experiments

  1. -
    single ended lowpower amplifer
      +
      single ended lowpower 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
  3. -
    teststructure for RPPD matching
      +
      test-structure 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?

  4. -
    a sg13g2 transisor