format markdown files

pavel-demin · Nov 17, 2024 · 902b218 · 902b218
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diff --git a/md/playground.md b/md/playground.md
@@ -21,9 +21,13 @@ A pre-built Vivado project can be found in the `playground` directory in the [re
 ## Getting started
 
 - Download [SD card image zip file]($release_image$) (more details about the SD card image can be found at [this link](/alpine/))
+
 - Copy the contents of the SD card image zip file to a micro SD card
+
 - Optionally, to start the application automatically at boot time, copy its `start.sh` file from `apps/playground` to the topmost directory on the SD card
+
 - Install the micro SD card in the Red Pitaya board and connect the power
+
 - Download and unpack the [release zip file]($release_file$)
 
 - Install Visual Studio Code following the platform-specific instructions below:
@@ -44,6 +48,7 @@ A pre-built Vivado project can be found in the `playground` directory in the [re
   - In the "Open Folder" dialog find and select [notebooks]($source$/notebooks) directory and click "Open"
 
 - Create micromamba environment:
+
   - From the "View" menu select "Command Palette"
   - Type "micromamba create environment"
 

diff --git a/md/sdr-receiver-122-88.md b/md/sdr-receiver-122-88.md
@@ -42,8 +42,8 @@ I use simple indoor antennas made from a single loop of non-coaxial wire. Their
 - Start `tcp_smem.exe`, enter the IP address of the QMTECH XC7Z020 board and press the Connect button.
 - Copy `extio_smem.dll` into the SDR# or HDSDR installation directory.
 - Start SDR# or HDSDR.
-- Select SMEM from the Source list in SDR# or from the Options [F7] &rarr; Select Input menu in HDSDR.
-- Press Play icon in SDR# or press Start [F2] button in HDSDR.
+- Select SMEM from the Source list in SDR# or from the Options \[F7\] → Select Input menu in HDSDR.
+- Press Play icon in SDR# or press Start \[F2\] button in HDSDR.
 
 ## Running CW Skimmer Server and Reverse Beacon Network Aggregator
 

diff --git a/md/sdr-receiver.md b/md/sdr-receiver.md
@@ -52,8 +52,8 @@ I use simple indoor antennas made from a single loop of non-coaxial wire. Their
 - Start `tcp_smem.exe`, enter the IP address of the QMTECH XC7Z020 board and press the Connect button.
 - Copy `extio_smem.dll` into the SDR# or HDSDR installation directory.
 - Start SDR# or HDSDR.
-- Select SMEM from the Source list in SDR# or from the Options [F7] &rarr; Select Input menu in HDSDR.
-- Press Play icon in SDR# or press Start [F2] button in HDSDR.
+- Select SMEM from the Source list in SDR# or from the Options \[F7\] → Select Input menu in HDSDR.
+- Press Play icon in SDR# or press Start \[F2\] button in HDSDR.
 
 ## Running CW Skimmer Server and Reverse Beacon Network Aggregator
 

diff --git a/md/sdr-transceiver-122-88.md b/md/sdr-transceiver-122-88.md
@@ -72,9 +72,9 @@ gnuradio-companion trx_am.grc
 - Download [pre-built ExtIO plug-in]($extio_file$) for SDR# and HDSDR.
 - Copy `extio_red_pitaya.dll` into the SDR# or HDSDR installation directory.
 - Start SDR# or HDSDR.
-- Select Red Pitaya from the Source list in SDR# or from the Options [F7] &rarr; Select Input menu in HDSDR.
-- Press Configure icon in SDR# or press SDR-Device [F8] button in HDSDR, then enter the IP address of the Red Pitaya board and set ADC sample rate to 122.88 MSPS.
-- Press Play icon in SDR# or press Start [F2] button in HDSDR.
+- Select Red Pitaya from the Source list in SDR# or from the Options \[F7\] → Select Input menu in HDSDR.
+- Press Configure icon in SDR# or press SDR-Device \[F8\] button in HDSDR, then enter the IP address of the Red Pitaya board and set ADC sample rate to 122.88 MSPS.
+- Press Play icon in SDR# or press Start \[F2\] button in HDSDR.
 
 ## Building from source
 

diff --git a/md/sdr-transceiver-hpsdr-122-88.md b/md/sdr-transceiver-hpsdr-122-88.md
@@ -154,7 +154,7 @@ sdr-transceiver-hpsdr 1 2 2 2 1 1
 
 ## Amplifier linearization
 
-[PowerSDR mRX PS](https://openhpsdr.org/wiki/index.php?title=PowerSDR) includes an amplifier linearization system called [PureSignal](https://github.com/TAPR/OpenHPSDR-PowerSDR/raw/master/Documentation/Pure Signal/PureSignal.pdf). The following screenshots show what settings should be adjusted when using it with STEMlab SDR. To access the "Calibration Information" panel press Ctrl+Alt+i. The attenuated feedback signal from the amplifier should be connected to IN2.
+[PowerSDR mRX PS](https://openhpsdr.org/wiki/index.php?title=PowerSDR) includes an amplifier linearization system called \[PureSignal\](https://github.com/TAPR/OpenHPSDR-PowerSDR/raw/master/Documentation/Pure Signal/PureSignal.pdf). The following screenshots show what settings should be adjusted when using it with STEMlab SDR. To access the "Calibration Information" panel press Ctrl+Alt+i. The attenuated feedback signal from the amplifier should be connected to IN2.
 
 ![PowerSDR Hardware Config](/img/powersdr-hardware.png)
 

diff --git a/md/sdr-transceiver-hpsdr.md b/md/sdr-transceiver-hpsdr.md
@@ -160,7 +160,7 @@ sdr-transceiver-hpsdr 1 2 2 2 1 1
 
 ## Amplifier linearization
 
-[PowerSDR mRX PS](https://openhpsdr.org/wiki/index.php?title=PowerSDR) includes an amplifier linearization system called [PureSignal](https://github.com/TAPR/OpenHPSDR-PowerSDR/raw/master/Documentation/Pure Signal/PureSignal.pdf). The following screenshots show what settings should be adjusted when using it with Red Pitaya. To access the "Calibration Information" panel press Ctrl+Alt+i. The attenuated feedback signal from the amplifier should be connected to IN2.
+[PowerSDR mRX PS](https://openhpsdr.org/wiki/index.php?title=PowerSDR) includes an amplifier linearization system called \[PureSignal\](https://github.com/TAPR/OpenHPSDR-PowerSDR/raw/master/Documentation/Pure Signal/PureSignal.pdf). The following screenshots show what settings should be adjusted when using it with Red Pitaya. To access the "Calibration Information" panel press Ctrl+Alt+i. The attenuated feedback signal from the amplifier should be connected to IN2.
 
 ![PowerSDR Hardware Config](/img/powersdr-hardware.png)
 

diff --git a/md/sdr-transceiver.md b/md/sdr-transceiver.md
@@ -74,9 +74,9 @@ gnuradio-companion trx_am.grc
 - Download [pre-built ExtIO plug-in]($extio_file$) for SDR# and HDSDR.
 - Copy `extio_red_pitaya.dll` into the SDR# or HDSDR installation directory.
 - Start SDR# or HDSDR.
-- Select Red Pitaya from the Source list in SDR# or from the Options [F7] &rarr; Select Input menu in HDSDR.
-- Press Configure icon in SDR# or press SDR-Device [F8] button in HDSDR, then enter the IP address of the Red Pitaya board and set ADC sample rate to 125 MSPS.
-- Press Play icon in SDR# or press Start [F2] button in HDSDR.
+- Select Red Pitaya from the Source list in SDR# or from the Options \[F7\] → Select Input menu in HDSDR.
+- Press Configure icon in SDR# or press SDR-Device \[F8\] button in HDSDR, then enter the IP address of the Red Pitaya board and set ADC sample rate to 125 MSPS.
+- Press Play icon in SDR# or press Start \[F2\] button in HDSDR.
 
 ## Building from source