media_wiki - User contributions [en]

CW Practice Oscillator Kit

2024-03-05T22:16:47Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 
'''CW Practice Oscillator Kit Setup instructions'''

1. Connect 9 volt battery to battery strap.
2. Slide Battery into Battery clip holder.
3. Connect Telegraph Key to the 5mm terminal block labeled '''CW Key'''.
4. Slide power switch to '''On''' position.

'''Optional Speaker'''
1. Disconnect the '''55mm 8-ohm 0.5 watt Speaker''' that is connected on the board at '''J3'''.
2. Connect alternate speaker to the '''5mm Terminal block''' labeled '''Speaker'''.

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 8 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This kit uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP.
'''Tone and Volume Controls'''
This Kit was designed to be adjustable for the user to change the tone and volume to their preferred listening levels.
'''RV4''' is a 200K ohm variable resistor that controls the '''tone''' between '''300 Hz''' to '''1 KHz'''.
'''RV3''' is a 100 Ohm variable resistor that controls the '''volume'''.

The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a '''55mm 8-ohm 0.5 watt Speaker''' that is connected '''J3 ''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a '''5mm Terminal block''' that is labeled '''Speaker''' for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-03-05T17:22:53Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 
'''CW Practice Oscillator Kit Setup instructions'''

1. Connect 9 volt battery to battery strap.
2. Slide Battery into Battery clip holder.
3. Connect Telegraph Key to the 5mm terminal block labeled '''CW Key'''.
4. Slide power switch to '''On''' position.

'''Optional Speaker'''
1. Disconnect the '''55mm 8-ohm 0.5 watt Speaker''' that is connected on the board at '''J3'''.
2. Connect alternate speaker to the '''5mm Terminal block''' labeled '''Speaker'''.

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 8 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This kit uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP.
'''Tone and Volume Controls'''
This Kit was designed to be adjustable for the user to change to the tone and volume to their preferred listening levels.
'''RV4''' is a 200K ohm variable resistor that controls the '''tone''' between '''300 Hz''' to '''1 KHz'''.
'''RV3''' is a 100 Ohm variable resistor that controls the '''volume'''.

The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a '''55mm 8-ohm 0.5 watt Speaker''' that is connected '''J3 ''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a '''5mm Terminal block''' that is labeled '''Speaker''' for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-03-05T17:13:04Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 
'''CW Practice Oscillator Kit Setup instructions'''

1. Connect 9 volt battery to battery strap.
2. Slide Battery into Battery clip holder.
3. Connect Telegraph Key to the 5mm terminal block labeled '''CW Key'''.
4. Slide power switch to '''On''' position.

'''Optional Speaker'''
1. Disconnect the '''55 mm 8 ohm 0.5 watt Speaker''' that is connected on the board at '''J3'''.
2. Connect alternate speaker to the 5 mm Terminal block labeled '''Speaker'''.

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 8 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This kit uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP.

This Kit was designed to be adjustable for the user to change to the tone and volume to their preferred listening levels.
'''RV4''' is a 200K ohm variable resistor that controls the '''tone''' between '''300 Hz''' to '''1 KHz'''.
'''RV3''' is a 100 Ohm variable resistor that controls the '''volume'''.

The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a '''55mm 8-ohm 0.5 watt Speaker''' that is connected '''J3 ''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block that is labeled '''Speaker''' for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-03-05T17:08:11Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 
'''CW Practice Oscillator Kit Setup instructions'''

1. Connect 9 volt battery to battery strap.
2. Slide Battery into Battery clip holder.
3. Connect Telegraph Key to the 5mm terminal block labeled '''CW Key'''.
4. Slide power switch to '''On''' position.

'''Optional Speaker'''
1. Disconnect the '''55 mm 8 ohm 0.5 watt Speaker''' that is connected on the board at '''J3'''.
2. Connect alternate speaker to the 5 mm Terminal block labeled '''Speaker'''.

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 8 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This kit uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a '''55mm 8-ohm 0.5 watt Speaker''' that is connected '''J3 ''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block that is labeled '''Speaker''' for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-03-05T17:04:42Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 8 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This kit uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a '''55mm 8-ohm 0.5 watt Speaker''' that is connected '''J3 ''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block that is labeled '''Speaker''' for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-03-05T17:01:14Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 8 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This kit uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Alt Speaker Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block that is labeled '''Speaker''' for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-03-05T16:33:37Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 8 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This kit uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Alt Speaker Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-03-05T16:30:19Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 8 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Alt Speaker Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-02-24T02:06:19Z

U731219879 rc:

'''Morse Code Practice Oscillator Kit ''' 
Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Alt Speaker Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-02-24T02:04:12Z

U731219879 rc:

'''Morse Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 

Code Practice Oscillator Kit
'''www.microrusty.com 2024'''
Version 1.0
Sachse Amateur Radio Association

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Alt Speaker Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-02-23T04:25:27Z

U731219879 rc:

'''Morse Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 
I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Alt Speaker Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-02-23T04:23:04Z

U731219879 rc:

'''Morse Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 
I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a '''9 Volt''' battery that is connected to '''J1''' via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-02-23T04:19:44Z

U731219879 rc:

'''Morse Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 
I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a 9Volt battery that is connected to J1 via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-02-23T04:19:07Z

U731219879 rc:

'''Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |450px |left ]]
[[ File:Speaker-8-ohm-Mylar.PNG |250px | ]] 

'''Microrusty.com 2024''' 
I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a 9Volt battery that is connected to J1 via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

File:Speaker-8-ohm-Mylar.PNG

2024-02-23T04:11:10Z

U731219879 rc:

CW Practice Oscillator Kit

2024-02-23T04:10:01Z

U731219879 rc:

'''Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |450px ]]

'''Microrusty.com 2024''' 
I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a 9Volt battery that is connected to J1 via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]
----
==[[ Main Page ]]==
----

CW Practice Oscillator Kit

2024-02-23T04:08:10Z

U731219879 rc:

CW Practice Oscillator Kit

2024-02-23T04:05:55Z

U731219879 rc:

'''Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |450px ]]

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a 9Volt battery that is connected to J1 via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.
----
'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]
----
'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]

CW Practice Oscillator Kit

2024-02-23T04:03:51Z

U731219879 rc:

'''Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |300px ]]

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a 9Volt battery that is connected to J1 via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label '''CW Key'''
This Kit comes with a 55mm Speaker that is connected '''LS2 (Version2 Bd)''' - '''J3 (Version1 Bd)''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.

'''Code Practice Oscillator Schematic'''

[[ File:Code-Pratice-Schematic.PNG |700px ]]

'''Code Practice Oscillator Schematic Parts''' 
[[ File:Code-Practice-Parts.PNG |700px]]

File:Code-Practice-Parts.PNG

2024-02-23T04:01:11Z

U731219879 rc:

CW Practice Oscillator Kit

2024-02-23T04:00:38Z

U731219879 rc:

File:Code-Pratice-Schematic.PNG

2024-02-23T03:49:46Z

U731219879 rc:

CW Practice Oscillator Kit

2024-02-23T03:47:51Z

U731219879 rc:

'''Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |300px ]]

I decided to make a '''CW practice board for Morse Code training''' for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a '''NE555 timer SMD SOIC-8 Chip''' that produces a square wave that can be adjusted between '''300Hz''' and '''1KHz'''
The power source is a 9Volt battery that is connected to J2 via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The '''CW key''' is connected to a '''5mm Terminal block''' that is label CW Key
This Kit comes with a 55mm Speaker that is connected '''J3''' and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.

CW Practice Oscillator Kit

2024-02-23T03:43:52Z

U731219879 rc:

'''Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |300px ]]

I decided to make a CW practice board for Morse Code training for my local HAM club. I have donated all 10 boards to the club.
It was a simple process to use KiCad 7.0 to design the board.
I am not going to explain how to use KiCad in this wiki page since I have other wiki pages explaining how to use KiCad. 
This project uses a NE555 timer SMD SOIC-8 Chip that produces a square wave that can be adjusted between 300Hz and 1KHz
The power source is a 9Volt battery that is connected to J2 via a 9V BATTERY STRAP from Mouser Electronics.
This Kit was designed to be adjustable for the user to change to the tone to their preferred listening levels.
RV4 is a 200K ohm variable resistor that controls the tone between 300Hz to 1KHz.
RV3 is a 100 Ohm variable resistor that controls the volume.
The CW key is connected to a 5mm Terminal block that is label CW Key
This Kit comes with a 55mm Speaker that is connected J3 and placed underneath the bottom of the PCB.
There is another speaker connector that uses a 5mm Terminal block with the label Speaker for larger speakers.

CW Practice Oscillator Kit

2024-02-23T03:30:47Z

U731219879 rc:

CW Practice Oscillator Kit

2024-02-23T03:07:22Z

U731219879 rc:

'''Code Practice Oscillator ''' 
[[File:3D-CW-Code-Practice-Osc.PNG |300px ]]

This project uses a NE555 timer SMD SOIC-8 Chip that produces a square wave that can be adjusted between 300Hz and 1KHz

File:3D-CW-Code-Practice-Osc.PNG

2024-02-23T03:00:53Z

U731219879 rc:

CW Practice Oscillator Kit

2024-02-23T02:10:20Z

U731219879 rc: Created page with " This project uses a NE555 timer SMD SOIC-8 Chip that produces a square wave that can be adjusted between 300Hz and 1KHz "

This project uses a NE555 timer SMD SOIC-8 Chip that produces a square wave that can be adjusted between 300Hz and 1KHz

Main Page

2024-02-23T01:53:29Z

U731219879 rc:

==MicroRusty Embedded Workshop Wiki.==

Consult the [http://meta.wikimedia.org/wiki/Help:Contents User's Guide] for information on using the wiki software. 

==[[ AVRDUDE Class]]==
How to use AVRdude to flash your program to the Micro-controller.
How to change the fuse settings (Clock speeds) 1MHz, 8MHz 16MHz.
How to use the AVR Inline assembly language in the Arduino IDE. How to use AVRdude int the terminal mode.
How to use the Arduino IDE to compile code and flash using the USB programmer through the ISP.
How to export the hex file and use it to program directly into Flash. How to read and write to EEPROM.

==[[ATmega328p Target Bd Microrusty]]==
{{Highlight |'''The design goals for this project is to make an inexpensive minimalist target board using an ATmega328P.'''|lightgreen}}
{{Highlight |'''Explain the processes used for programming the Micro-controller using the 6-pin ISP header using SPI interface.'''|lightgreen}}

==[[ Raspberry Pi ]]==
Pi Linux Commands, Pi Minecraft Server, Raspberry Pico Board, PicoMite(MMBasic)

==[[ STM32 Workshops ]]==
ST-Link-V2, STM32F103C8 Blue Pill, ST Nucleo-F103RB Workshop

==[[ KiCad 5.0 ]]==

{{Highlight |'''Design an RTC using the PCF85263AT/AJ'''|lightgreen}}

==[[ PCF85263AT RTC by Microrusty ]]==

{{Highlight |'''How to use the PCF85263AT/AJ RTC''' |lightgreen}}

==[[ Power Fail Logger by Microrusty ]]==

{{Highlight |'''Design a Power fail Logger using a RTC and SD Card ''' |lightgreen}}

==[[ 65C02 Vintage Computer Build ]]==

The goal of this project is to make a simple Eight bit 65C02 microprocessor computer. 

==[[ CW Practice Oscillator Kit ]]==

PCB board using an oscillator circuit for Practicing Morse Code (CW) 
----
==[[ Future Classes ]]==
Projects for Future classes.
----
* [//www.microrusty.com: Microrusty Main Page ]
* [//www.mediawiki.org/wiki/Manual:Configuration_settings Configuration settings list]
* [//www.mediawiki.org/wiki/Manual:FAQ MediaWiki FAQ]
* [https://lists.wikimedia.org/mailman/listinfo/mediawiki-announce MediaWiki release mailing list]
* [//www.mediawiki.org/wiki/Localisation#Translation_resources Localise MediaWiki for your language]

Main Page

2024-02-23T01:52:52Z

U731219879 rc:

==MicroRusty Embedded Workshop Wiki.==

Consult the [http://meta.wikimedia.org/wiki/Help:Contents User's Guide] for information on using the wiki software. 

==[[ AVRDUDE Class]]==
How to use AVRdude to flash your program to the Micro-controller.
How to change the fuse settings (Clock speeds) 1MHz, 8MHz 16MHz.
How to use the AVR Inline assembly language in the Arduino IDE. How to use AVRdude int the terminal mode.
How to use the Arduino IDE to compile code and flash using the USB programmer through the ISP.
How to export the hex file and use it to program directly into Flash. How to read and write to EEPROM.

==[[ATmega328p Target Bd Microrusty]]==
{{Highlight |'''The design goals for this project is to make an inexpensive minimalist target board using an ATmega328P.'''|lightgreen}}
{{Highlight |'''Explain the processes used for programming the Micro-controller using the 6-pin ISP header using SPI interface.'''|lightgreen}}

==[[ Raspberry Pi ]]==
Pi Linux Commands, Pi Minecraft Server, Raspberry Pico Board, PicoMite(MMBasic)

==[[ STM32 Workshops ]]==
ST-Link-V2, STM32F103C8 Blue Pill, ST Nucleo-F103RB Workshop

==[[ KiCad 5.0 ]]==

{{Highlight |'''Design an RTC using the PCF85263AT/AJ'''|lightgreen}}

==[[ PCF85263AT RTC by Microrusty ]]==

{{Highlight |'''How to use the PCF85263AT/AJ RTC''' |lightgreen}}

==[[ Power Fail Logger by Microrusty ]]==

{{Highlight |'''Design a Power fail Logger using a RTC and SD Card ''' |lightgreen}}

==[[ 65C02 Vintage Computer Build ]]==

The goal of this project is to make a simple Eight bit 65C02 microprocessor computer. 

==[[ CW Practice Oscillator Kit ]]==

PCB board using an oscillator circuit for Practicing Morse Code (CW)
----
==[[ Future Classes ]]==
Projects for Future classes.
----
* [//www.microrusty.com: Microrusty Main Page ]
* [//www.mediawiki.org/wiki/Manual:Configuration_settings Configuration settings list]
* [//www.mediawiki.org/wiki/Manual:FAQ MediaWiki FAQ]
* [https://lists.wikimedia.org/mailman/listinfo/mediawiki-announce MediaWiki release mailing list]
* [//www.mediawiki.org/wiki/Localisation#Translation_resources Localise MediaWiki for your language]

STM32-NUCLEO-C031C6

2023-02-28T04:33:44Z

U731219879 rc:

Getting Started with the STM32 

STM32 Nucleo-64 development board with STM32C031C6 MCU, supports Arduino and ST morpho connectivity
The ARDUINO® Uno V3 connectivity support and the ST morpho headers allow the easy expansion of the functionality of the STM32 Nucleo platform with a wide choice of specialized shields. 
The STM32 Nucleo-64 board does not require any separate probe as it integrates the ST-LINK debugger/programmer. 
The STM32 Nucleo-64 board comes with the STM32 comprehensive free software libraries and examples available with the STM32Cube MCU Package. 

Microcontroller STM32C031C6T6
Refer to '''STM32 Cube Programming''' to save the demo program before writing a new program to this board.

'''PWM''' Project using NUCLEO-C031C6

Start '''STM32 IDE'''
Click on '''File''': Select '''New''': Select '''STM32Project'''

STM32 '''Target Selection'''
Click on Tab '''Board Selector'''
Enter in Commercial Part Number '''NUCLEO-C031C6'''
Select the board in the '''Board list''' and the select '''Next'''
[[file:Target-Selector.PNG|550px|]]

==[[ STM32 Cube Programmer ]]==
==[[ STM32 Workshops ]]==
==[[ Main Page ]]==

File:Target-Selector.PNG

2023-02-28T03:45:38Z

U731219879 rc:

STM32-NUCLEO-C031C6

2023-02-28T03:43:55Z

U731219879 rc:

Getting Started with the STM32 

STM32 Nucleo-64 development board with STM32C031C6 MCU, supports Arduino and ST morpho connectivity
The ARDUINO® Uno V3 connectivity support and the ST morpho headers allow the easy expansion of the functionality of the STM32 Nucleo platform with a wide choice of specialized shields. 
The STM32 Nucleo-64 board does not require any separate probe as it integrates the ST-LINK debugger/programmer. 
The STM32 Nucleo-64 board comes with the STM32 comprehensive free software libraries and examples available with the STM32Cube MCU Package. 

Microcontroller STM32C031C6T6
Refer to '''STM32 Cube Programming''' to save the demo program before writing a new program to this board.

'''PWM''' using NUCLEO-C031C6

Start '''STM32 IDE''' 
Click on '''File''': Select '''New''': Select '''STM32Project'''

STM32 '''Target Selection''' 
Click on Tab '''Board Selector''' 
Enter in Commercial Part Number '''NUCLEO-C031C6'''
[[file:Target-Selector.PNG|550px|Mid]]

==[[ STM32 Cube Programmer ]]==
==[[ STM32 Workshops ]]==
==[[ Main Page ]]==

STM32-NUCLEO-C031C6

2023-02-28T03:41:57Z

U731219879 rc:

Getting Started with the STM32 

STM32 Nucleo-64 development board with STM32C031C6 MCU, supports Arduino and ST morpho connectivity
The ARDUINO® Uno V3 connectivity support and the ST morpho headers allow the easy expansion of the functionality of the STM32 Nucleo platform with a wide choice of specialized shields. 
The STM32 Nucleo-64 board does not require any separate probe as it integrates the ST-LINK debugger/programmer. 
The STM32 Nucleo-64 board comes with the STM32 comprehensive free software libraries and examples available with the STM32Cube MCU Package. 

Microcontroller STM32C031C6T6
Refer to '''STM32 Cube Programming''' to save the demo program before writing a new program to this board.

'''PWM''' using NUCLEO-C031C6

Start '''STM32 IDE''' 
Click on '''File''': Select '''New''': Select '''STM32Project'''

STM32 '''Target Selection''' 
Click on Tab '''Board Selector''' 
Enter in Commercial Part Number '''NUCLEO-C031C6'''
=[file:Target-Selector.PNG]=

==[[ STM32 Cube Programmer ]]==
==[[ STM32 Workshops ]]==
==[[ Main Page ]]==

STM32-NUCLEO-C031C6

2023-02-28T03:31:02Z

U731219879 rc:

Getting Started with the STM32 

STM32 Nucleo-64 development board with STM32C031C6 MCU, supports Arduino and ST morpho connectivity
Microcontroller STM32C031C6T6
Refer to '''STM32 Cube Programming''' to save the demo program before writing a new program to this board.

PWM using NUCLEO-C031C6

Start STM32 IDE 
Click on '''File''' Select '''New''' Select '''STM32Project'''

STM32 '''Target Selection'''
Click on Tab '''Board Selector'''
Enter in Commercial Part Number NUCLEO-C031C6

==[[ STM32 Cube Programmer ]]==
==[[ STM32 Workshops ]]==
==[[ Main Page ]]==

STM32-NUCLEO-C031C6

2023-02-28T03:15:11Z

U731219879 rc:

Getting Started with the STM32
Refer to '''STM32 Cube Programming''' to save the demo program before writing a new program to this board.

PWM Demo

==[[ STM32 Cube Programmer ]]==
==[[ STM32 Workshops ]]==
==[[ Main Page ]]==

STM32-NUCLEO-C031C6

2023-02-28T02:45:35Z

U731219879 rc:

Getting Started with the STM32
Refer to '''STM32 Cube Programming''' to save the demo program before writing new programs to this board.

==[[ STM32 Workshops ]]==

==[[ Main Page ]]==

STM32-NUCLEO-C031C6

2023-02-28T02:41:09Z

U731219879 rc:

Getting Started with the STM32

==[[ Main Page ]]==

STM32-NUCLEO-C031C6

2023-02-28T02:40:20Z

U731219879 rc: Created page with "Getting Started with the STM32"

Getting Started with the STM32

STM32 Workshops

2023-02-28T02:37:47Z

U731219879 rc:

==[[ ST-Link-V2 Workshop ]]==
==[[ STM32 Cube Programmer ]]==
==[[ ST Nucleo-F103RB Workshop ]]==
==[[ STM32F103C8 Class ]]==
Getting Started with the STM32F103C8 '''Blue Pill'''
==[[ STM32-NUCLEO-C031C6 ]]==

----

==[[ Main Page ]]==

STM32 Workshops

2023-02-28T02:29:41Z

U731219879 rc:

==[[ ST-Link-V2 Workshop ]]==
==[[ STM32 Cube Programmer ]]==
==[[ ST Nucleo-F103RB Workshop ]]==
==[[ STM32F103C8 Class ]]==
==[[ STM32-NUCLEO-C031C6 }}==
Getting Started with the STM32F103C8 '''Blue Pill'''
----

==[[ Main Page ]]==

STM32 Cube Programmer

2023-02-25T01:07:01Z

U731219879 rc:

Erases, programs, views and verifies the content of the device Flash memory 
[[File:STM32CubeProg.PNG |550px|Mid]] 
[[File:ST-Link-config-menu.PNG |175px|right]] 
'''Getting Started''' 
Setting up and connecting your NUCLEO board.

1. Start STM32 Cube Programmer application.
2. Attach the USB cable to the NUCLEO board
3. Attach the USB cable to your computer.
4. Find the '''ST-LINK configuration panel''' located on the right side of the '''Main Menu'''.
5. Locate Under the '''Not Connected''' status a Blue ('''ST-Link''') button with a drop down menu.
6. Ensure '''ST-Link''' is selected and not '''UART''' or '''USB''' in the drop down menu.
7. Click on the Green '''Connect''' button to connect the '''NUCLEO''' board with the built in '''ST-Link''' to the computer
8. Ensure the '''Not connected''' status message has changed to '''Connected''' and the '''ST-LINK configuration''' should be greyed out.
9. Ensure you are connected by reading the '''Target information.'''

'''Reading and displaying target memory'''
1. Ensure the '''ST-Link''' is connected and working as stated above.
2. Specify the '''Address''' and the '''Size''' of the data to be read.
Example: Address '''0x08000000''' Size '''0x8000''' Data Width '''8 bit'''
Size reference:
0X400 = 1024 (default)
0X4000 = 16K
0X8000 = '''32K''' (full size of flash for NUCLEO-C0316)
0x10000 = 64K
3. Select '''Read''' or '''Read all'''

'''Reading and displaying a file from a previously saved program.'''
1. To open and display a file, just click on the '''“+”''' and select '''“Open File”'''
2. Select the file from the list in the directory.
Example: '''myfile.bin'''
The file size is displayed in the '''“Size”''' field.
The start address of hex, srec, or ELF files, is displayed in the '''“Address”''' field.
For a binary file it is '''0x0''' in the '''“Address”''' field.

'''Memory erasing'''

Memory sectors are displayed in the right-hand panel showing the start address and the size of each sector.
To erase one or more sectors:
1. Select them in the '''first''' column.
2. Then click on the '''“Erase selected sectors”''' button.
The '''“Full chip erase”''' button erases the whole memory.
[[File:Erasing-Flash.PNG |350px|mid]] 
'''Memory programming'''
To program a memory, go through the following steps:
1. Click on the browse button and select the file to be programmed.
The supported formats are:
binary files (.bin),
ELF files (.elf, .axf, .out)
Intel hex files (.hex)
Motorola S-record files (.Srec).
2. In case of programming a '''binary''' file, the address must be set. Example: '''0x0800000'''
3. Select the programming options:
– Verify after programming: read back the programmed memory and compare it byte
per byte with the file.
– Skip flash memory erase before programming: if checked, the memory is not
erased before programming. This option must be checked only when you are sure
that the target memory is already erased.
– Run after programming: start the application just after programming.
4. Click on the ”Start programming” button to start programming.
The progress bar on the bottom of the window shows the progress of the erase and programming operations.

----
==[[ STM32 Workshops ]]==
==[[ Main Page ]]==

STM32 Cube Programmer

2023-02-25T00:57:48Z

U731219879 rc:

STM32 Cube Programmer

2023-02-25T00:56:00Z

U731219879 rc:

STM32 Cube Programmer

2023-02-25T00:55:03Z

U731219879 rc:

Erases, programs, views and verifies the content of the device Flash memory 
[[File:STM32CubeProg.PNG |350px|Mid]] 
[[File:ST-Link-config-menu.PNG |175px|right]] 
'''Getting Started''' 
Setting up and connecting your NUCLEO board.

1. Start STM32 Cube Programmer application.
2. Attach the USB cable to the NUCLEO board
3. Attach the USB cable to your computer.
4. Find the '''ST-LINK configuration panel''' located on the right side of the '''Main Menu'''.
5. Locate Under the '''Not Connected''' status a Blue ('''ST-Link''') button with a drop down menu.
6. Ensure '''ST-Link''' is selected and not '''UART''' or '''USB''' in the drop down menu.
7. Click on the Green '''Connect''' button to connect the '''NUCLEO''' board with the built in '''ST-Link''' to the computer
8. Ensure the '''Not connected''' status message has changed to '''Connected''' and the '''ST-LINK configuration''' should be greyed out.
9. Ensure you are connected by reading the '''Target information.'''

'''Reading and displaying target memory'''
1. Ensure the '''ST-Link''' is connected and working as stated above.
2. Specify the '''Address''' and the '''Size''' of the data to be read.
Example: Address '''0x08000000''' Size '''0x8000''' Data Width '''8 bit'''
Size reference:
0X400 = 1024 (default)
0X4000 = 16K
0X8000 = '''32K''' (full size of flash for NUCLEO-C0316)
0x10000 = 64K
3. Select '''Read''' or '''Read all'''

'''Reading and displaying a file from a previously saved program.'''
1. To open and display a file, just click on the '''“+”''' and select '''“Open File”'''
2. Select the file from the list in the directory.
Example: '''myfile.bin'''
The file size is displayed in the '''“Size”''' field.
The start address of hex, srec, or ELF files, is displayed in the '''“Address”''' field.
For a binary file it is '''0x0''' in the '''“Address”''' field.

'''Memory erasing'''

Memory sectors are displayed in the right-hand panel showing the start address and the size of each sector.
To erase one or more sectors:
1. Select them in the '''first''' column.
2. Then click on the '''“Erase selected sectors”''' button.
The '''“Full chip erase”''' button erases the whole memory.
[[File:Erasing-Flash.PNG |350px|mid]] 
'''Memory programming'''
To program a memory, go through the following steps:
1. Click on the browse button and select the file to be programmed.
The supported formats are:
binary files (.bin),
ELF files (.elf, .axf, .out)
Intel hex files (.hex)
Motorola S-record files (.Srec).
2. In case of programming a '''binary''' file, the address must be set. Example: '''0x0800000'''
3. Select the programming options:
– Verify after programming: read back the programmed memory and compare it byte
per byte with the file.
– Skip flash memory erase before programming: if checked, the memory is not
erased before programming. This option must be checked only when you are sure
that the target memory is already erased.
– Run after programming: start the application just after programming.
4. Click on the ”Start programming” button to start programming.
The progress bar on the bottom of the window shows the progress of the erase and programming operations.

STM32 Cube Programmer

2023-02-25T00:54:12Z

U731219879 rc:

STM32 Cube Programmer

2023-02-25T00:45:24Z

U731219879 rc:

Erases, programs, views and verifies the content of the device Flash memory 
[[File:STM32CubeProg.PNG |350px|Mid]] 
[[File:ST-Link-config-menu.PNG |175px|right]] 
'''Getting Started''' 
Setting up and connecting your NUCLEO board.

1. Start STM32 Cube Programmer application.
2. Attach the USB cable to the NUCLEO board
3. Attach the USB cable to your computer.
4. Find the '''ST-LINK configuration panel''' located on the right side of the '''Main Menu'''.
5. Locate Under the '''Not Connected''' status a Blue ('''ST-Link''') button with a drop down menu.
6. Ensure '''ST-Link''' is selected and not '''UART''' or '''USB''' in the drop down menu.
7. Click on the Green '''Connect''' button to connect the '''NUCLEO''' board with the built in '''ST-Link''' to the computer
8. Ensure the '''Not connected''' status message has changed to '''Connected''' and the '''ST-LINK configuration''' should be greyed out.
9. Ensure you are connected by reading the '''Target information.'''

'''Reading and displaying target memory'''
1. Ensure the '''ST-Link''' is connected and working as stated above.
2. Specify the '''Address''' and the '''Size''' of the data to be read.
Example: Address '''0x08000000''' Size '''0x8000''' Data Width '''8 bit'''
Size reference:
0X400 X 4 = 1024 (default)
0X4000 X 4 = 16K
0X8000 X 4 = '''32K''' (full size of flash for NUCLEO-C0316)
3. Select '''Read''' or '''Read all'''

'''Reading and displaying a file from a previously saved program.'''
1. To open and display a file, just click on the '''“+”''' and select '''“Open File”'''
2. Select the file from the list in the directory.
Example: '''myfile.bin'''
The file size is displayed in the '''“Size”''' field.
The start address of hex, srec, or ELF files, is displayed in the '''“Address”''' field.
For a binary file it is '''0x0''' in the '''“Address”''' field.

'''Memory erasing'''

Memory sectors are displayed in the right-hand panel showing the start address and the size of each sector.
To erase one or more sectors:
1. Select them in the '''first''' column.
2. Then click on the '''“Erase selected sectors”''' button.
The '''“Full chip erase”''' button erases the whole memory.
[[File:Erasing-Flash.PNG |350px|mid]] 
'''Memory programming'''
To program a memory, go through the following steps:
1. Click on the browse button and select the file to be programmed.
The supported formats are:
binary files (.bin),
ELF files (.elf, .axf, .out)
Intel hex files (.hex)
Motorola S-record files (.Srec).
2. In case of programming a '''binary''' file, the address must be set. Example: '''0x0800000'''
3. Select the programming options:
– Verify after programming: read back the programmed memory and compare it byte
per byte with the file.
– Skip flash memory erase before programming: if checked, the memory is not
erased before programming. This option must be checked only when you are sure
that the target memory is already erased.
– Run after programming: start the application just after programming.
4. Click on the ”Start programming” button to start programming.
The progress bar on the bottom of the window shows the progress of the erase and programming operations.

STM32 Cube Programmer

2023-02-25T00:36:18Z

U731219879 rc:

Erases, programs, views and verifies the content of the device Flash memory 
[[File:STM32CubeProg.PNG |350px|Mid]] 
[[File:ST-Link-config-menu.PNG |150px|right]]
'''Getting Started''' 
Setting up and connecting your NUCLEO board.

1. Start STM32 Cube Programmer application.
2. Attach the USB cable to the NUCLEO board
3. Attach the USB cable to your computer.
4. Find the '''ST-LINK configuration panel''' located on the right side of the '''Main Menu'''.
5. Locate Under the '''Not Connected''' status a Blue ('''ST-Link''') button with a drop down menu.
6. Ensure '''ST-Link''' is selected and not '''UART''' or '''USB''' in the drop down menu.
7. Click on the Green '''Connect''' button to connect the '''NUCLEO''' board with the built in '''ST-Link''' to the computer
8. Ensure the '''Not connected''' status message has changed to '''Connected''' and the '''ST-LINK configuration''' should be greyed out.
9. Ensure you are connected by reading the '''Target information.'''

'''Reading and displaying target memory'''
1. Ensure the '''ST-Link''' is connected and working as stated above.
2. Specify the '''Address''' and the '''Size''' of the data to be read.
Example: Address '''0x08000000''' Size '''0x8000''' Data Width '''8 bit'''
Size reference:
0X400 X 4 = 1024 (default)
0X4000 X 4 = 16000
0X8000 X 4 = '''32000''' (full size of flash for NUCLEO-C0316)
3. Select '''Read''' or '''Read all'''

'''Reading and displaying a file from a previously saved program.'''
1. To open and display a file, just click on the '''“+”''' and select '''“Open File”'''
2. Select the file from the list in the directory.
Example: '''myfile.bin'''
The file size is displayed in the '''“Size”''' field.
The start address of hex, srec, or ELF files, is displayed in the '''“Address”''' field.
For a binary file it is '''0x0''' in the '''“Address”''' field.

'''Memory erasing'''

Memory sectors are displayed in the right-hand panel showing the start address and the size of each sector.
To erase one or more sectors:
1. Select them in the '''first''' column.
2. Then click on the '''“Erase selected sectors”''' button.
The '''“Full chip erase”''' button erases the whole memory.
[[File:Erasing-Flash.PNG |350px|mid]] 
'''Memory programming'''
To program a memory, go through the following steps:
1. Click on the browse button and select the file to be programmed.
The supported formats are:
binary files (.bin),
ELF files (.elf, .axf, .out)
Intel hex files (.hex)
Motorola S-record files (.Srec).
2. In case of programming a '''binary''' file, the address must be set. Example: '''0x0800000'''
3. Select the programming options:
– Verify after programming: read back the programmed memory and compare it byte
per byte with the file.
– Skip flash memory erase before programming: if checked, the memory is not
erased before programming. This option must be checked only when you are sure
that the target memory is already erased.
– Run after programming: start the application just after programming.
4. Click on the ”Start programming” button to start programming.
The progress bar on the bottom of the window shows the progress of the erase and programming operations.

STM32 Cube Programmer

2023-02-25T00:34:27Z

U731219879 rc:

Erases, programs, views and verifies the content of the device Flash memory
[[File:STM32CubeProg.PNG |350px|left]] 

[[File:ST-Link-config-menu.PNG |150px|right]]
'''Getting Started''' 
Setting up and connecting your NUCLEO board.

1. Start STM32 Cube Programmer application.
2. Attach the USB cable to the NUCLEO board
3. Attach the USB cable to your computer.
4. Find the '''ST-LINK configuration panel''' located on the right side of the '''Main Menu'''.
5. Locate Under the '''Not Connected''' status a Blue ('''ST-Link''') button with a drop down menu.
6. Ensure '''ST-Link''' is selected and not '''UART''' or '''USB''' in the drop down menu.
7. Click on the Green '''Connect''' button to connect the '''NUCLEO''' board with the built in '''ST-Link''' to the computer
8. Ensure the '''Not connected''' status message has changed to '''Connected''' and the '''ST-LINK configuration''' should be greyed out.
9. Ensure you are connected by reading the '''Target information.'''

'''Reading and displaying target memory'''
1. Ensure the '''ST-Link''' is connected and working as stated above.
2. Specify the '''Address''' and the '''Size''' of the data to be read.
Example: Address '''0x08000000''' Size '''0x8000''' Data Width '''8 bit'''
Size reference:
0X400 X 4 = 1024 (default)
0X4000 X 4 = 16000
0X8000 X 4 = '''32000''' (full size of flash for NUCLEO-C0316)
3. Select '''Read''' or '''Read all'''

'''Reading and displaying a file from a previously saved program.'''
1. To open and display a file, just click on the '''“+”''' and select '''“Open File”'''
2. Select the file from the list in the directory.
Example: '''myfile.bin'''
The file size is displayed in the '''“Size”''' field.
The start address of hex, srec, or ELF files, is displayed in the '''“Address”''' field.
For a binary file it is '''0x0''' in the '''“Address”''' field.

'''Memory erasing'''

Memory sectors are displayed in the right-hand panel showing the start address and the size of each sector.
To erase one or more sectors:
1. Select them in the '''first''' column.
2. Then click on the '''“Erase selected sectors”''' button.
The '''“Full chip erase”''' button erases the whole memory.
[[File:Erasing-Flash.PNG |350px|mid]] 
'''Memory programming'''
To program a memory, go through the following steps:
1. Click on the browse button and select the file to be programmed.
The supported formats are:
binary files (.bin),
ELF files (.elf, .axf, .out)
Intel hex files (.hex)
Motorola S-record files (.Srec).
2. In case of programming a '''binary''' file, the address must be set. Example: '''0x0800000'''
3. Select the programming options:
– Verify after programming: read back the programmed memory and compare it byte
per byte with the file.
– Skip flash memory erase before programming: if checked, the memory is not
erased before programming. This option must be checked only when you are sure
that the target memory is already erased.
– Run after programming: start the application just after programming.
4. Click on the ”Start programming” button to start programming.
The progress bar on the bottom of the window shows the progress of the erase and programming operations.

File:STM32CubeProg.PNG

2023-02-25T00:32:19Z

U731219879 rc: