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Kullanıcı Avatarı
$4 USD / hour
SOUTH AFRICA bayrağı
cape town, south africa
$4 USD / hour
Şu anda burada saat 1:41 ÖÖ
Mart 15, 2021 tarihinde katıldı
0 Tavsiye

Jephta M.

@MadzivaJephta

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$4 USD / hour
SOUTH AFRICA bayrağı
cape town, south africa
$4 USD / hour
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Tekrar İşe Alınma Oranı

Embedded Systems Engineer

I am a Mechatronics Engineer with a keen focus on Electronics & Embedded Systems and experience to back them up. I have experience in Circuit schematics, PCB designing, CAD/CAM and manufacturing files. My main software are Proteus, KiCAD, MPLABX, Arduino IDE, and Fusion 360/Solidworks. I am disciplined, goal oriented, friendly with good teamwork.
Freelancer Electronics Engineers South Africa
Electronics Engineers freelancerlarından South Africa içinden olanlarının tümünü görün.

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Portföy

10694498
The monitor would be able to calculate the ratings and values of the voltage supplied to it and display on the screen for the user. A fairly large 20x4 LCD screen is included to display as much details as possible on one section. Two button switches are also included to navigate through the details on the screen. The project uses a PIC16f877A micro controller for all logic operations which is programmed in Embedded C. The cover is plastic to reduce any accidental contact with any internal power wiring and the connectors are basic screw terminals to reduce the need for special male connectors to those that would be on the project.
POWER MONITOR v2
The monitor would be able to calculate the ratings and values of the voltage supplied to it and display on the screen for the user. A fairly large 20x4 LCD screen is included to display as much details as possible on one section. Two button switches are also included to navigate through the details on the screen. The project uses a PIC16f877A micro controller for all logic operations which is programmed in Embedded C. The cover is plastic to reduce any accidental contact with any internal power wiring and the connectors are basic screw terminals to reduce the need for special male connectors to those that would be on the project.
POWER MONITOR v2
The monitor would be able to calculate the ratings and values of the voltage supplied to it and display on the screen for the user. A fairly large 20x4 LCD screen is included to display as much details as possible on one section. Two button switches are also included to navigate through the details on the screen. The project uses a PIC16f877A micro controller for all logic operations which is programmed in Embedded C. The cover is plastic to reduce any accidental contact with any internal power wiring and the connectors are basic screw terminals to reduce the need for special male connectors to those that would be on the project.
POWER MONITOR v2
10694480
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
10694466
The board has all power, external clock and programming connections already set-up and ready to go, giving its user a more plug and play experience. It doesn’t however have an in-built programmer on board but all pins are already set up for an external programmer, the quite common PICKIT3. The programming pins are located on top-right side of the board. The peripheral pins are located at the bottom of the board.
PIC16F877A Module
The board has all power, external clock and programming connections already set-up and ready to go, giving its user a more plug and play experience. It doesn’t however have an in-built programmer on board but all pins are already set up for an external programmer, the quite common PICKIT3. The programming pins are located on top-right side of the board. The peripheral pins are located at the bottom of the board.
PIC16F877A Module
10694498
The monitor would be able to calculate the ratings and values of the voltage supplied to it and display on the screen for the user. A fairly large 20x4 LCD screen is included to display as much details as possible on one section. Two button switches are also included to navigate through the details on the screen. The project uses a PIC16f877A micro controller for all logic operations which is programmed in Embedded C. The cover is plastic to reduce any accidental contact with any internal power wiring and the connectors are basic screw terminals to reduce the need for special male connectors to those that would be on the project.
POWER MONITOR v2
The monitor would be able to calculate the ratings and values of the voltage supplied to it and display on the screen for the user. A fairly large 20x4 LCD screen is included to display as much details as possible on one section. Two button switches are also included to navigate through the details on the screen. The project uses a PIC16f877A micro controller for all logic operations which is programmed in Embedded C. The cover is plastic to reduce any accidental contact with any internal power wiring and the connectors are basic screw terminals to reduce the need for special male connectors to those that would be on the project.
POWER MONITOR v2
The monitor would be able to calculate the ratings and values of the voltage supplied to it and display on the screen for the user. A fairly large 20x4 LCD screen is included to display as much details as possible on one section. Two button switches are also included to navigate through the details on the screen. The project uses a PIC16f877A micro controller for all logic operations which is programmed in Embedded C. The cover is plastic to reduce any accidental contact with any internal power wiring and the connectors are basic screw terminals to reduce the need for special male connectors to those that would be on the project.
POWER MONITOR v2
10694480
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
The project is controlled by a PIC16f877A micro controller which is programmed in embedded C. 3 buttons are also included that can be programmed to do different tasks depending on the programmer’s choice. 8 digital pins are set for custom and extra external controls if the manufacturer would desire any. A 12 port screw connector is mounted at the top which connects the four sensors responsible for sensing the position of the sun relative to the panels. 2 extra 3 port connectors are also included for other analog reading such as the temperature of the project and also the concentration of sunlight in the atmosphere e.t.c.
SOLAR TRACKER v3
10694466
The board has all power, external clock and programming connections already set-up and ready to go, giving its user a more plug and play experience. It doesn’t however have an in-built programmer on board but all pins are already set up for an external programmer, the quite common PICKIT3. The programming pins are located on top-right side of the board. The peripheral pins are located at the bottom of the board.
PIC16F877A Module
The board has all power, external clock and programming connections already set-up and ready to go, giving its user a more plug and play experience. It doesn’t however have an in-built programmer on board but all pins are already set up for an external programmer, the quite common PICKIT3. The programming pins are located on top-right side of the board. The peripheral pins are located at the bottom of the board.
PIC16F877A Module

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Eğitim

ND: Mechatronics Engineering

Cape Peninsula University of Technology, South Africa 2017 - 2021
(4 yıl)

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Diploma in HTML5, CSS3 and JavaScript - Revised

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Alison's free online Diploma in HTML5, CSS3 and JavaScript certification course will give you in-depth knowledge of how you can use HTML5 to define the content of web pages, CSS3 to specify the layout and style of web pages, and JavaScript to program the behavior of web pages.

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