EngineeeringComputerWorks.com Computer Control System driver in Microsoft C++. Please download from Microsoft VIsual Studio Samples at https://code.msdn.microsoft.com/EngineeeringComputerWorksco-02ff9cf6 .

EngineeeringComputerWorks.com Computer Control System driver in Microsoft C++. Please download from Microsoft VIsual Studio Samples at https://code.msdn.microsoft.com/EngineeeringComputerWorksco-02ff9cf6 .

Download Microsoft Computer Control System Driver in Microsoft C++ at https://code.msdn.microsoft.com/EngineeeringComputerWorksco-02ff9cf6 .

http://engineeeringcomputerworks.com
Email : cjhoong@msn.com ;
chan_junt_hoong@ieee.org ;
chanjunthoong@theiet.org .

EngineeeringComputerWorks.com Computer Control System driver in Microsoft C#. Please download from Microsoft VIsual Studio Samples at https://code.msdn.microsoft.com/EngineeeringComputerWorksco-774a540f .

EngineeeringComputerWorks.com Computer Control System driver in Microsoft C#. Please download from Microsoft VIsual Studio Samples at https://code.msdn.microsoft.com/EngineeeringComputerWorksco-774a540f .

Download Microsoft Computer Control System Driver in Microsoft C# at https://code.msdn.microsoft.com/EngineeeringComputerWorksco-774a540f .

http://engineeeringcomputerworks.com
Email : cjhoong@msn.com ;
chan_junt_hoong@ieee.org ;
chanjunthoong@theiet.org .

Motoring by Prof Dr Chan Junt Hoong FIET FIEEE BEng CEng . EngineeeringComputerWorks.com Test Drive showing methods to perform rough and rocky mountain rods driving and methods to program for various road and driving simulation conditions. Programmed and simulation by Prof Dr Chan Junt Hoong FIET FIEEE BEng CEng . For enquiries, write via email to : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org . http://engineeeringcomputerworks.com/blog/wp-content/uploads/2019/02/Motoring.png . http://engineeeringcomputerworks.com/blog/wp-content/uploads/2019/02/MOV_0370.mp4 .

Motoring in Test Drive. Please view the video on motoring on the rocky and mountains roads and highway and rocky drive and simulations of knocking onto rocks, trees and other vehicles. By Prof Dre. Chan Junt Hoong FIET FIEEE BEng CEng .

EngineeeringComputerWorks.com Man_Animation video with photographs of myself with a camera photographing myself from a mirror and putting the photographs together of the head, body, hands and legs and complete picture of myself, Prof Dr Chan Junt Hoong FIET FIEEE BEng CEng . For enquiries, please email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org . The Man_Animation is available for download from Microsoft Visual Studio Samples at https://code.msdn.microsoft.com/ManAnimation-in-Visual-17f79a88 .

EngineeeringComputerWorks.com Man_Animation video with photographs of myself with a camera photographing myself from a mirror and putting the photographs together of the head, body, hands and legs and complete picture of myself, Prof Dr Chan Junt Hoong FIET FIEEE BEng CEng . For enquiries, please email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org . The Man_Animation is available for download from Microsoft Visual Studio Samples at https://code.msdn.microsoft.com/ManAnimation-in-Visual-17f79a88 .

Man Animation Visual Studio Samples download at https://code.msdn.microsoft.com/ManAnimation-in-Visual-17f79a88 .

http://engineeeringcomputerworks.com
Email: cjhoong@msn.com ;
chan_junt_hoong@ieee.org ;
chanjunthoong@theiet.org .

EngineeeringComputerWorks.com Dual Keypad and additional keypads is able to be added to the Computer Control System by linking and networking the Microchip PIC 16C63A by connecting the serial connections together. The video shows the game from Pacific Warriors flying the American Plane by a Dual Keypad Computer Controller System. The Dual Keypad Computer Control System is pictured in the video as a prototype and as a complete packaging solution in the pictures. For enquiries, please email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

EngineeeringComputerWorks.com Dual Keypad and additional keypads is able to be added to the Computer Control System by linking and networking the Microchip PIC 16C63A by connecting the serial connections together. The video shows the game from Pacific Warriors flying the American Plane by a Dual Keypad Computer Controller System. The Dual Keypad Computer Control System is pictured in the video as a prototype and as a complete packaging solution in the pictures. For enquiries, please email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

Click on the link below to download the video in the folder “publish” and the file in *.exe format from Prof Dr Chan Junt Hoong’s movie and video animation version.

publish

EngineeeringComputerWorks.com Dual Keypad and additional keypads is able to be added to the Computer Control System by linking and networking the Microchip PIC 16C63A by connecting the serial connections together. The video shows the game from Pacific Warriors flying the American Plane by a Dual Keypad Computer Controller System. The Dual Keypad Computer Control System is pictured in the video as a prototype and as a complete packaging solution in the pictures. For enquiries, please email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

EngineeeringComputerWorks.com Dual Keypad and additional keypads is able to be added to the Computer Control System by linking and networking the Microchip PIC 16C63A by connecting the serial connections together. The video shows the game from Pacific Warriors flying the American Plane by a Dual Keypad Computer Controller System. The Dual Keypad Computer Control System is pictured in the video as a prototype and as a complete packaging solution in the pictures. For enquiries, please email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

http://engineeeringcomputerworks.com
Email: cjhoong@msn.com ;
chan_junt_hoong@ieee.org ;
chanjunthoong@theiet.org .

EngineeeringComputerWorks.com Computer Keyboards, ARM Computer Systems Keypads and LED Clocks , created and made by Prof Dr Chan Junt Hoong FIET FIEEE BEng CEng . For enquiries , please contact : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

EngineeeringComputerWorks.com Computer Keyboards, ARM Computer Systems Keypads and LED Clocks , created and made by Prof Dr Chan Junt Hoong FIET FIEEE BEng CEng . For enquiries , please contact : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

EngineeeringComputerWorks.com Computer Keyboards, ARM Computer Systems Keypads and LED Clocks , created and made by Prof Dr Chan Junt Hoong FIET FIEEE BEng CEng . For enquiries , please contact : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

EngineeeringComputerWorks.com Computer Keyboards, ARM Computer Systems Keypads and LED Clocks , created and made by Prof Dr Chan Junt Hoong FIET FIEEE BEng CEng . For enquiries , please contact : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

CLIP2143

CLIP2182

CLIP2185

CLIP2186

http://engineeeringcomputerworks.com
Email: cjhoong@msn.com ;
chan_junt_hoong@ieee.org ;
chanjunthoong@theiet.org .

EngineeeringComputerWorks.com PICDEM2 PLUS with keypad and connected to the EngineeeringComputerWorks.com Computer Control System for ADC and DAC control. Analog to Digital is viewed via the LCD showing the Voltage as the variable resistor is turned with a maximum of 5.00V and a minimum of 0.00V and Digital to Analog is shown from the Voltage of the LCD as it lowers, the LED’s on the EngineeeringComputerWorks.com Computer Control System LED’s dimming and increasing in brightness as the voltage on the LCD rises with the turn of the variable resistor via clockwise and anti-clockwise. For enquiries, please contact via email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

CLIP2176

CLIP2179

EngineeeringComputerWorks.com PICDEM2 PLUS with keypad and connected to the EngineeeringComputerWorks.com Computer Control System for ADC and DAC control. Analog to Digital is viewed via the LCD showing the Voltage as the variable resistor is turned with a maximum of 5.00V and a minimum of 0.00V and Digital to Analog is shown from the Voltage of the LCD as it lowers, the LED’s on the EngineeeringComputerWorks.com Computer Control System LED’s dimming and increasing in brightness as the voltage on the LCD rises with the turn of the variable resistor via clockwise and anti-clockwise. For enquiries, please contact via email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

EngineeeringComputerWorks.com PICDEM2 PLUS with keypad and connected to the EngineeeringComputerWorks.com Computer Control System for ADC and DAC control. Analog to Digital is viewed via the LCD showing the Voltage as the variable resistor is turned with a maximum of 5.00V and a minimum of 0.00V and Digital to Analog is shown from the Voltage of the LCD as it lowers, the LED's on the EngineeeringComputerWorks.com Computer Control System LED's dimming and increasing in brightness as the voltage on the LCD rises with the turn of the variable resistor via clockwise and anti-clockwise. For enquiries, please contact via email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

EngineeeringComputerWorks.com PICDEM2 PLUS with keypad and connected to the EngineeeringComputerWorks.com Computer Control System for ADC and DAC control. Analog to Digital is viewed via the LCD showing the Voltage as the variable resistor is turned with a maximum of 5.00V and a minimum of 0.00V and Digital to Analog is shown from the Voltage of the LCD as it lowers, the LED’s on the EngineeeringComputerWorks.com Computer Control System LED’s dimming and increasing in brightness as the voltage on the LCD rises with the turn of the variable resistor via clockwise and anti-clockwise. For enquiries, please contact via email : cjhoong@msn.com ; chan_junt_hoong@ieee.org ; chanjunthoong@theiet.org .

http://engineeeringcomputerworks.com
Email: cjhoong@msn.com ;
chan_junt_hoong@ieee.org ;
chanjunthoong@theiet.org .