pic controlled helmet camera using pic16f690
#PIC16F690
#helmet camera
#Sony LANC
#extreme sports
#microcontroller
#camera control
#DIY
#PIC programming
#video recording
Description: Inexpensive PIC-controlled helmet camera utilizing Sony LANC, suitable for extreme sports. This guide will demonstrate how to create an affordable helmet camera.
The proposed electronic schematic involves a PIC microcontroller interfaced with a Sony LANC (Local Application Control Bus) to control a helmet-mounted camera. The design is aimed at extreme sports enthusiasts who require a lightweight and cost-effective solution for capturing high-quality video footage during activities such as biking, skiing, or skateboarding.
The core of the circuit utilizes a PIC microcontroller, which is programmed to send commands to the camera via the LANC protocol. The microcontroller can be powered using a small lithium polymer battery, ensuring that the overall weight remains minimal. The LANC interface consists of a simple serial communication line that allows for commands such as start, stop, and zoom to be transmitted to the camera.
In addition to the microcontroller and power supply, the circuit may include a few supporting components such as resistors, capacitors, and possibly a MOSFET for switching the camera on and off. A user interface, which could consist of buttons or a small joystick, allows the user to control the camera functions conveniently while wearing the helmet.
The entire assembly should be enclosed in a robust, waterproof housing to protect the electronics from the elements, ensuring durability during extreme activities. Proper mounting techniques must be employed to securely attach the camera to the helmet, allowing for stable video capture without obstructing the user's vision.
This design not only provides an affordable solution for recording extreme sports but also allows for customization and expansion, such as integrating additional sensors or features, thus enhancing the overall functionality of the helmet camera system.Cheap PIC controlled Helmet Camera using Sony LANC (Good for Extreme Sports) This Instructable will show you how to make a cheap Helmet Camera which can be..
The proposed electronic schematic involves a PIC microcontroller interfaced with a Sony LANC (Local Application Control Bus) to control a helmet-mounted camera. The design is aimed at extreme sports enthusiasts who require a lightweight and cost-effective solution for capturing high-quality video footage during activities such as biking, skiing, or skateboarding.
The core of the circuit utilizes a PIC microcontroller, which is programmed to send commands to the camera via the LANC protocol. The microcontroller can be powered using a small lithium polymer battery, ensuring that the overall weight remains minimal. The LANC interface consists of a simple serial communication line that allows for commands such as start, stop, and zoom to be transmitted to the camera.
In addition to the microcontroller and power supply, the circuit may include a few supporting components such as resistors, capacitors, and possibly a MOSFET for switching the camera on and off. A user interface, which could consist of buttons or a small joystick, allows the user to control the camera functions conveniently while wearing the helmet.
The entire assembly should be enclosed in a robust, waterproof housing to protect the electronics from the elements, ensuring durability during extreme activities. Proper mounting techniques must be employed to securely attach the camera to the helmet, allowing for stable video capture without obstructing the user's vision.
This design not only provides an affordable solution for recording extreme sports but also allows for customization and expansion, such as integrating additional sensors or features, thus enhancing the overall functionality of the helmet camera system.Cheap PIC controlled Helmet Camera using Sony LANC (Good for Extreme Sports) This Instructable will show you how to make a cheap Helmet Camera which can be..
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