BaseCam BGC 32-bit PTZ Controller Tiny Revision B Brushless Motor For Camera | Игрушки и хобби

BaseCam BGC 32-bit PTZ Controller Tiny Revision B Brushless Motor For Camera | Игрушки и хобби

BaseCam BGC 32-bit PTZ Controller Tiny Revision B Brushless PTZ Motor Controller For PTZ Camera

BaseCam SimpleBGC 32 - bit Tiny

The controller is a scaled-down version of SimpleBGC's 32-bit three-axis stabilizer. It is designed as a large camera yuntai.
Characteristics of the

The built-in IMU sensor can be used as the second sensor or the main sensor.

It is possible to adjust the voltage between 6 and 11 volts and to connect the motor regardless of the current battery condition.

It has the same 32-bit socket as full-size SimpleBGC.

Optional bluetooth modules can be connected.

Version B

SimpleBGC 32-bit small controller version B has the following improvements:
Smaller than the previous version: 25x40mm in size and 7mm in height (feet not installed)

Current performance has been extended:

The +5V line provides up to 1A continuous current (enough to support GoPro cameras) and up to 2A instantaneous current

+3.3V line can provide continuous current up to 500 mA and 1A instantaneous current

Input voltage range extended to 1s 6s(3.7v-25v)

Usb-uart vehicle-mounted converter simplifies the connection with PC and has fewer problems with the driver compared with previous versions

* the total current is 5V load to 3.3v load and motor driver should not exceed 2A. Proper heat dissipation is needed
Panel size: 40 x 25 mm

Power supply voltage: 3.7-25v (1s 6s LiPo)

Maximum motor current: 1 A
Controller performance

Support for multi-platform system management

Desktop system :Windows,MacOS,Linux. Support user to update controller firmware (via GUI).

Smartphones :Android and some apple iOS products (iPhone and iPad) controlled by third-party vendors.
Open serial port API

Open programming interface developed by external control module - suitable for software configuration and board control as well as communication of various electronic devices.
PID parameters are automatically adjusted

Automatic tuning of PID parameters will allow you to quickly prepare the system for work, either initially or under changing conditions.
System support for various configurations

Flexible customization of sensor direction.

Supports a wide range of motor configurations and sizes.
Support for two sensors

The system can work with one or two IMU sensors. The use of both sensors improves stability and accuracy.
Optimized control algorithm

The algorithm USES no more than 30% CPU power and has a lot of reserves for future opportunities.
Operating system at any Angle

The system operates on a stable frame of any incline and has several modes of operation: briefcase mode (90-degree rotating roll) and reverse mode.
Follow the different algorithms of the pattern

Flexible configuration for each axis following pattern. To prevent the camera from tilting continuously, the horizontal axis mode can be automatically switched from locking to following.
Adaptive PID algorithm to prevent vibration
Up to five system operations with toggle buttons for user configurable modes
Supports a wide range of external control protocols

Futaba, Spektrum, 5 x PWM, Sum - PPM, 3 ADC.

Flexible configuration controls any function of the system (every parameter used by the system is configurable).

The system decodes Futaba/Spektrum and provides PWM to control the servo driver.
Battery voltage drop correction

Battery voltage reduction correction ensures proper control of the drive motor throughout the battery life.
Different versions of controllers for different requirements

Controllers for a range of applications range from compact controllers for light camera stabilizers to powerful versions for heavy camera stabilizers.
Work in progress to improve the system

BaseCam electronics is working closely with terminal device developers to improve stability algorithms and extend system performance in a single version of the controller based on feedback.
The camera stability principle of brushless direct drive motor is adopted