New BaseCam Simple BGC 32 Bit Extended Brussless Gimbal Controller Version 3.6 with encoder for 5D2 5D3 BMCC Camera
Package include:
1 BaseCam SimpleBGC 32-bit Extended
1 Camera IMU& NEccessory Wires
Produt Description:
iFlight BaseCam SimpleBGC 32 Bit Extended Brussless Gimbal Controller Version 3.6 with encoder for DIY 3 axis brushless gimbal
Product Feature:
BaseCam SimpleBGC 32-bit Extended
SimpleBGC 32-bit Extended controller is the advanced version of SimpleBGC 32-bit brushless gimbal controller introduces new capabilities:
New Capabilities:
Built-in Frame IMU
Current sensor to measure battery power consumption
CAN-bus to replace I2C for the IMU sensor and other periphery connection
Dedicated 3x SPI/PWM ports for encoder connection
Additional I2C port to connect 2nd IMU or encoders
Built-in sound beeper
Up to 6s LiPo battery is supported
Using encoders with SimpleBGC controllers gives the following advantages:
1.Prevents motors from losing synchronization and skipping steps.
2.Provides the information about frame angle and angle of the camera relative to frame, that can be important for some kind of applications.
3.For many cases it can significantly decrease power consumption by using field-oriented control strategy to drive motors.
4.Increases instant torque in the same way.
5.Allows the controller to get information about the camera balance for automatic balancing (with help of extra DC servo motors and moving counterweights).
6.The firmware also retains an option to adjust camera position by hands.
7.Increases the precision of stabilization by applying FOC-specific compensations.
Details can be found in the manual: SimpleBGC 32bit Encoders (538Kb 20.09.2016)
Specifications
Size of the board: 50×50 mm
Distance between the mounting holes: 45 mm
Diameter of the mounting holes: 3 mm
Power supply voltage: 8-26 V (3s-6s LiPo)
Maximum motor current: 1,5 A
5V output current to power external devices: up to 1 A
3V output current: 150 mA
The BaseCam Simple BGC 32-bit Extended Brushless Gimbal Controller (Version 3.6) features an ARM Cortex processor with high processing power, enabling advanced 3-axis stabilization in various shooting conditions. It also boasts a high-grade quality design that supports complex calculations at speeds of up to 2MHz. Additionally, the gimbal controller offers big connectivity capabilities, battery monitoring, and support for a variety of RC protocols to prevent over-discharge and compensate for voltage drops.
Onboard RC (Roll, Pitch, Yaw) motor outputs.
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