Tech stuff: Jumper Bumblebee RDC50 2.4G

Jumper Bumblebee RDC50 2.4G Controller

Jumper Bumblebee 2.4G controller

RDC50 sensor and Hall sensor

RDC50 Sensors

           1. Working Principle: RDC50 sensors use a resolver-based technology to detect rotation and position.
           2. Accuracy: High accuracy, typically ±0.5° to ±1.0°.
           3. Resolution: High resolution, typically 10-16 bits.
           4. Speed Range: Suitable for high-speed applications, up to 10,000 rpm.
           5. Temperature Range: Typically -40°C to 150°C.
           6. Cost: Generally more expensive than Hall sensors.

Hall Sensors*

           1. Working Principle: Hall sensors detect changes in the magnetic field to measure rotation, position, and speed.
           2. Accuracy: Lower accuracy compared to RDC50, typically ±2° to ±5°.
           3. Resolution: Lower resolution, typically 8-12 bits.
           4. Speed Range: Suitable for lower-speed applications, up to 5,000 rpm.
           5. Temperature Range: Typically -40°C to 125°C.
           6. *Cost*: Generally less expensive than RDC50 sensors.

Key Differences

1. Accuracy and Resolution: RDC50 sensors offer higher accuracy and resolution compared to Hall sensors.
2. Speed Range: RDC50 sensors are suitable for high-speed applications, while Hall sensors are better suited for lower-speed applications.
3. Cost*: Hall sensors are generally less expensive than RDC50 sensors.