Description
CUAV CAN PDB Multifunctional Autopilot Baseboard
The CUAV CAN PDB Multifunctional Autopilot Baseboard is an innovative and versatile solution for drone builders and developers looking to enhance their autopilot systems. This advanced Power Distribution Board (PDB) not only distributes power efficiently to various components but also integrates seamlessly with the CAN bus architecture, ensuring reliable communication between the autopilot and connected devices.
Designed for maximum flexibility, the CUAV CAN PDB supports a range of configurations and can be used with multiple flight controllers, making it ideal for both hobbyists and professionals in the UAV industry. It features high-current capacity, enabling it to handle the power demands of various drone setups while maintaining stable operation. The baseboard is equipped with multiple input and output ports, allowing for easy connection of sensors, ESCs, and other peripherals.
Moreover, the CUAV CAN PDB comes with built-in protection features, including over-current and voltage protection, ensuring the safety of your drone components. Its compact design and lightweight construction make it easy to integrate into any drone frame without adding unnecessary weight. Whether you’re developing a custom drone project or enhancing an existing one, the CUAV CAN PDB Multifunctional Autopilot Baseboard is an essential component for achieving optimal performance and reliability in your aerial applications.
CAN PDB is a multi-functional baseboard of CORE flight controller, which provides abundant interfaces, integrates the functions of power module and power distribution board, and supports voltage input of 14~60V, and provide continuous working current up to 110A. It adopts self-developed ITT algorithm and has high accuracy power detection of 0.1A and 0.05V,. It has 10 power output welding points, and provides a 5V/6A and a 12V/4A stabilized output to provide power for external device. Supports the CORE modules of V5 +,X7 +, and X7+ Pro flight controller.Aupport V5+ X7 X7+ X7 Pro CORE Units
V2.5 Update
- Adding PPM interface enriches the support of remote control receiver protocol;
- The power output is upgraded from screw fixing to welding process, which reduces the risk of loose screws caused by heating and vibration caused by poor contact.
Power AccuracySustained CurrentUBEC Stable Output
14 PWM Out
State display
Specification
| 硬件参数 | |
|---|---|
| Proccessor | STM32F412 100Mhz 512K Flash 256K RAM |
| Input voltage | 10-60（3-15S Lipo） |
| Current measurement range | 0-110A |
| Maximum current range | 0-180A |
| 5V output | max 6A,stagle 6A |
| 12V output | max 4A，stable 3.5A |
| Servo | 14 |
| Receiver Protocol | SBUS/PWM/DSM |
| CORE support | V5+ X7 X7+ X7 Pro CORE |
| Support Model | Copter/Plane/Helicopter/VTOL/unmanned vehicle/Rover, etc. |
| Firmware | ArduPilot 4.0.0 or above Px4 1.11.0 or above |
| Screw hole | CORE for M2.5, other for M3 |
| Work Temperature | 20~+100°C |
| Main IO | |
| USB | 1 (type-c) |
| UART | 5(Include gps/uart4/telem1/telem2/debug) |
| CAN bus | 2 |
| I2C bus | 3 |
| SBUS/DSM IN | 1(dupont connector) |
| PPM_IN | 1 |
| PWM OUT | 14(Dupont connector) |
| ADC3.3 | 1 |
| ADC6.6 | 1 |
| SBUS OUT | 1(useless when install X7/X7 pro/X7+ core) |
| RSSI | 3.3V anolog voltage |
| DSU7 | 1 |
| Size&Weight | |
| Size&Wegiht | 12cm(L)×10cm(W)×1.2cm(H) |
| Weight | 163g(include cable) |
| Cable Length | 30cm(not include connector) |
CUAV CAN PDB Features:
1–Support 14~60V voltage input, 110A current.
2–0.1A, 0.05V power measurement accuracy
3–14 PWM outputs
4–5V/6A and a 12V/4A stabilized output
5–Thickened tinned PCB to reduce internal resistance
6–Power indicator LED, visually display battery voltage status
| Set |
CAN PDB Only, CAN PDB With V5+ Core, CAN PDB With X7+ Core |
|---|
Reviews
There are no reviews yet.