LSC-16: Hiwonder 16 Channel Servo Controller with Over-Current Protection
LSC-16: Hiwonder 16 Channel Servo Controller with Over-Current Protection
> The CPU of 16-channel servo controller uses high-performance STM32 single chip microcomputer with ARM Cortex-M3 corer. It not only can control servo's movement, but their speed adjustment. It has 16M high-capacity memory, which can hold 230 action groups, and each action group include 510 actions!
> The 16-channel servo controller has over-current protection, greatly prevents the servo from burning out because of the locked-rotor. We provide PC software which supports online graphical debugging.
> You can control 16-channel servo at the same time.
1. High-performance Chip - The CPU adopts a high-performance STM32 microcontroller with ARM Cortex-M3 core, which controls motion with high precision and adjustable speed.
2. Simple Wiring - The controller has built-in positive and negative power interfaces, which is simple to wire and easy to operate.
3. Built-in Switch - The controller has a built-in switch, which is easy to use and reduces your wiring worries.
4. Computer Driver-free - The controller supports online debugging without installing any driver.
5. Large Capacity Memory - The controller has a large-capacity memory of 16M, which can accommodate 230 action groups, and each action group can contain 510 actions.
6. Two Offline Operating Modes - The controller can be run offline once or cycled offline numerous times.
7. Support Serial Port Communication - It can connect to other microcontroller and other microcontroller can send command to it. Communication protocols of 51, STM32 and Arduino microcontroller are provided.
8. 8 Channels Overload Protection - The controller is equipped with eight-way overload protection, which greatly reduces the risk of the servo being blocked and burned out.
9. Signal Isolation Protection - The output end of the servo is isolated from the CPU to prevent it from servo power surge.
| Item | Specification |
|---|---|
| Product Dimension | 58*42mm (2.28*1.65inch) |
| Hole Spacing | 49*34mm (1.93*1.34inch) |
| Product Weight | 18g |
| USB Control | support |
| Maximum Controlling Quantity | 16 servos |
| Storage | 16M |
| Secondary Development | support |
| Communication Baud Rate | 9600 |
| Over-current Protection | support |
| Signal Isolation Protection | support |
PC Software Interface
> We provide PC software that supports online debugging, driver-free, automatic connection, and language switching.
> You can debug it through PC software without coding. Drag the slider to control the rotation of the servo. Quick debugging will make your project run successfully.
How to use debugging
> The 16-channel servos can be controlled individually.
> We need to provide the 16-channel servo debugging board with 5-8.4V voltage.
> Connect the servo to the S0-S15 interface. The development board can send commands through the serial port or lCI to control the corresponding servo.
Support Development Board Expansion
The servo controller has a reserved serial communication interface, which can conduct TTL serial communication with other development boards. The development board can send instructions to the controller to enable your robot to achieve intelligent control.
We provide three communication routines for Arduino, Raspberry Pi and Jetson Nano for your reference to facilitate your learning.
Package Includes
Description
LSC-16: Hiwonder 16 Channel Servo Controller with Over-Current Protection
> The CPU of 16-channel servo controller uses high-performance STM32 single chip microcomputer with ARM Cortex-M3 corer. It not only can control servo's movement, but their speed adjustment. It has 16M high-capacity memory, which can hold 230 action groups, and each action group include 510 actions!
> The 16-channel servo controller has over-current protection, greatly prevents the servo from burning out because of the locked-rotor. We provide PC software which supports online graphical debugging.
> You can control 16-channel servo at the same time.
1. High-performance Chip - The CPU adopts a high-performance STM32 microcontroller with ARM Cortex-M3 core, which controls motion with high precision and adjustable speed.
2. Simple Wiring - The controller has built-in positive and negative power interfaces, which is simple to wire and easy to operate.
3. Built-in Switch - The controller has a built-in switch, which is easy to use and reduces your wiring worries.
4. Computer Driver-free - The controller supports online debugging without installing any driver.
5. Large Capacity Memory - The controller has a large-capacity memory of 16M, which can accommodate 230 action groups, and each action group can contain 510 actions.
6. Two Offline Operating Modes - The controller can be run offline once or cycled offline numerous times.
7. Support Serial Port Communication - It can connect to other microcontroller and other microcontroller can send command to it. Communication protocols of 51, STM32 and Arduino microcontroller are provided.
8. 8 Channels Overload Protection - The controller is equipped with eight-way overload protection, which greatly reduces the risk of the servo being blocked and burned out.
9. Signal Isolation Protection - The output end of the servo is isolated from the CPU to prevent it from servo power surge.
| Item | Specification |
|---|---|
| Product Dimension | 58*42mm (2.28*1.65inch) |
| Hole Spacing | 49*34mm (1.93*1.34inch) |
| Product Weight | 18g |
| USB Control | support |
| Maximum Controlling Quantity | 16 servos |
| Storage | 16M |
| Secondary Development | support |
| Communication Baud Rate | 9600 |
| Over-current Protection | support |
| Signal Isolation Protection | support |
PC Software Interface
> We provide PC software that supports online debugging, driver-free, automatic connection, and language switching.
> You can debug it through PC software without coding. Drag the slider to control the rotation of the servo. Quick debugging will make your project run successfully.
How to use debugging
> The 16-channel servos can be controlled individually.
> We need to provide the 16-channel servo debugging board with 5-8.4V voltage.
> Connect the servo to the S0-S15 interface. The development board can send commands through the serial port or lCI to control the corresponding servo.
Support Development Board Expansion
The servo controller has a reserved serial communication interface, which can conduct TTL serial communication with other development boards. The development board can send instructions to the controller to enable your robot to achieve intelligent control.
We provide three communication routines for Arduino, Raspberry Pi and Jetson Nano for your reference to facilitate your learning.
Package Includes
