Drivers servos are very important elements of the management system serwomechanizmami. A typical design of servo is based on several elements, which include the motor, the feedback system and the driver. Circuit driver, the feedback system gives information about the angular position of the servo, to allow the driver to send the correct signal to tune the engine servo in the desired position. Servo drive systems with drivers are based on a closed feedback loop, which has the advantage over open loop that allows you to achieve the best parameters of the reaction of the servo and reduces the sensitivity to noise of operating errors and improves the stability of the entire system.
Shield for Raspberry Pi to control 16 servos. The system generates the PWM signal with frequency up to 1.6 kHz with 12 bit precision. Board is suitable for connectors of the Raspberry Pi A+,B+ and 2 B.
6-channel servo controller with support for digital and analog signals. The user has at his or her disposal, the control of the servos through: the PC app (USB), serial interface and a simple script language.
Shield for Raspberry Pi to control 16 servos. The system generates the PWM signal with frequency of up to 1.6 kHz with 12 bit precision. Board is suitable for connectors of the Raspberry Pi 2 x 20. It is not suitable for Raspberry with pins of 2 x 13.
24-channel servo controller simulation. Communication via USB or serial interface UART. The system is equipped with high-performance controller STM32F103, has a resolution of 1 µs to 0.09 °, supports wireless protocols
16-channel PWM generator, it is useful when there is not enough outputs of the microcontroller. Allows for i.a.: control of the servos, speed adjustment of motors or change the brightness of the LEDs. The module in the form of the shield for Arduino with a set of connectors for self-soldering.
16-channel PWM generator conveniently when not enough outputs of the microcontroller. Allows, in particular: control of the servos, speed control of motors or change the brightness of the LEDs. Communicates via I2C, working with voltages 3.3 V and 5 V.
Shield for Arduino with 4-channel G15 servo driver, operating with a voltage from 7 V to 15 V, communicates via the UART interface. On the board there are jumpers for selecting pins RX and TX and an ARK connector for external power supply.
Four-channel driver for DC motors and stepper motors, designed with a microcontroller DFRobot FireBeetle STM8S105 for IoT projects. It enables the control of four DC motors or two phase, foour-wired stepper motors. Supply voltage is from 3.3 V to 5 V, the voltage of the motors from 4 V to 12 V. Continuous current per channel is 1.2 A.
The module allows you to control four DC motors (DC), with two stepper motors or two servos using Arduino kits. The system allows you to adjust the direction and speed of rotation of the motors with a current consumption of 1.2 A and a voltage of 12 V. Communicates through I2C interface, using only two lines of Arduino.
Expansion board for module Micro:bit. It allows you to control 2 DC motors and 3 servos through the I2C interface with 12-bit resolution for each channel. It powers the motors and servos with the regulated voltage of 5 V and a maximum current of 3 A.
Wireless controller PWM signal to communicate the standard Bluetooth Low Energy (BLE). Equipped with 3 channel PWM that can be used as led driver, speed controller of DC motors and the servo controller. The module supply voltage is from 1.8 to 3.6 V. Compatibility with the Raspberry.
Fee that allows you to connect up to 4 DC motors or 2 stepper motors and 8 servos for module BBC micro:bit. In addition, derivatives have been on the Board 17 I/O connectors and data line I2C connector 19 and 20, the outputs of the panels for soldering, you can solder them to the connectors goldpin raster of 2.54 mm, the module Dimensions are 68 x 62 x...
Module from the Grove is equipped with a dual H bridge L298Ncontrolled ATmege 8L. The system allows you to adjust the direction of rotation of motors with a maximum current consumption up to 1 A and a voltage of 15 V. the kit includes a cable adapted to overlay Seeedstudio Base Shield v2.0.
In the era of fast developing electronics and software manufacturers have developed models for even greater management capabilities serwem. Drivers series USB from Polou Maestro have a very high resolution of the control signal and high stability, which allows for precise, without hesitation, management serwomechanizmami. Among the unique features of Polou drivers, there is also the option of adjusting rate of change of the angular position of the controlled flow, the possibility of disconnection of supply , as well as advanced display commands for control optimization. Driver module Polou, can be controlled three ways: Via USB connector directly to the computer serial port TTL to work with embedded systems (e.g. Arduino) and software, a script recorded in memory of the controller. The channels of the controller can be configured as digital outputs, analog inputs and outputs control signals serwem signal and ESC to control the motors, which in combination with compact size, allows the use of drivers in vehicles with remote control. High accuracy, the duration of transient oscillations of less than 200 NS, and a built-in control of speed and acceleration, make serwomechanizmy work smoothly and accurately. Because of this, drivers Polou well suited for use in applications as a professional.
The servo is a very useful device and can also be controlled directly from the Arduino, and with the help of designed for this purpose linings. Using one analog input and one PWM output in Arduino, we can control serwem in proportion to the transferred amount. To the PWM signal could control serwem must have a period of 20ms and most of the time of one cycle, to present testimony low. At the beginning of each cycle, using a time lag of 1 to 2 MS must be high status, while response time (1 msec corresponds to niezmiennemu position kątowemu and time is 2 MS, which corresponds to the rotation angle of 180°. This is the most favorable control method. Remember that to download the Arduino library to work turns off PWM signal on pins 9 and 10 (on the Arduino UNO and the other with the same Pinout). Managing services using with the built-in Arduino library to support the service is simple, but then each servo requires a PWM output. In the case of larger projects, perfect the multi-channel driver supply from Adafruit, Arduino-compatible. Among them, 16-channel PWM driver from Adafruit, which generates the PWM signal with 12-bit resolution that allows simultaneous control of szesnastoma services using only two pins and the Arduino. In our store you will find drivers servos suitable for your own project.