Cytron SmartDriveDuo-10 MDDS10 DC MOTOR DRIVER

The SmartDriveDuo10 sounds like an exciting addition to the lineup of smart brush motor drivers from your company. With its dual-channel support and 10A continuous current capability per channel, it offers a convenient solution for building combat or sumo robots.

The integration of features from previous models, such as the MDD10A and MDS40A, provides a versatile platform for motor control. The ability to accept various control inputs, including RC signals, analog voltage from potentiometers, PWM from microcontrollers, and UART commands, ensures compatibility with different control schemes and ease of integration into diverse projects.

The DIP switch configuration for operation modes, conveniently printed on the PCB, simplifies setup and configuration. Additionally, the 16kHz switching frequency of the MOSFETs ensures quiet operation, which is essential for many applications.

The inclusion of an onboard temperature sensor adds a layer of safety by dynamically limiting the output current to prevent overheating and potential damage. With a peak current rating of 50A for 5 seconds, the SmartDriveDuo10 offers robust performance while safeguarding itself against thermal issues.

The RC receiver-friendly design, with a 2×3 header pin for easy connection using RC extension cables, streamlines the wiring process, saving valuable time during setup. Moreover, the support for up to 35V DC input allows for the series connection of two SLA batteries, providing ample power for driving the motors.

Note: The driver has NO polarity protection, please double check the polarity of connection before power On.

Qualities:

• One-power operation
• With dual channels, two brush motors can be driven separately or in combination.
• Operating modes include packetized UART, analogue, PWM, RC (RC servo signal), and simplified UART.
• In PWM mode, support both locked anti-phase and signed magnitude.
• Every channel has two manual/test buttons.
• Each channel has two LEDs for the output indicator.
• Power, RUN status (Left and Right), and error indicator LEDs
• To restart the MCU after switching operation modes, press the on-board reset button.
• Temperature feedback to control the current limit and stop the MOSFET from overheating.
• Fit for a sumo or battle robot.
• For quiet operation, use a switching frequency of 16 KHz.
• For increased power efficiency, an onboard switching voltage regulator is used.
• Low voltage monitoring mode for batteries.
• We tested this driver at 24V with a single power window motor and full load, and there was no smoke released.