Pololu DRV8833 - two-channel motor controller 10.8V / 1.2A

Dual-channel driver for DC motors. Continuous current per channel 1.2 A (short-term up to 2 A). Powered by 2.7 to 10.8 V.

More details


Dodano produkt do koszyka

In stock, shipping 24 hours!

Cena: 20,90 zł


  • Number of channels: 2
  • Power supply voltage: 2.7 V to 10.8 V
  • Constant current per channel: 1.2 A
  • Maximum short-term current per channel: 2 A
  • DC current when connected to the channels: 2.4 A
  • Protection against reverse power connection
  • Protection against too low and too high voltage
  • Dimensions: 11.7 x 20.3 mm
  • Weight: 1g



The module is based on a Texas Instruments DRV8833 is a dual driver siników DC. The advantages of the system are extremely small size - tile size case DIP 14-pin. The module can control the motors with a supply voltage range from 2.0 V to 11 V with a continuous current consumption to 1.2 V. the control Channels can be combined to improve the efficiency of current load - up to 2.4 A. the Kit includes module and connector goldpin.


For proper operation of the module, you need to bring food - between the pins VIN and GND and connect insights, responsible for the movement of the engine, which is described in the table below. To control the speed of rotation necessary for control inputs by the user to signal PWM.





VINSupply voltage (2.7 V-10.8 V)
GNDThe potential of mass of the system
VMMPower supply output protection against reverse connection of power supply.
AOUT1, AOUT2The output of the channel And managed contacts AIN1 and AIN2
BOUT1, BOUT2The output of channel B, controlled contacts BIN1 and BIN2
AIN1, AIN2The digital control inputs channel A. Possible connection of the PWM signal. Default in the low state.
BIN1, BIN2The digital control inputs channel B. Possible connection of the PWM signal. Default in the low state.
nSLEEPA low state causes the system to sleep mode - energy saving. Default in the high state (pull-up).
nFAULTThe output goes into a low state upon detection of errors due to too low supply voltage, high temperature or too much current.
AISENThe entry point to limit the current for channel A. Default in the low state without restrictions.
BISENThe entry point to limit the current for channel B. Default in the low state without restrictions.



To limit the current flowing

On the module there are fields solders, allowing the placement of resistors in the 1206 case or less. They serve to limit the current passing through the channel A and B. the details of the documentation system DRV8833.




Heat dissipation

System documentation DRV8833 indicates the maximum continuous current per channel is 1.5 A. the company Pololu Tests showed that when the attack of 1.5 And the temperature protection switches off the system after about a minute of continuous operation. Stable operation possible at a current of not lower than 1.3 And channel.



In the circuit there is a transistor, the security module before the return power connection and necessary for the correct operation of the driver passive components.


The module circuit DRV8833






Video describing the work of bridge H - driver DC motors.


  • Voltage to 2.7 V
  • Voltage from 10.8 V
  • Current 1.2 A
  • Channels 2


Posting the payment for the order on our account on a business day up to 13:00 means sending the goods on the same day!


The time of payment depends on the hours of ELIXIR session of the sender's bank and the recipient of the transfer (more information on this subject, for example on the website


The table presents available forms of delivery in Poland


Carrier and

Bank wire

by cash


Poczta Polska

terms of service

9,90 PLN17,90 PLN1-3 days

Kurier GLS

terms of service

14,90 PLN22,90 PLN

1-2 days

Paczkomaty 24/7 

terms of service

12,90 PLN-1-3 days

If the amount to pay for products exceeds 500 PLN
Delivery is for free!


  • Free delivery of orders over 500 PLN does not apply to parcels addressed outside of Poland.
  • Free delivery does not apply when changing orders.
  • The delivery period is counted in working days from the date of dispatch of the order.