
1-10PCS DC Motor Driver Board DRV8833 Dual-bridge Motor Controller R/ TB6612FNG










DRV8833 Controller DC Motor PAP description
Driver DRV8833 can control up to two DC motors or one stepper motor with a constant current of 1.5 A (peak 4A ).
The motors are controlled, independently by means of PWM signals the direction of rotation of the motors can be controlled, neutral or stop with a frequency of up to 100 kHz.
Two input signals (IN1 and IN2) can be used to control one motor (connected to OUT1 and OUT2) and the other two input signals (IN3 and IN4) to control the second motor (connected to OUT3 and OUT4).
NOTE:
This DRV8833 dual-bridge motor controller is the replacement for the TB6612FNG dual-channel motor controller.
The pins come unsoldered.
If the motor draws currents above 0.6A, the use of a heat sink may be required.
DRV8833 Controller DC Motor PAP features:
- Driver chip: DRV8833
- Supply voltage: Vcc = 2.7-10.8V
- Output current: Iout = 1.5A (RMS per channel) / 4A peak
- Energy saving (sleep function). Div >
- Operating modes: Turn clockwise, anti-clockwise, neutral and brake.
Useful links for programming Arduino / Raspberry and projects with Arduino / Raspberry boards:
how to use DRV8833 with Arduino
datasheet Driver DRV8833
Package Include:
1/2/5/10 x DRV8833 DC Motor Driver Module Driver Driver Board For Arduino DIY
1.We only ship to the confirmed address provided by eBay. please make sure your ebay address is 100% matches the address you would like us to ship to. If not, please let us know before we sent you the package, or we will not be responsible for any loss. hope you could understand.
2.Orders will be processed instantly and dispatched within 1-2 business days except hoilday, so we do NOT accept any email/message note after you place orders.
3.All package need to wait 30 days,Please take care it.Less than 30 days,we can't take a refund.
1.We greatly appreciate your POSITIVE feedback. Please do NOT leave negative feedback without asking for help.
2.Please DON'T leave negative or neutral feedback if you haven't received item in 30 days, because we have mentioned the shipping time repeatedly.
1.We accept PayPal payment ONLY, and must be received within 5 days from the date of purchase.
2. It is easy and safe for you to pay by credit cards, debit cards, bank transfers and PayPal account balances.
3.Buyers are responsible for import duties,custom fees and taxes, if any, please check your country.
1.We believe our items are so outstanding. We are convinced you will be happy with your Purchase.
2. If you do not satisfy with our items. Please simply return to us within 30 Days in original condition. Just pay for the returned postage. Then we can issue full refund or resend the item to you after the returned item arrived at our warehouse.
3. Please include your eBay ID and item number with any email requests.
1. If you have any questions, please feel free to email our service specialists.
2.Just contact us using the " Ask the seller a question" link on eBay.
3.Our aim is to provide Top Level Customer Service, normally so we will try our best to solve any problem.













DRV8833 Controller DC Motor PAP description
Driver DRV8833 can control up to two DC motors or one stepper motor with a constant current of 1.5 A (peak 4A ).
The motors are controlled, independently by means of PWM signals the direction of rotation of the motors can be controlled, neutral or stop with a frequency of up to 100 kHz.
Two input signals (IN1 and IN2) can be used to control one motor (connected to OUT1 and OUT2) and the other two input signals (IN3 and IN4) to control the second motor (connected to OUT3 and OUT4).
NOTE:
This DRV8833 dual-bridge motor controller is the replacement for the TB6612FNG dual-channel motor controller.
The pins come unsoldered.
If the motor draws currents above 0.6A, the use of a heat sink may be required.
DRV8833 Controller DC Motor PAP features:
- Driver chip: DRV8833
- Supply voltage: Vcc = 2.7-10.8V
- Output current: Iout = 1.5A (RMS per channel) / 4A peak
- Energy saving (sleep function). Div >
- Operating modes: Turn clockwise, anti-clockwise, neutral and brake.
Useful links for programming Arduino / Raspberry and projects with Arduino / Raspberry boards:
how to use DRV8833 with Arduino
datasheet Driver DRV8833
Package Include:
1/2/5/10 x DRV8833 DC Motor Driver Module Driver Driver Board For Arduino DIY






1.We only ship to the confirmed address provided by eBay. please make sure your ebay address is 100% matches the address you would like us to ship to. If not, please let us know before we sent you the package, or we will not be responsible for any loss. hope you could understand.
2.Orders will be processed instantly and dispatched within 1-2 business days except hoilday, so we do NOT accept any email/message note after you place orders.
3.All package need to wait 30 days,Please take care it.Less than 30 days,we can't take a refund.
1.We greatly appreciate your POSITIVE feedback. Please do NOT leave negative feedback without asking for help.
2.Please DON'T leave negative or neutral feedback if you haven't received item in 30 days, because we have mentioned the shipping time repeatedly.
1.We accept PayPal payment ONLY, and must be received within 5 days from the date of purchase.
2. It is easy and safe for you to pay by credit cards, debit cards, bank transfers and PayPal account balances.
3.Buyers are responsible for import duties,custom fees and taxes, if any, please check your country.
1.We believe our items are so outstanding. We are convinced you will be happy with your Purchase.
2. If you do not satisfy with our items. Please simply return to us within 30 Days in original condition. Just pay for the returned postage. Then we can issue full refund or resend the item to you after the returned item arrived at our warehouse.
3. Please include your eBay ID and item number with any email requests.
1. If you have any questions, please feel free to email our service specialists.
2.Just contact us using the " Ask the seller a question" link on eBay.
3.Our aim is to provide Top Level Customer Service, normally so we will try our best to solve any problem.