Product Images are shown for illustrative purposes only and may differ from actual product.

Cytron Enhanced 13Amp DC Motor Driver 30A peak (10 seconds) MD10C

Name: Cytron Enhanced 13Amp DC Motor Driver 30A peak (10 seconds) MD10C
Brand: Cytron
SKU: DAB961
Price: 1280.3 INR
Availability: OutOfStock
Rating: 4 (1 reviews)

Write a review | 1 reviews

Stock: Out Of Stock
Availability: NotInStock priceValidUntil: 2026-05-05
Brand: Cytron
SKU: 2276 | DAB961

Rs. 1,280.30 (inc GST)
Rs.1,085.00 + GST

Qty :
Qty Qty

GST Invoice: Available for all purchases; eligible for input tax credit.

Delivery: 2–8 days across India. No MOQ required.

Bulk Orders: Need a larger quantity or item not in stock? Email: dnatechindia [at] gmail.com

Import Service: We import a wide range of electronic components on request.

Description

Cytron Enhanced 13Amp DC Motor Driver 30A MD10C

Cytron MD10C, 13A DC Motor Driver with 30A peak, PWM control, and NMOS H-Bridge.

The Cytron Enhanced 13Amp DC Motor Driver 30A MD10C is designed for efficient motor control in various applications such as robotics and automation. It supports continuous current up to 13A and a peak current of 30A for 10 seconds, operating within a voltage range of 5V to 25V. This versatility makes it suitable for DIY projects and control systems.

With its solid-state components, the Cytron Enhanced 13Amp DC Motor Driver 30A MD10C eliminates issues related to mechanical relay wear, ensuring durability and quick response. The driver accepts both locked-antiphase and sign-magnitude PWM signals, providing precise control of brushed DC motors.

Available for Indian customers, the Cytron Enhanced 13Amp DC Motor Driver 30A MD10C can enhance your electronic projects with its robust design. Explore this reliable motor driver online or at our local store in Nashik.

At DNA, we offer a wide range of Motor Driver solutions from Cytron. Explore our collection tailored for efficient motor control. Check other Motor Driver that we have in stock.

At DNA, we cater to all your electronic component needs. If you need specific parts like Analog ICs, MOSFETs, or Capacitors, reach out to us. We can import what you need and support both retail and bulk orders. Contact Us.

Features of Cytron Enhanced 13Amp DC Motor Driver 30A MD10C

Bi-directional control
Motor voltage range: 5V to 25V
Maximum current: 13A continuous, 30A peak
Solid state components
PWM frequency up to 20KHz
Fully NMOS H-Bridge

Specification of Cytron Enhanced 13Amp DC Motor Driver 30A MD10C

Driver Model: MD10C
Operating Voltage: 5 to 25V (Rev 1.0), 5 to 30V (Rev 2.0)
Continuous Current: 13A
Peak Current: 30A
No. of Channels: 1
Dimensions: 75 x 43 x 20 mm
Weight: 80 grams

Applications of Cytron Enhanced 13Amp DC Motor Driver 30A MD10C

Robotics
Automation
Control Systems
Electric Vehicles
DIY Projects

Package Includes

1 X Cytron Enhanced 13Amp DC Motor Driver 30A peak MD10C

Extra Information
Country of Origin	China
Imported By	ElectroSource Private Limited

Reviews (1)

Write a review

Your Name

Your Review

Note: HTML is not translated!

Rating Bad Good

Verification Code

Frequently Asked Questions

Do you provide a GST bills?

Yes we provide GST Bill by the name of DNA Solutions. You will receive a GST compliant invoice for your records. You can take GST benefit.

What is your return / replacement policy?

Returns/replacements depend on the item type and condition. If there’s an issue, contact us with photos/videos and we’ll guide you as per policy.

How long does dispatch take?

In-stock items typically dispatch within 1–2 working days. If any item needs sourcing, we’ll update you with the expected timeline before dispatch.

What payment methods do you accept?

We accept UPI, cards, netbanking, and other checkout options shown on the payment page.

What if I need a component that is not listed on your website?

Will you send the same brand/manufacturer every time?

For some passive components, brand may vary based on availability. If you need a specific brand or matching lot, mention it before ordering and we’ll advise availability.

View all FAQs →