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

A3982 Stepper Motor Driver SMD IC

Write a review | 2 reviews

Stock: Out Of Stock
Availability: NotInStock priceValidUntil: 2026-11-26
SKU: 3222 | DAD223

Rs. 446.04 (inc GST)
Rs.378.00 + 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

A3982 Stepper Motor Driver SMD IC for Bipolar Motors

A3982 Stepper Motor Driver for bipolar motors, 35V output, ±2A drive capacity, with built-in translator.

The A3982 Stepper Motor Driver SMD IC simplifies the control of bipolar stepper motors. With a drive capacity of up to 35V and ±2A, this driver supports full and half-step modes. Its built-in translator enhances ease of operation, making it suitable for various applications. The A3982 Stepper Motor Driver features a fixed off-time current regulator and supports both slow and mixed decay modes, ensuring efficient motor performance. This module is perfect for robotics and automation projects in India, where precision control is crucial.

In addition, the A3982 includes essential safety features such as internal UVLO and thermal shutdown circuitry, along with crossover-current protection. These attributes make the driver reliable and safe for long-term use. For engineers and hobbyists in India, the A3982 Stepper Motor Driver SMD IC is an ideal choice for enhancing motor control in electronic designs.

Explore the reliability of Motor Driver Modules from a trusted Manufacturer. At DNA, we offer a variety of Motor Driver Modules tailored for your projects. Check other Motor Driver Modules that we have in stock.

If you're searching for specific electronic components, DNA can help. We assist Indian buyers in sourcing hard-to-find parts and can import items as needed. We support both retail and bulk orders. Related items include Sensors, Analog ICs, Programmers, Digital ICs, Development Modules, and Resistors. Contact Us.

Features of A3982 Stepper Motor Driver SMD IC

Low RDS(ON) outputs
Automatic current decay mode detection
Mixed and Slow current decay modes
Synchronous rectification
Internal UVLO and thermal shutdown circuitry
Crossover-current protection

Specification of A3982 Stepper Motor Driver SMD IC

Output voltage: up to 35V
Output current: ±2A
Step modes: full and half-step

Applications of A3982 Stepper Motor Driver SMD IC

Robotics
Automation systems
CNC machines
3D printers

Package Includes

1 X A3982 Stepper Motor Driver SMD IC

Extra Information
Country of Origin	China
Imported By	ElectroSource Private Limited

Reviews (2)

Write a review

Your Name

Your Review

Note: HTML is not translated!

Rating Bad Good

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.

Where are you located / where do you ship from?

We’re based in Nashik, Maharashtra. All orders are dispatched from Nashik.

I forgot to add GST number at time of placing order, but I need GST Invoice in my firms name?

You can contact us via Contact us page and send your order details and GST number we will send you updated Invoice soft copy.

What details should I share for sourcing a non-listed component?

Send these details for fastest sourcing: - Exact part number - Manufacturer (if known) - Package type - Product image (if possible) - Required quantity - Delivery address + PIN code - Timeline/urgency

Can I order just one piece (no minimum order quantity)?

Yes — we support single-piece orders for many products. If a product has MOQ, it will be mentioned on the product page.

View all FAQs →