STEPPER MOTOR DRIVER IC

60 INR/Piece

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Product Details:

Thermal Conductivity Good, with Recommended Heat Sink
Components Integrated Circuit, Pins
Operating Temperature -20C to +85C
Usage Driving Bipolar or Unipolar Stepper Motors
Input Logic Control Signal
Interface Logic Interface/SPI/STEP-DIR (depends on IC)
Features Over-Current Protection, High Output Current, Compact Size, Easy Installation
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Product Description

STEPPER MOTOR DRIVER IC Price And Quantity

Minimum Order Quantity 30 Piece
Price 60 INR/Piece

STEPPER MOTOR DRIVER IC Product Specifications

Resolution Microstepping Capable
Size Standard DIP/SMT IC Package
Product Type Integrated Circuit (IC)
Dimension (L*W*H) 18mm x 7mm x 3mm (approx)
Power Source DC Power Supply
Power Supply External DC
Response Time Fast Response to Logic Input
Rated Voltage 4.5V to 46V
Capacity 2A Output Max per Channel
Frequency 20 kHz to 50 kHz Switching Frequency
Features Over-Current Protection, High Output Current, Compact Size, Easy Installation
Weight Approx. 3g
Output Dual Full-Bridge for Steppers
Application Robotics, CNC Machines, Automation, Printers
Supply Voltage Up to 46V
Function Stepper Motor Control Driver IC
Interface Logic Interface/SPI/STEP-DIR (depends on IC)
Input Logic Control Signal
Components Integrated Circuit, Pins
Thermal Conductivity Good, with Recommended Heat Sink
Thickness Approx. 3mm
Operating Temperature -20C to +85C
Color Black with Silver Pins
Current Rating 2A Max Each Channel
Usage Driving Bipolar or Unipolar Stepper Motors

STEPPER MOTOR DRIVER IC Trade Information

Payment Terms Cash in Advance (CID)
Main Domestic Market All India

Product Description

This STEPPER MOTOR DRIVER IC provides the necessary electrical signals to the motor, allowing it to move in precise increments or steps. It includes a power driver stage, which delivers the required power to the motor, and a control stage, which generates the control signals to the driver stage. It includes features such as current control, microstepping, and protection against overvoltage, undervoltage, and over temperature conditions. This STEPPER MOTOR DRIVER IC offers several benefits, including high accuracy, low power consumption, and reliable performance.

Precise Control for Stepper Motors

Optimize motion in your robotics, CNC, and automated systems with this stepper motor driver IC. Designed for fast logic response, the dual H-Bridge channels deliver up to 2A per phase, supporting both bipolar and unipolar stepper motors. The IC comes in convenient DIP-16 or SOIC-16 mounting options and is engineered for quick installation and integration with standard TTL or CMOS logic signals.

Advanced Protection Features

Safeguard your equipment with integrated over-temperature and over-current protection. The ICs robust thermal conductivity and recommended heatsink options extend its reliable operation in demanding environments. RoHS compliance ensures safety and environmental standards while delivering stable motor control across -20C to +85C temperature ranges.

Flexible Integration and Usage

Benefit from easy mounting, a compact form factor, and efficient external DC power supply compatibility. Supporting microstepping and fast/slow/mixed decay options, the IC adapts to diverse applications from simple automation to advanced industrial robotics. Enjoy seamless integration with logic interfaces and simplified wiring for efficient workflow.

FAQs of STEPPER MOTOR DRIVER IC:

Q: How do I install the stepper motor driver IC in my system?

A: The IC can be mounted using either through-hole (DIP-16) or surface-mount (SOIC-16) methods, depending on your PCB layout. Simply position the IC according to the package type, secure with proper soldering, and connect external DC power and logic inputs as specified in the datasheet.

Q: What types of stepper motors are supported by this driver IC?

A: This driver IC supports both bipolar and unipolar stepper motors, with compatibility for two-phase up to four-phase configurations. It works well with motors commonly used in robotics, CNC machines, printers, and various automation systems.

Q: When should I use a heatsink with this IC?

A: A heatsink is recommended when operating the IC at higher currents (close to 2A per channel), extended duty cycles, or in environments with elevated temperatures. Good thermal conductivity and appropriate heatsinking help maintain safe operating conditions and prolong device life.

Q: Where can I interface the stepper motor driver IC in my control circuit?

A: The IC interfaces with TTL or CMOS logic control signals and supports protocols like STEP-DIR or SPI, depending on the model. Connect the logic signals from your microcontroller or automation controller directly to the IC based on the configuration outlined in the product datasheet.

Q: What protection mechanisms does the driver IC offer?

A: The IC integrates over-current and over-temperature protection, as well as thermal shutdown functionality. These features safeguard the driver and connected motors from damage due to excessive current draw or overheating during operation.

Q: How can I benefit from microstepping capabilities in this IC?

A: Microstepping allows finer resolution and smoother motor motion, reducing vibration and enhancing positioning precision. This is valuable in applications requiring accurate movement control such as CNC plotting, robotics pathing, or 3D printing.

Q: What is the advantage of TTL/CMOS logic compatibility in the driver IC?

A: TTL/CMOS logic compatibility enables direct interfacing with standard digital controllers, microprocessors, and automation systems, simplifying integration and reducing the need for additional signal conditioning circuitry.

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