Arduino-compatible 42-Step Stepper Motor MT6701CT MT6816CT Magnetic Zpaxo XJX-135(MT6816)

MT6701CT MT6816CT Magnetic Encoder Module for Arduino

XJX-135(MT6816)
$8.63
Sale price  $8.63 Regular price  $10.66
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Arduino-compatible 42-Step Stepper Motor MT6701CT MT6816CT Magnetic Zpaxo XJX-135(MT6816)

MT6701CT MT6816CT Magnetic Encoder Module for Arduino

$8.63
Sale price  $8.63 Regular price  $10.66
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MT6701CT / MT6816CT Magnetic Encoder Module – Arduino-Compatible

Upgrade your electronics projects with the MT6701CT / MT6816CT Magnetic Encoder Module — a compact, high-precision sensor module designed for seamless integration with Arduino and other microcontroller platforms. Whether you're building a stepper motor control system, robotics project, or custom automation solution, this module delivers reliable angular position sensing with PWM output support.

Key Features

  • Two Variants Available: Choose between the XJX-135 (MT6816) or XJX-134 (MT6701) to match your specific project requirements.
  • Arduino-Compatible: Plug-and-play integration with Arduino boards and most popular microcontrollers — no complex configuration needed.
  • Magnetic Encoding Technology: Non-contact magnetic sensing provides accurate, repeatable angular position feedback with excellent durability.
  • PWM Control Output: Supports PWM signal output for direct interface with stepper motor driver circuits and control loops.
  • SMD Package Design: Compact surface-mount module ideal for space-constrained PCB layouts and prototyping boards.
  • 5V Supply Voltage: Operates at a standard 5V supply, compatible with the vast majority of Arduino and DIY electronics setups.
  • Wide Operating Temperature: Rated for 0–80°C operation, suitable for a broad range of indoor electronic applications.
  • Customizable: Supports custom configurations to meet specialized project needs.

Specifications

Model Options MT6701CT (XJX-134) / MT6816CT (XJX-135)
Supply Voltage 5V
Output Type PWM
Package SMD Module
Operating Temperature 0–80°C
Quantity 1 Module per Order
Condition New
Compatibility Arduino, STM32, Raspberry Pi, and most microcontrollers

Who Is This For?

This module is perfect for electronics hobbyists, engineers, and makers who need a reliable, low-cost magnetic encoder for motor feedback, position sensing, or rotary control applications. It pairs excellently with stepper and BLDC motor driver setups in robotics, CNC machines, and custom automation projects.

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Frequently Asked Questions

Q: What is the difference between the MT6701CT and MT6816CT magnetic encoder modules?

A: Both are magnetic encoder ICs designed for angular position sensing, but they differ in interface options and resolution capabilities. The MT6701CT (XJX-134) and MT6816CT (XJX-135) each offer slightly different output configurations — choose based on your specific microcontroller interface and PWM requirements. Check the respective datasheets for detailed electrical specifications.

Q: Is this module compatible with Arduino Uno, Nano, and Mega boards?

A: Yes! This magnetic encoder module operates at 5V and is fully compatible with Arduino Uno, Nano, Mega, and most other standard Arduino boards, as well as STM32 and similar microcontrollers. It integrates easily into your existing circuit designs with minimal wiring.

Q: What applications can I use the MT6701CT / MT6816CT module for?

A: This module is ideal for stepper motor position feedback, brushless DC motor control, robotics joint sensing, CNC machine positioning, gimbal stabilization systems, and any application requiring precise rotary angle measurement via a non-contact magnetic encoder.

Q: How is this module packaged and how many do I receive per order?

A: Each order includes 1 module in a compact SMD package. Simply select your preferred variant (MT6701CT or MT6816CT) from the options before adding to cart.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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