Magnetic Angle Sensor, PWM Output, 0°~360°

SKU: SUCH-ANS-SA100
$112.94
● Measuring angle: 0~360° ● Angle resolution: 0.09° ● Signal output: PWM signal output ● Maximum speed: 20000rpm
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🕒 Delivery date: 6-12 days
🔁 30-day Returns
Overview

Magnetic angle sensor provides absolute angle measurement from 0° to 360°, with a resolution of up to 0.09° and a linear error of no more than ±0.35°, ensuring precise angle detection. The angle sensor supports PWM signal output and can achieve a maximum rotation speed of 20,000 rpm. The power supply voltage is 3–5.5 V, with an interface specification of XH2.54 3P. It is compact in size and consumes only 30 mW of power, making it highly suitable for embedded applications.

Feature

PWM output angle sensor feature

Traditional Hall-effect encoders offer high precision, but Hall elements are significantly affected by temperature and environmental magnetic fields, resulting in lower actual measurement accuracy and usability compared to magnetoresistive angle sensors. The SUCH angle sensor, based on magnetoresistive technology, is more suitable for industrial applications involving high speeds and impact vibrations than Hall-effect angle sensors. Its digital PWM output provides measurement accuracy equivalent to acquisition accuracy, effectively avoiding the issues of long analog signal acquisition times and low acquisition precision.

Dimension (unit: mm)

PWM output angle sensor dimension

Detail

  1. PWM output angle sensor detailAbsolute 360° full-angle measurement, fixed position output of fixed signals, angle resolution of 0.09°.
  2. Non-contact magnetic induction measurement for smooth rotation, ultra-low noise, and support for high-speed rotation up to 20kRpm.
  3. High-precision CNC metal processing ensures installation accuracy and an attractive, high-quality appearance.
  4. Magnetic angle sensors feature ultra-low power consumption of 30mW for user peace of mind.

PWM Output

Angle sensor PWM output

PWM duty cycle digital output, PWM cycle 1024us, digital output is more reliable.


Wiring Instruction/Cycle and Angle Relationship

PWM output angle sensor wiring instruction

Diagram showing the relationship between cycle and angle

Specs
Angle Range 360°
Mechanical Limit Switch None, freely rotatable
Angle Resolution 0.09°
Signal Output Method PWM signal output
Linear Error ≤±0.35°
Maximum Speed 20000rpm
Voltage Range 3-5.5V
Power Consumption 30mW
Interface Specifications XH2.54 3P
Operating Temperature -40°C to 125°C
Remarks The measurement range of this product is 360° absolute value per revolution. If rotated half a revolution or one and a half revolutions from the zero position, the output is 180 degrees.
Application
Angle sensor pwm output of inverted pendulum

Inverted Pendulum

Rotational speed calculation

Rotational Speed Calculation

Angle sensor pwm output of servo control

Servo Control

FAQ

This angle sensor outputs angle information via a PWM signal, with the pulse width duty cycle linearly corresponding to the actual rotation angle. For example, a duty cycle of 50% represents 180°, and a duty cycle of 25% represents 90°. Users can read the PWM signal pulse width using devices such as an MCU or PLC, convert it into the corresponding angle value, and achieve precise control and feedback.

Magnetic angle sensors offer high resolution and stability across the full range of 0° to 360°, and are commonly used for precise measurement of rotational position. Their accuracy typically reaches within ±0.5°, depending on the installation environment and magnetic field strength. To ensure optimal performance, it is recommended to use them in environments free from strong electromagnetic interference and to maintain concentricity between the magnet and the sensor.

When installing the magnetic angle sensor, ensure that the north pole of the magnet is correctly aligned with the sensor's sensing surface and maintain an appropriate distance to achieve optimal sensing performance. Avoid interference from strong magnets or ferromagnetic materials that could disrupt the sensor's magnetic field distribution. The sensor should be securely mounted to prevent angular measurement errors caused by vibration or displacement during operation, which could affect system accuracy and stability.

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