AH41N/AH3041N Hall IC/Sensor – TO92
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Product Description
The AH41N / AH3041N Hall IC / Sensor is a high-performance digital Hall effect sensor designed for precise magnetic field detection in automotive, industrial, and electronic applications.
This sensor operates on a switching principle, providing a digital ON/OFF output when exposed to a magnetic field. It is widely used in BLDC motors, speed detection systems, position sensing, and proximity switching.
The IC comes in a compact TO-92 package with three pins: VCC (positive supply), GND (ground), and Output (Vout). It ensures stable signal output and easy interfacing with controllers and logic circuits.
Known for its reliability and fast response, the AH41N / AH3041N sensor performs efficiently in environments with vibration, temperature variation, and continuous operation, making it ideal for EV applications.
Designed for consistent and long-lasting performance, this Hall sensor is widely used in real-world EV repair and motor applications.
Specifications
| Parameter | Details |
|---|---|
| Product Type | Hall Effect Sensor IC |
| Model | AH41N / AH3041N |
| Sensor Type | Digital Hall Sensor |
| Package | TO-92 |
| Number of Pins | 3 |
| Pin Configuration | VCC, GND, Output (Vout) |
| Output Type | Digital Output (ON/OFF) |
| Operating Principle | Magnetic Field Switching |
| Sensitivity | High Sensitivity |
| Applications | BLDC Motors, Speed Detection, Position Sensing |
| Usage | Electronics / EV Systems |
| Brand | AHEST |
Compatibility
The AH41N / AH3041N Hall Sensor is compatible with a wide range of automotive, EV, and electronic systems.
Common Applications:
- BLDC motor position sensing
- Speed detection systems
- Controller input signals
- Proximity switching
- Microcontroller and embedded systems
It is commonly used as a replacement for similar digital Hall sensors in EV motors.
Ensure correct polarity and orientation of the magnetic field for proper operation.
Installation
The AH41N / AH3041N Hall IC is easy to install and suitable for various electronic and EV applications.
Connection Steps:
- Identify the pins: VCC, GND, and Output.
- Connect VCC to power supply (typically 5V).
- Connect GND to circuit ground.
- Connect output pin (Vout) to controller or input circuit.
- Place a magnet near the sensor.
- Check output switching when magnetic field is detected.
Proper alignment of the sensor and magnet ensures accurate and stable output.
FAQ
Q1: What type of Hall sensor is AH41N / AH3041N?
It is a digital Hall effect sensor.
Q2: What output does it provide?
It provides a digital ON/OFF output based on magnetic field detection.
Q3: What is the package type?
It comes in a TO-92 package.
Q4: Can it replace other Hall sensors?
Yes, it can replace similar digital Hall sensors with matching specifications.
Q5: Where is it commonly used?
Used in BLDC motors, EV systems, and position sensing applications.
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