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Product Description
The AH41 / AH3041 Hall IC / Sensor is a reliable digital Hall effect sensor designed for accurate magnetic field detection in automotive, industrial, and electronic applications.
This sensor works on a switching principle and provides 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 terminal pins: VCC (positive supply), GND (ground), and Output (Vout). It offers stable performance and easy interfacing with controllers and logic circuits.
Built for durability and consistent output, the AH41 / AH3041 Hall sensor performs well in environments with vibration and temperature variations, making it suitable for EV and industrial applications.
Provides fast and accurate digital output for reliable operation in high-speed systems.
Specifications
| Parameter | Details |
|---|---|
| Product Type | Hall Effect Sensor IC |
| Model | AH41 / AH3041 |
| 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 AH41 / AH3041 Hall Sensor is compatible with various automotive, EV, and electronic systems.
Common Applications:
- BLDC motor position sensing
- Speed detection systems
- Controller input signals
- Proximity switching
- Embedded and microcontroller systems
It is commonly used as a replacement for similar digital Hall sensors with matching specifications.
Ensure proper magnetic polarity and correct wiring during installation.
Installation
The AH41 / AH3041 Hall IC is easy to install and integrate into digital electronic circuits.
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.
- Verify output switching when magnetic field is applied.
Maintain proper alignment and distance between magnet and sensor for best performance.
FAQ
Q1: What type of Hall sensor is AH41 / AH3041?
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 3144 or similar 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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