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attributes.Switching_Action

attributes.IP_Rating

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attributes.Maximum_Operating_Temperature

Apem IP67 Hall Effect Push Button Switch 5mA 50mA Plunger Pre-wired Momentary, -40 → +85°C, 3.5 → 14.5 V

APEM IP67 Hall Effect Push Button Switch 5mA 50mA Plunger Pre-wired Momentary, -40 → +85°C, 3.5 → 14.5 V

Apem IP67 Hall Effect Push Button Switch 9mA 1.25mA Plunger Pre-wired Linear, -40 → +85°C, 4.5 → 5.5 V


Hall effect switches are electronic devices that use the Hall effect to detect the presence or absence of a magnetic field. The Hall effect is a phenomenon in which an electric current is generated perpendicular to both the direction of the current and an applied magnetic field when a conductor is subjected to the magnetic field.

Hall effect switches typically consist of a Hall sensor, which is a semiconductor device, and a magnet. When a magnetic field is present near the Hall sensor, it generates a voltage proportional to the strength of the magnetic field. This voltage can be used to trigger a switching action.

The operation of a Hall effect switch is based on the principle that the magnetic field affects the flow of current in the Hall sensor. When a magnetic field is absent, the Hall sensor produces a baseline voltage. However, when a magnetic field is applied, it causes a shift in the voltage level. This change in voltage can be used to turn on or off another circuit, such as a transistor, relay, or microcontroller, which controls various functions based on magnetic field detection.

###  What are the benefits of Hall Effect Switches?
- **Non-contact operation:** They can detect magnetic fields without the need for physical contact with the magnet, which allows for increased reliability and durability.
- **Wide operating range:** They can detect a wide range of magnetic field strengths, from weak to strong.
- **Solid-state reliability:** Since Hall effect switches are based on semiconductor technology, they are not subject to mechanical wear and tear.
- **Fast response time:** They can detect changes in magnetic fields quickly, enabling rapid switching operations.
- **Low power consumption:** They typically require very low power to operate.

### **Applications**
- Proximity sensing
- Magnetic encoders
- Flow meters
- Motor control
- Automotive applications
- Consumer electronics
- Magnetic switches
- Security systems


Hall Effect Switches

Capacitive, Magnetic and Piezo Switches

Switches

Development Tools & Single Board Computers

Raspberry Pi, Arduino, ROCK, STEM Education & Development Tools

Electronic Components, Power & Connectors

Engineering Materials & Industrial Hardware

Pneumatic Counters, Logic Controllers & Timers

Electronics Cleaners & Protective Coatings

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apem hall effect switches

DiodesZetex Hall Effect Switch Surface Mount Linear, 2.2 → 6 V

DiodesZetex Hall Effect Switch 6mA Surface Mount Latching, 2.7 → 27 V

DiodesZetex Hall Effect Switch Surface Mount Linear 2.2 → 6 V

DiodesZetex Hall Effect Switch 360 nA Surface Mount Open Drain 1.6 → 3.6

Apem IP67 Hall Effect Push Button Switch 9mA 1.25mA Plunger Pre-wired Linear 4.5 → 5.5 V

Otto Hall Effect Switch Dome Through Hole Momentary, -40 → +85°C

Otto Hall Effect Switch Button Through Hole, -40 → +85°C

APEM Hall Effect Switches

6 Products showing for APEM Hall Effect Switches

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