AH1807-P-B

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Magnetic Sensors - Switches (Solid State) are devices used to detect the presence or movement of a magnetic field. The most popular type of switch uses a Hall effect sensor to measure the amount of magnetic field present and then activate or deactivate accordingly. The AH1807-P-B is one such type of Hall effect switch, available in a surface mount package and capable of sensing the presence and movement of magnetic fields with ease.

The AH1807-P-B is a reliable switch with a wide range of sensing accuracy and has numerous advantages when compared to traditional mechanical switches. The AH1807-P-B offers a compact size, meaning it can fit into tight spaces and provide a greater range of sensing accuracy than a traditional mechanical switch. Additionally, the AH1807-P-B is resistant to wear and tear, shock, vibration, temperature, and humidity as well, making it suitable for a variety of applications.

The AH1807-P-B is primarily used in applications which require precise sensing of a field. The most popular applications for the AH1807-P-B include position sensing, limit switch, proximity sensing, and object detection. In position sensing applications, the AH1807-P-B can be used to determine the relative position between two objects or to detect when the object has been moved. The AH1807-P-B can be used in limit switch applications to detect when a magnetic field has reached a certain level or when the strength of a magnetic field has changed. Additionally, the AH1807-P-B can be used in proximity sensing applications to detect when an object is close to another object or to detect changes in the position of an object without contact. The AH1807-P-B can also be used in object detection applications to detect the presence or movement of a specific object.

The AH1807-P-B switch utilizes a Hall effect sensor to detect changes in various magnetic fields and activate or deactivate accordingly. The Hall effect sensor has a Hall plate placed between two poles and is surrounded by a magnetic field created by a permanent magnet. When the strength of a magnetic field surrounding the Hall effect sensor is changed, the Hall effect sensor measures the change in magnetic flux and then activates or deactivates the output signal accordingly. The advantage of using the Hall effect sensor is that it is very reliable and highly accurate.

The AH1807-P-B can be powered up to 30V DC and has a low power consumption of 0.1mA. It can operate up to a frequency of 5kHz, with a temperature range of -40°C to +125°C. The Hall Sensor has a pull-up resistor, which means that it can be used with either NPN or PNP transistors. It also features current/voltage reverse protection, over current protection, short circuit protection, and surge protection. The AH1807-P-B uses a buffered output for improved signal integrity and a wide range of operating temperatures.

The AH1807-P-B is a highly reliable and accurate magnetic field detect switch which can be used in a variety of applications and environments. From position sensing applications to object detection, the AH1807-P-B is capable of detecting the presence or movement of a magnetic field with ease. Additionally, the Hall effect sensor used is extremely accurate and reliable, making the AH1807-P-B an excellent choice for those seeking to utilize a magnetic field detector switch.

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