VS-95-5189PBF

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VS-95-5189PBF is a type of vertical hall-effect latch, which belongs to a particular family of switches that rely on magnetic fields to sense and identify the presence of steel objects. The unit is a low-voltage, low-power sensor specifically designed for embedded applications with a wide operating range and exceptional insight for robotic or motion control applications.

The VS-95-5189PBF operates on 1.65V to 5.5V and its features include wide operating temperature range up to 105°C, wide supply voltage range, high noise immunity, low current consumption and a wide hysteresis voltage range.

The main application area of the VS-95-5189PBF is the motor industry. Specifically, the switches can be used in motor control equipment, such as multi-speed motors and stepper motors, in powering hard and soft starters, and in controlling the flow of liquids, gases, and air. The device is designed to identify the presence of steel objects and to provide feedback on the timing and speed of the motors, thus optimizing the performance and fuel efficiency of the motor system.

The working principle behind the VS-95-5189PBF is called the Hall effect, named after American physicist Edwin Hall. When a current passes through a metallic conductor such as a piece of steel, a magnetic field is generated around it. When a ferromagnetic object (such as a piece of steel) enters this magnetic field, it causes a change in the strength of the magnetic field, which can be sensed by the switch.

The VS-95-5189PBF sensor provides an electrical signal as the output, which can be used to accurately detect the presence or absence of the ferromagnetic object. The signal can be used to control the speed, timing and other functionalities of the motor system. This allows the motors to be operated with greater accuracy and efficiency, and results in savings in terms of time and energy.

The VS-95-5189PBF is well suited for robotic and motion control applications, thanks to its wide operating range, exceptional sensitivity, and high noise immunity. It is a reliable solution for any embedded application, offering reliable operation, cost-effectiveness, and an optimized performance.

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