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As a  Latch Type Hall Sensor Factory , share with you. 1. What is a reed switch? Reed switch, also known as reed switch or reed switch, is a special switch with magnetic sensitivity, and is the main component of reed switch and proximity switch. The reed switch is usually made of two soft magnetic materials, and the metal reed contacts that are disconnected when there is no magnet, and some have a third reed as a normally closed contact. These reed contacts are encapsulated in a glass tube filled with inert gas or vacuum. The top ends of the parallel packaged reeds in the glass tube overlap with a certain gap or contact with each other to form a normally open or normally closed contact of the switch. Micropower Omnipolar Hall Sensor 2. What is  Hall IC ? Hall element is a semiconductor that uses the Hall effect. It is a magnetic sensor based on the Hall effect. They can detect the magnetic field and its changes, and can be used in various occasions related to the magnetic

As a  On Off Magnetic Latches  Supplier , share with you. Electromagnetic switch, a switching device controlled by electromagnetic. According to the principle of electromagnetic induction, when a current is passed to a conductor, its coil will generate a corresponding magnetic field; at the same time, the conductor in the magnetic field is subjected to ampere force to produce directional movement. Thus, the working scene of the electromagnetic switch is constituted. The structural principle diagram as shown below, the electromagnetic switch is composed of electromagnetic induction parts: 5 suction coils, 6 holding coils, 7 coil skeletons, 9 guide sleeves, directional movement parts: 10 moving iron cores, 3 moving contact pieces, 4 static iron cores and devices Structural parts: 2 contact screw, 1 switch cover, 8 switch housing. The electromagnetic switch is mainly composed of an electromagnet mechanism and a motor switch. The electromagnet mechanism is composed of fixed iron core,

As a  Latch Type Hall Sensor Factory , share with you. Modern sensors vary widely in principle and structure. How to properly select sensors based on the specific measurement purpose, measurement object, and environment is the first problem to be solved when measuring a certain quantity. After the sensor is determined, the measurement method and measurement equipment to be matched with it can also be determined. The success of the measurement results depends to a large extent on the selection of the sensor. Micropower Omnipolar Hall Sensor 1.Determine the type of sensor according to the measurement object and the measurement environment To carry out a specific measurement, we must first consider what kind of sensor to use. This requires analysis of many factors before it can be determined. Because, even when measuring the same physical quantity, there are multiple principles of sensors to choose from, which one is more suitable, you need to consider the following specific is