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As a  Flow Meter Sensor Supplier , let's share with you the main features of the Linear Hall Sensor. Nominal resistance: The resistance value indicated on the potentiometer. Allowable error: The percentage of the difference between the nominal resistance and the actual resistance and the nominal resistance is the resistance deviation, which indicates the accuracy of the potentiometer. The allowable error is generally within ±20%, as the general displacement sensor is used in a partial pressure manner. The size of the specific resistor has no effect on the data acquisition of the sensor. Linear accuracy: linearity error. The smaller the parameter, the better. Lifetime: The conductive plastic  Linear Hall Sensor  is more than 2 million times. Repeatability: The smaller the parameter, the better. Resolution: The minimum displacement value that Linear Hall Sensor can feedback. The smaller the parameter, the better. The resolution of conductive plastic Linear Hall Sensor

Flow Meter Sensor Factory  to share the knowledge of sensors. Sensitivity refers to the ratio of the output change Δy to the input change Δx under steady-state operation. It is the slope of the output-input characteristic curve. Sensitivity S is a constant if there is a linear relationship between the output and the input of the sensor. Otherwise, it will change as the amount of input changes. The dimension of sensitivity is the ratio of the dimensions of the output and the input. For example, for a displacement sensor, when the displacement changes by 1 mm and the output voltage changes to 200 mV, the sensitivity should be expressed as 200 mV/mm. When the output of the sensor and the amount of input are the same, the sensitivity can be understood as a magnification. Increase the sensitivity and get higher measurement accuracy. However, the higher the sensitivity, the narrower the measurement range and the worse the stability. Our company specializes in providing quality  Linear

With the development of the global intelligent trend, sensors have been applied in a large number of applications, and the market in various fields has further increased. According to industry forecasts, the automotive smart tire and sensor market will grow at a compound annual growth rate of 7.44%-8.88% between 2019 and 2024. The smart tire and sensor market is driven by a number of factors, such as the government's push for new energy and smart cars to ensure road safety. Consumers are increasingly expecting intelligence to achieve an easy and safe driving experience. In addition, the detection of vehicles by sensors can be cost effective, such as tire maintenance and other data acquisition requirements, which accelerates the expansion of the tire sensor market. In the global automotive smart tire and sensor market in 2018, the US market has the largest share of the world at 22.45%. The industry expects that the US automotive smart tire and sensor market will grow at a compo

As a  Hall Sensor Manufacturer , let's share with you the role of Hall sensors. 1. Line speed measurement The switch type Hall sensor is regularly placed on the track according to the specified position. When the permanent magnet of the moving vehicle passes the sensor, we can use the measuring circuit to measure the pulse signal, and then the vehicle can be measured according to the distribution of the pulse signal. The speed of movement. 2. Force measurement If the parameters such as pressure and tension are used as displacement, we can measure the magnitude of the pressure and tension, and the force sensor can be fabricated according to this principle. 3. Angular velocity measurement Generally, a magnetic steel is adhered to the periphery of the disc of non-magnetic material. When the Hall sensor approaches the periphery of the disc, the disc rotates once, and the Hall sensor outputs a pulse at the same time. The rotation can be measured by this principle. The

The Hall sensor is a magnetic field sensor that is fabricated according to the Hall effect. Hall was invented in 1879 when studying metal conduction mechanisms, and this effect was found in both conductive fluids and semiconductors. It is widely used in detection technology, information processing and industrial automation technology.  Hall IC  has many characteristics. It is small in size, light in weight, easy to install, low in power consumption, high in frequency and long in life. It is resistant to vibration, water vapor, salt spray and dust. Hall Effect Technology  has a wide range of applications in the automotive industry, taxis, and frequency converters, including automotive body power control, anti-lock braking systems and traction control. The taxi is mainly used for the meter on the taxi. According to the sensor on the loading wheel, the mileage can be calculated. The inverter is mainly used to protect the high-power transistor in the inverter. When a short circuit