1300940260

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

1300940260 is a type of a semiconductor sensor used in automotive applications including air flow meters, oxygen sensors, linear induction motor current sensors, torque sensors, and transmission fluid pressure sensors. It typically operates in a vacuum environment with a pressure difference to determine flow rate or flow area. This sensor is especially beneficial for measuring the air flow rate in air intake systems, and offers an excellent cost to performance ratio. The 1300940260 works by utilizing two measuring electrodes, one of which is pressurized and the other is unpressurized. The pressure difference creates a force differential between the two electrodes, which is used to measure the flow rate or flow area. The sensor can also measure the pressure difference, and is able to measure the temperature of the system with the help of an additional external temperature sensor.

1300940260 sensors offer a high degree of accuracy, repeatability, and stability even when exposed to pressure variations. The measured signal of the sensor is usually an analog voltage or current that can be converted to digital form. The sensor is connected to the MCU or the engine control unit (ECU) via an interface module, usually using an analog interface. The sensor is capable of measuring a wide range of flow, from low to high flow rates, providing the user with a precise and reliable signal. This sensor requires minimal regular maintenance due to its robust and reliable design. It is also economically priced for its performance benefits.

The 1300940260 can be used for a wide range of applications, including controlling the air flow rate, measuring the pressure difference, and monitoring the temperature. It is an excellent choice for automotive applications, especially for air intake systems. By measuring the flow rate, the ECU can modify the air intake parameters accordingly, providing improved driveability and improved fuel economy. This sensor is also useful in linear induction motor current sensing as the precise measurement of the current flow through the motor is essential for proper motor control. It is also used in torque sensing, which helps in the analysis of engine performance and fuel economy.

In conclusion, the 1300940260 is a semiconductor device used for a wide range of automotive applications. It utilizes two electrodes to measure the pressure difference to determine flow rate or flow area. It is especially beneficial for measuring the air flow rate in air intake systems, and offers an excellent cost to performance ratio. It is connected to the MCU or the engine control unit (ECU) via an analog interface. This sensor is extremely robust and reliable, and its wide range of applications make it highly versatile.

The specific data is subject to PDF, and the above content is for reference