Creating high-quality liquid level transmitter products is the first priority, and more excellent products should be made in place.
Due to the small fluctuation in resistance values of diffusion impedance components on silicon wafers, fast reaction speed, and the use of thin field-effect transistors with electrical contact components, as well as the use of thick and thin tweezers to mount small resistors, a thin film thermosensitive element can also be melted and insulated on silicon wafers with large unit volume coefficients to improve the overall installation of measuring elements. To improve the safety of equipment components, it is recommended to use a high-temperature thermostat when designing sensing components.
This way, the equipment is preheated in advance to reduce the impact of thermal lead resistance on the sensing components of the equipment, and can increase resistance changes to reduce temperature formation. The heat conduction surface at the end of the sensor is used to remove the required heat from the internal quality components, and a metal terminal device is placed at the back end. In order to not affect the measurement accuracy of the system, the required packaging type (product shape, size, degree, etc.) is placed at the back end. Temperature sensor factory.
No starting wind speed (bend overpressure) (water resistance pressure sensor) (water resistance pressure sensor).
The water resistance level sensor adopts the water resistance method for sensing, and its resistance is relatively sensitive. The signal is amplified, and the response of the collected output signal indicates the accuracy of thermal interaction and thermal stress measurement.
The thermal resistance temperature transmitter 1 adopts a contact type and has a high cost-effectiveness structure.
The thermal resistance temperature transmitter adopts a 24 bit AD, and the collected signal is isolated. In order to achieve long-distance signal transmission, they adopt silicon silicon ceramic piezoresistive technology, and after non-linear compensation of the signal, the product adopts high cost-effectiveness and high thermal output accuracy. The operating temperature range is -40~+85 ° C, which is characterized by high temperature resistance, aging resistance, good stability and low micro power consumption.
The coefficient of the resistance value of silicon changing with temperature, which is only a winding resistance with low insulation resistance. At the same time, it has multiple temperature sensing components and can change the distributed capacitance and linearity between high and low in different ranges according to temperature changes. Silicon thermal resistance temperature transmitter have two structures: threaded interface and lead interface. When connected on-site, it is more convenient for future reading and can also be used as compensation circuits under high temperatures. Inventory common engine oil quality sensor.
A temperature sensor refers to a sensor that can sense temperature and convert it into a usable output signal. Temperature sensor are the core part of temperature measurement instruments and have a wide variety. Temperature sensor are very accurate in measuring environmental temperature and are widely used in agriculture, industry, workshops, warehouses, and other fields.
The ICLI pressure gauge and transmitter produced by Zhengzhou Jinmai ICLI can automatically measure the working environment, such as gas, liquid, gas, steam, etc., and convert them into electronic signals for calculation and output. They are processed by industrial control, digital circuit, acquisition and processing, and then release 32 signals such as K, E, S, B, T, J, T, WRe, forming an intelligent measurement unit.
Creating high-quality liquid level transmitter products is the first priority, and more excellent products should be made in place.
Due to the small fluctuation in resistance values of diffusion impedance components on silicon wafers, fast reaction speed, and the use of thin field-effect transistors with electrical contact components, as well as the use of thick and thin tweezers to mount small resistors, a thin film thermosensitive element can also be melted and insulated on silicon wafers with large unit volume coefficients to improve the overall installation of measuring elements. To improve the safety of equipment components, it is recommended to use a high-temperature thermostat when designing sensing components.
This way, the equipment is preheated in advance to reduce the impact of thermal lead resistance on the sensing components of the equipment, and can increase resistance changes to reduce temperature formation. The heat conduction surface at the end of the sensor is used to remove the required heat from the internal quality components, and a metal terminal device is placed at the back end. In order to not affect the measurement accuracy of the system, the required packaging type (product shape, size, degree, etc.) is placed at the back end. Temperature sensor factory.
No starting wind speed (bend overpressure) (water resistance pressure sensor) (water resistance pressure sensor).
The water resistance level sensor adopts the water resistance method for sensing, and its resistance is relatively sensitive. The signal is amplified, and the response of the collected output signal indicates the accuracy of thermal interaction and thermal stress measurement.
The thermal resistance temperature transmitter 1 adopts a contact type and has a high cost-effectiveness structure.
The thermal resistance temperature transmitter adopts a 24 bit AD, and the collected signal is isolated. In order to achieve long-distance signal transmission, they adopt silicon silicon ceramic piezoresistive technology, and after non-linear compensation of the signal, the product adopts high cost-effectiveness and high thermal output accuracy. The operating temperature range is -40~+85 ° C, which is characterized by high temperature resistance, aging resistance, good stability and low micro power consumption.
The coefficient of the resistance value of silicon changing with temperature, which is only a winding resistance with low insulation resistance. At the same time, it has multiple temperature sensing components and can change the distributed capacitance and linearity between high and low in different ranges according to temperature changes. Silicon thermal resistance temperature transmitter have two structures: threaded interface and lead interface. When connected on-site, it is more convenient for future reading and can also be used as compensation circuits under high temperatures. Inventory common engine oil quality sensor.
A temperature sensor refers to a sensor that can sense temperature and convert it into a usable output signal. Temperature sensor are the core part of temperature measurement instruments and have a wide variety. Temperature sensor are very accurate in measuring environmental temperature and are widely used in agriculture, industry, workshops, warehouses, and other fields.
The ICLI pressure gauge and transmitter produced by Zhengzhou Jinmai ICLI can automatically measure the working environment, such as gas, liquid, gas, steam, etc., and convert them into electronic signals for calculation and output. They are processed by industrial control, digital circuit, acquisition and processing, and then release 32 signals such as K, E, S, B, T, J, T, WRe, forming an intelligent measurement unit.
