Sensor technology in general can be divided into three generations:
first generation: structure-type sensor, which uses changes in the structure parameters of the signal and
HIN232CBZ-T datasheet and converted signal to experience.
second generation: the 1970s developed the solid-type sensors, this sensor consists of semiconductor, dielectric, magnetic and
HIN232CBZ-T price and other solid components, the material is the use made of certain characteristics. For example, the use of thermoelectric effect, Hall effect, photo effects, were made of thermocouple sensors, Hall sensors, light sensors.
third generation: newly developed smart sensors, micro-computer technology and
HIN232CBZ-T suppliers and detection technology product of the combination, the sensor has a certain artificial intelligence.
modern sensors using new materials, new processing technology to make the integration of sensor technology matures, more and more types of sensors, in addition to the early use of semiconductor materials, ceramic materials, the optical and superconducting materials development of sensors for the material basis for the development of catch. The future there will be newer materials, such as nano-materials, more conducive to miniaturization of the sensor. Currently, modern sensors are from the traditional discrete, toward integrated, intelligent, digital, systematic, multi-functional and network and toward the micro-power, high accuracy, high reliability, high signal to noise ratio, wide range direction. Modern sensor is a fully integrated, intelligent, high-precision, high performance, high reliability and low price and other significant advantages. Only through the coordinated development of computers and sensors, modern science and technology in order to achieve a breakthrough. It can be said of modern sensor technology has become an important factor in technological progress.
the direction of development of modern sensors are as follows:
(1) development and utilization of new effects;
(2) development of new materials;
(3) improve sensor performance and detection range;
(4) micro-miniaturization and power consumption;
(5) integration and multi-functional;
(6) sensor intelligent;
(7) the number of sensors and networking.