Relatively speaking, the electronic measurement is very high, especially the frequency and time of these two parameters, so in many construction engineering systems will be used, and with the development of science and technology, its function is more and more, the future development is really immeasurable.

electronic measurement development trend:

1, inductance tester manufacturers introduced the emergence of a single instrument to the system integration, and component testing instruments with special equipment slowly integrated into one development trend. First, the combination of hardware modular design and more powerful software constitutes a new instrument with new functions. Secondly, the concept of software radio has a new interpretation and practical application. The organic combination of design, simulation, measurement and verification will be realized.

With the application of data acquisition, analog/digital transformation and other technologies in electronic measurement, electronic measuring instruments are developing in the direction of digital, automated, intelligent and multi-functional automatic measurement at an extremely fast speed. In the future, the performance of the instrument will be better, the accuracy and sensitivity of the measurement will be higher, and the dynamic range will be larger.

3. The integrated computer-aided test environment and the application software with strong functions make the computer and the electronic measuring instrument realize the great integration, which makes the accuracy and reliability of the electronic measuring instrument and the test technology level develop towards a higher level.

4. Test and simulation software is widely used in the instrument. With the gradual improvement of computer performance, the combination of instrument hardware, related test software and simulation software becomes more and more close.

5. Inductance tester manufacturers introduce that the data acquisition, data and signal processing functions of measuring instruments are continuously enhanced. The updating and function expansion of a large number of advanced instruments are no longer realized by means of making fine hardware, but by means of data processing, signal processing and error correction.