A dielectric constant dielectric loss tester is an instrument used to measure the dielectric constant and dielectric loss of dielectric materials. In the application of dielectric materials, dielectric constant and dielectric loss are two very important parameters that can reflect the dielectric and electrical properties of the material. Therefore, the dielectric constant dielectric loss tester has a wide range of applications in materials science, electronic engineering, communication engineering and other fields.
The basic principle of the dielectric constant dielectric loss tester is to calculate the dielectric constant and dielectric loss by measuring the response of the dielectric material under an alternating electric field. During the test, an alternating electric field is applied to the dielectric material and the response of the material to this electric field is measured. By analyzing these responses, the instrument can calculate the values for the dielectric constant and dielectric loss.
Key features of the dielectric constant loss tester include:
1.High-precision measurement: The instrument uses advanced measurement technology and algorithms to achieve high-precision dielectric constant and dielectric loss measurements.
2.Automated operation: The instrument has an automated operating system, and the user can complete the test with simple operation.
3.Versatility: The instrument can be used not only to measure dielectric constant and dielectric loss, but also to measure other relevant parameters.
4.High reliability: The instrument adopts stable and reliable design and materials to ensure the accuracy and stability of the test results.
In the field of materials science, dielectric constant dissipation testers are mainly used to study the dielectric and electrical properties of materials. Through the testing of this instrument, researchers can gain an in-depth understanding of the relationship between the microstructure and dielectric properties of materials, which provides an important experimental basis for the research and development of new materials.
In the field of electronic engineering, dielectric constant dielectric loss testers are mainly used to test the performance of electronic components. Through the test of this instrument, the dielectric properties and electrical properties of electronic components can be quickly and accurately evaluated, providing important technical support for the design and production of electronic products.
In the field of communication engineering, the dielectric constant dielectric loss tester is mainly used to study the electromagnetic wave propagation characteristics of wireless communication equipment. Through the test of this instrument, we can gain an in-depth understanding of the propagation law and attenuation characteristics of electromagnetic waves in the communication medium, and provide an important experimental basis for the optimal design of communication equipment.
Performance characteristics 43 inch TFT LCD display in Chinese and English, optional operation interface, 87 high 1MHz test frequency, 10MHz resolution.
Balance Test FunctionTransformer Parameter Test Function87High Test Speed: 13ms Automatic Level Adjustment (ALC) Function of Secondary Voltage or Current (ALC) FunctionV, I Test Signal Level Monitoring FunctionBuilt-in DC bias source internallyExternal high-current DC bias source10-point list scanning test function Optional internal resistance, built-in comparator, 10-step sorting and counting function, internal file storage and external USB flash drive file saving, measurement data can be directly saved to USB flash drive, RS232C, USB, LAN, Handler, GPIB and DCI interfaces.
Technical data display: 480 RGB 272,43 inch TFT LCD display. Test signal frequency: 20Hz—1MHZ87 Small resolution: 10MHz, 4-bit frequency input accuracy: 001% AC level test signal voltage range: 10mV—2Vrms voltage 87 Small resolution: 100 V, 3-bit input accuracy ALC on 10% x set voltage + 2MVARC off 6% x set voltage + 2mV Test signal current range: 100 A—20mA current 87 Small resolution: 1 A, 3-bit input In addition to applications in the fields of electronic engineering and communication engineering, the dielectric constant dielectric loss tester can also be applied to other fields involving dielectric materials, such as power engineering, biomedicine, etc. Through the test of this instrument, it can help researchers in related fields to have a deep understanding of the dielectric and electrical properties of materials, and provide important technical support for the development of related fields.
OverviewGDAT-S is a new impedance analyzer with multiple functions and higher test frequencies, small in size, compact and portable, and easy to use on the shelf. The basic accuracy of this series of instruments is 005%, test frequency 87 high 1MHz and 10MHz resolution, 4The 3-inch LCD screen with Chinese and English operation interface makes the operation convenient and concise. The transformer test function and balance test function are integrated to improve the test efficiency. The instrument provides a wide range of interfaces to meet the various requirements of automatic sorting testing, data transmission and storage. In a word, the dielectric constant dielectric loss tester is a very important experimental instrument that is widely used in many fields. Through the testing of this instrument, researchers can gain an in-depth understanding of the dielectric and electrical properties of materials, and provide important technical support for the development of related fields. With the continuous advancement of science and technology and the continuous improvement of application requirements, dielectric constant dielectric loss tester will play a more important role in the future.