High temperature dielectric temperature spectrum measurement_bias voltage spectrum measurement_dielectric spectrum measurement

Brand Bailibo
Product High Temperature Dielectric Thermospectrometer Measurement System Series
The world's leading materials characterization and measurement company is honored to launch a new generation of high temperature dielectric thermospectrometer measurement system for you.
Related products High temperature dielectric temperature spectrum measurement system Low temperature dielectric temperature spectrum measurement system Variable temperature dielectric temperature spectrum measurement system High and low temperature dielectric temperature spectrum measurement system High temperature four-probe measurement system High temperature insulation resistance measurement system Multi-station glass Test tube rotation sealing system gas-sensitive resistance measurement system multi-channel oil bath polarization device
Functional features
The first high-temperature broadband measurement in the environment
The company has spent years building the first high-temperature dielectric temperature spectrum measurement system , this product is the first domestic enterprise product to evaluate the performance of dielectric materials. After several years of development, this product has become the preferred testing method for domestic researchers engaged in dielectric materials.
Powerful measurement functions to meet your scientific research needs
Analyze physical quantities such as impedance, reactance, admittance, conductance, nano-inductance, dielectric loss, quality factor and other physical quantities of the tested sample under broadband and high temperature conditions. The system software can directly obtain the intermediate Curves of electrical constant, dielectric loss, impedance spectrum, magnetic permeability, electromechanical coupling coefficient, etc. as a function of temperature, time, frequency and bias.
Integrated design, intuitive operation and easy to use
Adopting an integrated integrated design, you only need to simply connect the system to the impedance analyzer or meter measurement wire, start the machine and follow the touch screen program prompts, the operation is intuitive and easy to use.
Stable and reliable, quality you can trust
Each system needs to undergo temperature limit testing and temperature calibration testing experiments before leaving the factory to ensure that each product is stable and reliable. All products are guaranteed to meet hours of trouble-free operation, taking your dielectric property measurements to a whole new level.
Technical specifications
Measurement temperature room temperature
Temperature control accuracy Measurement accuracy
Measurement frequency measurement accuracy
Can measure the dielectric properties of materials under high temperature and broadband conditions
The diameter of the sample is smaller than that of the sample, and the thickness is less than The electrode is in stable contact with the sample. The lower electrode uses a flat electrode, which is convenient for disassembling the sample
Compatible with
Free software upgrade
Complies with standards and standards, and also complies with/measures electrical insulating materials at industrial frequency, audio and high frequency Recommended method for determining dielectric constant and dielectric loss.
Company Profile
Wuhan Bailibo Technology Co., Ltd. is a high-tech enterprise specializing in the field of material physical property characterization and measurement, focusing on the R&D, production, sales and service of cutting-edge scientific precision instruments. Mainly involved in the fields of vacuum high and low temperature magnetic and electrical measurement, it effectively combines the technology and human resources of scientific research institutes and universities, and is committed to the research and development of laboratory-specific instrumentation products such as high and low temperature dielectric measurement, four-probe measurement, resistivity measurement, etc. The leading brand in the characterization and measurement of physical properties of materials.