Dielectric Constant Of Solids And Liquids, Dsl-01

Product Description

Dielectric Constant Of Solids And Liquids, Dsl-01 

We manufacture, export and supply Dielectric Constant of Solids And Liquids to our clients in Roorkee, Uttarakhand, India. 

Dielectric or electrical insulating materials are the substances in which electrostatic field can persist for long times. When a dielectric is placed between the plates of a capacitor and the capacitor is charged, the electric field between the plates polarizes the molecules of the dielectric. This produces concentration of charge on its surface that creates an electric field which is antiparallel to the original field (which has polarized the dielectric). This reduces the electric potential difference between the plates. Considered in reverse, this means that, with a dielectric between the plates of a capacitor, it can hold a larger charge. The extent of this effect depends on the dipole polarizability of molecules of the dielectric, which in turn determines the dielectric constant of the material.

The method for determination of dielectric constant of liquids consist of the successive measurement of capacitance, first outside liquid and then when the capacitor is immersed in the liquid under investigation. A cylindrical capacitor has been used for liquid samples and different size parallel plate capacitors for solid samples.

Specification 

• Range : 0pf 50mf 
• Resolution: 0.01pf
• Display : 16 x 2 LCD display with back light 
• Accuracy: Better than 1%
• Zero Setting : Push button zero setting

 

Advanced Measurement Technology

The DSL-01 employs cutting-edge electronic components to deliver precise determination of dielectric constants in both solids and liquids. Laboratory professionals can rely on its digital display to interpret data efficiently, making it ideal for experiments that require rigorous controls and accuracy.


Durable Construction and Versatility

Constructed with high-quality electronic materials and robust design, the DSL-01 is suitable for frequent use in demanding laboratory settings. Its versatility allows for application in various experimental procedures, providing researchers and students with a dependable solution for material characterization.