Измерения с помощью датчиков, преобразователей, сенсоров
    Transducers, gauges, sensors -  Information portal  © 2011 - 2021                                                                                                            Use of material is possible by placing an active link
таблица свойств диэлектриков
Physical parameters of dielectric materials

Physical parameters: Specific BBR, relative inductivity, temperature coefficient of inductivity, tangent of corner  of dielectric losses at 1 Mhz, electric durability

Dielectric material: Polyethylene, polystyrene, Teflon, polypropylene, polyester, polycarbonate, polyimide, polyvinyl chloride, getinaks, glass fiber, bakelite, epoxy compounds, mica, quartz glass, alkali glass, ceramics, porcelain Insulators, ultrafarfor, alyuminooksid, Policoro, brokers, steatite ceramics, tselzianovaya ceramics, rutile ceramics, ferroelectric

(*) - top limits are indicated for thin-films
русский / english
Home  >>   Physical properties of materials  >>  Physical parameters of dielectric materials


Temperature, thermoelectricity

Magnetic fields

Mechanical stress, strain

Force, pressure, displacement, flow

Humidity, gases

Photo effects, light

Ionizing radiation

Electricity, capacity, piezoelectricity

Physical properties of materials

Literature on transducers

News, exhibitions, conferences

About the project. Contacts


See also:
Temperature sensors, thermocouple             Sensors of mechanical stress
Force, pressure, flow                                     Phototransducers
Ionization transducers                                    Hall sensors
Датчики, преобразователи. Sensors, transducers