Capacitive passive elements in different packages, used for filtering food, as well as to create voltage regulators. A capacitor is electric element, which is characterized by the ability to accumulate electric charge. Consists of two conductors, between which there is a dielectric layer. The first of them was discovered in the Netherlands in 1746.
The sets of capacitors of different capacity in different buildings.
Ceramic capacitors in the case przewlekanej.
Electrolytic capacitors in the housing przewlekane.
Low ESR capacitors - the modern microprocessor technology present in many fields of life requires power supply from auxiliary voltage sources that guarantee high current efficiency, voltage stability and resistance to any interferences, including those resulting from...
Electrolytic capacitors in the housing lutowanej surface.
The tantalum capacitors in the case lutowanej surface.
Capacitors for induction AC motors.
The capacitor can be made of different materials, allowing you to select it multiple types. If between the covers is the air we are dealing with air cooled condenser. In the case when one of the plates in the electrolyte, and the dielectric is a thin layer of oxygen, it is electrolytic capacitor. Capacitor polyester is the one between the covers is a film of polyester, and ceramic is designed to operate at high frequencies. A high level of reliability and increased capacity gęstościowej is characterized by the capacitor tantalowy. He to use for more than 60 years, has a small footprint and is very stable. Found use in systems of the airlines, smartphones and laptop computers, medical implants, industrial control systems and automation.
Modern tantalum capacitors are aimed at low ESR. Have a much smaller size than the first device of this kind, and also reduced was the passage of direct current and increased resistance to high temperatures.
We offer different types of capacitors differing in structure, mode of action and purpose. Among them are:
There are also sets of capacitors, which include a variety of them. Currently, it is difficult to imagine electronics without capacitors. It is possible due to the effective reduction of voltage fluctuations in power supplies or maintenance delays.