A capacitor is an electronic element, passive, energy storage in an electric field. It is a component with two terminals. The effect of the capacitor is known as capacitance. Although there is some capacitance between any two electrical wires that are close to each other, a capacitor is an element designed to produce a certain capacitance between its terminals. These items, like most of the passive elements, have a huge number of applications in passive and active systems, such as filters, elements, resonant circuits, etc. the Condenser is one of the main elements of the draft electronic.
The sets of capacitors - In this category we offer a specially prepared sets of capacitors of different types and different capacities. The condenser is one of the main passive elements used in electronics. While working on the project capacitors are often the necessary part...
THT ceramic capacitors - a Capacitor is a passive electronic component consists of a guide przedzielonego dielectric. The ceramic capacitor is much less sensitive to damage than the equally popular electrolytic capacitor. The store offers a wide selection of ceramic...
Electrolytic capacitor THT - IN this category we offer high quality electrolytic capacitors made of TNT. This electronic components for many years find use in systems performing the function of a power supply or voltage regulators . Very often become the main elements of the...
Capacitors Low ESR - a Modern microprocessor-based equipment is present in many applications requires power from the voltage source subsidiary, which guarantee high energy efficiency, stability napięciową and noise immunity, and also as a result of switching processes in...
Electrolytic capacitors SMD electrolytic Capacitors are widely used electronic components. The undoubted advantage of such elements is their very small size (relatively high capacitance). Another advantage is the low serial resistance and low inductance consistent . The...
SMD tantalum capacitors - In this category we offer tantalum capacitors SMD. They are used in similar situations, as well as other types of capacitors. It is, however, to pay attention to their unique properties, since the use of high quality materials and often exceed their...
Capacitors for motors - In this category we offer capacitors for motors high quality, suitable for different application. Used in such devices as hair dryer, washing machine, refrigerator, drill or lawnmower. Find application in drives, pumps, compressors of refrigerators and...
Capacitor for induction motors of AC 50/60 Hz which can be used in fans, blowers, drives, compressors, refrigerators, mowers, etc. It is characterized by high capacitive stability, high insulation resistance and body made of flame retardant plastics. The capacity of 1 µf / 450 VAC. Connectors: 6.3 mm. Size: Ø26 x 55 mm Mounting: screw M8.
Capacitor for induction motors of AC 50/60 Hz which can be used in fans, blowers, drives, compressors, refrigerators, mowers, etc. It is characterized by high capacitive stability, high insulation resistance and body made of flame retardant plastics. The capacity of 1 µf / 450 VAC. Connectors are the wires. Size: Ø26 x 55 mm. Mounting: screw M8.
Capacitor for induction motors of AC 50/60 Hz which can be used in fans, blowers, drives, compressors, refrigerators, mowers, etc. It is characterized by high capacitive stability, high insulation resistance and body made of flame retardant plastics. The capacity of 3 µf / 450 VAC. Connectors: 6.3 mm. Size: Ø30 x 57 mm Mounting: screw M8.
Capacitor for induction motors of AC 50/60 Hz which can be used in fans, blowers, drives, compressors, refrigerators, mowers, etc. It is characterized by high capacitive stability, high insulation resistance and body made of flame retardant plastics. The capacity of 50 µf / 450 VAC. Connectors are the wires. Size: Ø55 x 127 mm. Mounting: screw M8.
The shape and design of the capacitors are very diverse. There are many types of these elements, which are widely used in electronics. Most capacitors contain at least two electrical conductor, often in the form of metal plates or foil separated by a dielectric. Early forms of condensers emerged in the 40s of the XVIII century, when European experimenters did find that the electric charge can be stored in glass vessels filled with water, which became known as banks Lejdejskie.
A capacitor consists of two conductors separated by a dielectric nieprzewodzącym. Can be vacuum or any other insulator. Examples dielektryków used in these elements are glass, air, paper, plastic, ceramics, etc. In accordance with Coulomb's law, charge on one cover, provides a force on the charge carriers in the other cover, attracting the opposite charge and repels carriers of the same goods. Thus, the second cover induced will be a counter-weight. The guidebooks say, therefore, equal in magnitude and opposite a sign to the charges on their surfaces. The presence of the dielectric prevents the movement of cargo and supports an electric field.
In commercially available capacitors of various types. They differ in the type of dielectric, structure of cover and the type of housing. All these elements affect the characteristics of the item and its scope. The available values range from very low (in respect of certain pikofaradów) superkodensatorów volume of about 5 KP. As a rule, above about 1 mikrofarada, are used almost exclusively electrolytic capacitors due to their small size and low cost compared to other types of relevant capacity if their relatively poor stability, life span and appearance of polarization lead to the fact that they are not suitable for this application.
The main parameter which describes a capacitor, its capacitance. This value is expressed in faradach; she says about how much electric charge can be placed in this element. Capacity is selected for a particular application of the capacitor. The second parameter is maximum operating voltage. Each capacitor, taking into account their structure based on thin dielectric layer between the conductive cover, can only work to an acceptable voltage level. When it is exceeded can occur dielectric breakdown and short circuit of the capacitor plates. In this system maximum rated voltage of the capacitor must be no lower than appearing on the covers at any moment of tension, including jumps, and even short-term increase.
Currently, capacitors are widely used in electronic circuits for blocking direct current, providing current flow. In an analog system, the capacitor element filters, in resonant circuits designed for operation of system at specified frequencies, and in systems of transmission of electricity, stabilize voltage and power flow. The property of storing energy in capacitors were also used as part of dynamic memory in early computers.