MKT1818510064

Introduction

MKT1818510064 is a film capacitor usually used for general purpose applications, such as in low-current circuits or for bypassing. In high-performance circuits, MKT1818510064 capacitors demonstrate excellent linearity and linear capacitance change properties. Its rated voltage is 250V and maximum temperature is 85°C.

Application Field

Film capacitors are widely applied in power supplies, transportation equipment, transformers, filters, coupling condenser, wave bridge, measure conditions, aviation and aerospace. MKT1818510064 capacitors are usually used in automotive electronic devices, anti-interference filtering, pulse conversion, active separator, electric welding transformer, switching power control, as well as in testing and instruments.

Working Principle

MKT1818510064 capacitors are based on film made of multiple thin layers of metallized polyester, polypropylene, pet or biaxial polypropylene film. They have layers of electrodes which were formed by combing a certain amount of conductive particles into polymer film separated by a dielectric layer. Byting of metal particles, and a special technology of fine-tuning, these capacitors can deliver superior performance and maintain a stable capacitance for a long time.

When connected to a power source, an electric field is generated between the two electrodes, forming a capacitor. Depending on the strength of the electric field, electrons will be attracted from one side of the capacitor to the other. This creates a potential difference between the two electrodes, allowing current to flow through it. The amount of current that can flow through the capacitor is directly related to its capacitance, as well as to the voltage supplied to it.

Conclusion

MKT1818510064 capacitors are high performance, reliable and cost effective solution for applications that require linearity and temperature control. The film capacitors possess excellent reliability and excellent selection of dielectrics. They perform well in a wide range of currents, voltages and ambient temperatures, and are appropriate for any application where linearity and temperature control are important.