MKP385312250JIM2T0

Film Capacitors

MKP385312250JIM2T0 is a film capacitors. Film capacitors are fixed capacitors that have their dielectric fixed between metal plates, usually for the purpose of storing energy for the purpose of signal filtering, power conditioning, and energy storage. Its main features include very low ESR (equivalent series resistance), low impedance, high frequency response, low temperature drift, and stable performance.

Application Field

The MKP385312250JIM2T0 is a film capacitors designed for use in a wide variety of applications, such as high frequency precision filters, 10KHz - 10MHz VHF and UHF applications, energy storage, and signal stability. It is also suitable for power conditioning and smoothing applications, digital signal conditioning, direct write, EMI/RFI filtering in aerospace and military applications, and as a general purpose capacitor in high frequency circuits.

Working Principle

The MKP385312250JIM2T0 is a film capacitors. It works by converting energy between electric and electrostatic fields. The two plates between which the dielectric is sandwiched act as a capacitor, while the dielectric acts as an insulator, allowing for a charge to build up on each plate, generating an electric field. This electric field is able to store energy which is then released when the capacitor is discharged.

When the circuit is connected to a voltage source, current will flow from the source to the capacitor, charging it up. In this case, the current flow is proportional to the applied voltage and capacitance of the capacitor. When the capacitor is fully charged and the circuit is disconnected from the voltage source, the voltage across the capacitor will remain the same, but current will no longer flow through it.

The MKP385312250JIM2T0 is designed to operate at frequencies of up to 10MHz and has a very low ESR. This means that it is ideal for use in high frequency precision filters, signal conditioning, and power conditioning applications, as it can quickly respond to changes in input voltage levels and minimise any distortion or noise in the output signal.