CMR04E430JODP

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Mica and PTFE Capacitors are manufactured with an anode made of PTFE (Polytetrafluoroethylene) material, while the cathode is constructed with a mica plate. The most basic form of this capacitor is represented by the CMR04E430JODP type. It is usually found in power and hand-held electronics where the need for reliable and efficient power is paramount.

The CMR04E430JODP\'s most common application is to provide power stabilization in printed circuit boards, ensuring a steady output in devices that function over extended periods of time. As the capacitor is powered, the electric field between the anode and cathode creates an opposing charge storage, thus leading to the capacitor\'s ability to store electrical energy for a varying degree of time. When the stored charge is released, the capacitor can act as a reliable power source.

The mica and PTFE capacitor\'s working principle is based on a simple electrochemical charge storage system. The collected charges on the two copper plated electrodes create a barrier to prevent current flow. This barrier gradually builds until it reaches a certain threshold, releasing the stored charge and resetting the capacitor. This reset cycle is what keeps the device functioning and prevents over charge and voltage spikes.

The CMR04E430JODP capacitor\'s maximum voltage is rated at 430 volts and its capacitance ranges from 4 nanofarads to 40 nanofarads. Its maximum operating temperature is 85 degrees Celsius. Additionally, the operating frequency is generally below 10kHz, due to its design characteristics. Coupled with its low self-inductance, the capacitor is capable of withstanding high supply current.

CMR04E430JODP capacitors can also be used as filters in power supplies and analog signals, limiting the frequency components of the signal. Moreover, due to its high operating temperature, the capacitor is useful in wide temperature range applications such as motors and computer components.

In summary, CMR04E430JODP capacitors are used to provide reliable and efficient power in many electrical and electronic devices. The working principle of the capacitor is based on the electric field between the two part, allowing the device to store energy and acting as a power source whenever needed. The capacitor is also useful for filtering power supplies and analog signals. Coupled with its wide temperature range operation and low self-inductance, the capacitor makes a valuable component for many electronics.

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