CDV30FK252JO3

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Mica and PTFE capacitors are broadly grouped into two subcategories: CDV30FK252JO3 and non-CDV30FK252JO3. CDV30FK252JO3 capacitors are distinguished for having aluminum foil electrodes and are used primarily in medical electronics applications. Non-CDV30FK252JO3 capacitors have electrodes made of PTFE and are common in consumer electronics.

The CDV30FK252JO3 are an advanced use of the latest metallized technology and are designed to meet the exacting requirements of high performance medical equipment. The combination of Mica and PTFE results in increased performance and reliability. These capacitors are designed for use in high frequency, high voltage applications such as medical imaging devices, medical lasers, pacemakers, and other sensitive medical instruments.

The capacitance of the CDV30FK252JO3 can be expanded significantly by utilizing the effects of a dielectric material. This material is usually PTFE, which is both resistant to electrical leakage and able to withstand high temperature operation. The use of PTFE as a dielectric material allows the capacitor to operate without any risk of shorting or arcing as it reacts to alternating current voltage.

The primary working principle of CDV30FK252JO3 is based on the behavior of electricity as it passes through an insulated material. In almost all capacitors, electrical energy flows rapidly between two plates, one positive and one negative, when connected to a source. This electric field causes a voltage difference between the plates that develops an electrical current. As the current passes through the interleaved foil and dielectric material, it accumulates a charge.

At the same time, the interleaving of the foils helps prevent harmonics from forming a standing wave on the capacitor dielectric. This is known as opposition to higher-frequency signals. This capability makes the capacitor well-suited for meeting the requirements of medical imaging devices, medical laser equipment, modems, data communications equipment, RFID tags, cordless phones and other high frequency, high power devices.

The dielectric of the CDV30FK252JO3 is highly resistant to thermal and mechanical damage. It boasts a long operational life and a wide tolerance range. It does not require additional packaging, and its non-inductive design helps to eliminate unwanted electric noise. Additionally, its temperature coefficient of capacitance is very low which provides reliable performance in high temperature environments. This makes a CDV30FK252JO3 appropriate for use in medical electronics, such as in pacemakers, where there are concerns about electrical interference with other equipment.

The advantages of the CDV30FK252JO3 also include its wide frequency range and fast charge and discharge times, making it suitable for applications which require high speed signal processing. Its low series resistance design results in minimal power dissipation which also aids in extending the life of the capacitor. The overall design of the CDV30FK252JO3 is extremely robust and is likely to remain a popular choice for use in high-performance medical electronics applications.

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