BF014D0183J

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Film capacitors, such as the BF014D0183J, are typically used in many electronic applications. They are made of paper or plastic layers that are impregnated with an electrical insulating material. A dielectric layer is initialized which forms the layer between the conductive layers. This creates a capacitor.

The BF014D0183J has various uses. It is an ultra high frequency surface-mount device which is able to provide high capacitance in a limited space. This makes it perfect for applications such as resonant tank circuits or above 1GHz radio frequency circuits where surface area is at a premium. It also finds use in power supply/noise reduction filters, as well as low impedance power decoupling circuits. The characteristic and temperature were both stable and reliable, which makes it suitable for high frequency circuit.

The BF014D0183J has a temperature coefficient range of 5-10%, making it highly predictable over a wide range of temperatures. The frequency of operation and the available capacitance are also good indicators of a capacitor’s performance. This model features a frequency range up to 200000MHz, and a capacitance range between 68-98pF. It also has a dielectric absorption ratio as low as 0.9dB, so it can be used in high frequency signals without major losses.

The BF014D0183J is unique in its construction due to its external sleeve pins, which are surrounded by a steel plate. This design improves mechanical robustness, as it allows the components to withstand considerable impact. The steel plate also reduces any risk of electromagnetic interference, while the external sleeve pins provide an effective grounding connection as well as a high degree of durability and stability.

The working principle of the BF014D0183J is based on the use of two conductive plates. The metal plates are separated by a dielectric material, such as paper or plastic. When there is a voltage differential applied to the two plates, an electric field is created. This electric field creates an electric charge on the plates, which creates an electric field between them. This electric field is then used to store energy.

The BF014D0183J is also designed for easy mounting and de-mounting. It has two mounting holes with which it can be easily installed and removed. The holes are also used for the connection of screws, which are used to secure the film capacitor to its mounting surface. This makes the installation and de-installation of the capacitor fast and simple.

In conclusion, the BF014D0183J is an ideal choice for use in many electronic applications. It has a high temperature coefficient and frequency range, as well as a wide capacitance range and low dielectric absorption ratio. Its robust construction also allows it to be used for tough machinery and to reduce the risk of any electromagnetic interference. Finally, its mounting holes and external sleeve pins mean it is both easy to install and remove.

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