GNM214R60J105ME17D

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Capacitor networks, arrays, and the GNM214R60J105ME17D are part of a family of electronic components that are used in a wide variety of applications. This article will provide an overview of the GNM214R60J105ME17D and explain its application fields and working principle.

Overview Of The GNM214R60J105ME17D

The GNM214R60J105ME17D is an integrated network of capacitors that is designed to be used in communication, consumer electronics, electric vehicles and industrial automation equipment. It is designed with a self-formed structure and a built-in magnetized material which allows for efficient, stable and reliable performance. It also features a low self-resonance frequency and high thermal stability.

The GNM214R60J105ME17D comes in three different packages which include DIP, SMD, and SMD array package. It is also available in various capacitance values ranging from 0.06µF to 1.2µF and with various temperature range from -55°C to +125°C. The GNM214R60J105ME17D also has an excellent resistance to moisture, vibration and shock as well as a high insulation resistance.

Application Fields Of The GNM214R60J105ME17D

The GNM214R60J105ME17D is mainly used in the communication, consumer electronics and electric vehicles fields. It is ideal for applications such as high frequency antennas, power supplies, PFC systems, DC/DC converters, cameras, LCD and plasma displays, automotive infotainment systems and similar applications. In consumer electronics, the device can be used as a high frequency filter or a noise suppressor.

It is also highly suitable for industrial automation applications due to its low leakage current, high insulation resistance and excellent mechanical strength. The GNM214R60J105ME17D can be used for signal filtering applications, motor overcurrent protection, and power factor correction.

Working Principle Of The GNM214R60J105ME17D

The working principle of the GNM214R60J105ME17D is based on the principle of capacitance. When a voltage is applied to the device, it creates an electrical field between two electrodes. The electrical field causes a current to flow, which then generates a magnetic field. The magnetic field generates an additional current, and this creates a feedback loop which maintains the voltage and current through the device.

The GNM214R60J105ME17D features a self-formed structure and a built-in magnetized material. This combination allows for efficient, stable and reliable performance of the device. The device also features a low self-resonance frequency, which means that it can handle higher frequency input signals without causing distortion.

The GNM214R60J105ME17D is a highly reliable and efficient component that can be used in a wide variety of applications. Its self-formed structure and built-in magnetized material provide excellent stability and reliability, and its low self-resonance frequency makes it suitable for high frequency input signals. The device is also highly resistant to vibration and shock, and it has an excellent insulation resistance.

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