MHQ1005P75NGTD25

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Fixed inductors, also known as coils or chokes, are electronic components that create a magnetic flux when an electric current passes through them. They are categorized based on their construction type, core material, resistance, inductance value, size, temperature coefficient, etc. At present, the market is flooded with various varieties of these devices, including MHQ1005P75NGTD25.

Application Field:

MHQ1005P75NGTD25 is an ultra-compact, high-performance, miniaturized surface-mount fixed inductor device. This product is designed to enable the user to achieve ultra-fast data transfer in various applications requiring high-speed switching as well as high-frequency signal transmission. It is suitable for use in personal computers, notebooks, mobile phones, tablet computers, display screens, navigation systems and other devices that require high density data transfer. The device also features SMT molding technology and a variety of design parameters including a high saturation current, excellent high-frequency characteristics, low DC resistance, and small size.

Working Principle:

The working principle of MHQ1005P75NGTD25 is based on Faraday\'s law of induction, which states that a varying current passes through a conductor inducing a voltage across its length. This induced voltage is called inductance, which can be represented as an inductor in the circuit. The core of the inductor is a ferromagnetic material, which isolates the primary winding from the secondary winding and heightens the amount of inductance. When a current flows through the primary winding, it generates a stationary magnetic field in the core. This magnetic field in turn induces a changing electromagnetic field in the secondary winding, in turn resulting in an induced voltage.

The primary purpose of a fixed inductor is to reduce the level of high-frequency noise in circuits, often at audio frequencies and generally below 30kHz. In addition, the devices are also used for power supply filtering, radio frequency attenuation, sine wave generation, phase shift networks, etc. With the help of high-precision Thin Film technology and innovative design techniques, next-generation MHQ1005P75NGTD25 fixed inductors are perfectly suited for today\'s compact, high-performance applications.

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