1008-101H

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Fixed inductors refer to all inductors with a fixed inductance, such as the 1008-101H. It is generally used to filter and process the signal, and can be easily integrated in a circuit. Therefore, it is widely used in various electronic products. Of course, it also has a wide range of applications in many industries, such as computer centers, communications, industries, etc.

The 1008-101H has a high inductance of 10µH, and its rated current is 105mA. In addition, its DC resistance is 0.19Ω and its self-resonance frequency is 100MHz. Its dimensions are L: 10.0mm, W: 8.0mm, H: 3.9mm. Its temperature coefficient is 250ppm/°C and its working temperature range is from -55°C to +125°C.

Due to its excellent electrical characteristics, high SRF, small size and light weight, the 1008-101H is the best choice for many applications. It is widely used in various low-frequency communication circuits, such as radio, TV, mobile phones, internet and wireless communication equipments, especially in the digital transmission signal. Besides, it can also be widely used in low-frequency power amplifiers, low-frequency filter circuits, audio power amplifiers, low-frequency high-order filtering and many other products.

The working principle of 1008-101H is that when current flows through it, an internal magnetic field is generated. When the DC current passes through the wire, the magnetic field will induce back EMF in the coil, generating a negative voltage that opposes the applied voltage.

When the current changes in the 1008-101H, the induced voltage will be produced in the opposite direction of the changing current, so that the current will be balanced to decrease, or the current can be changed by the magnetic field. This phenomenon is called inductive effect. The greater the inductance of the inductor, the greater the inductive effect will be.

In summary, the 1008-101H fixed inductor has many advantages, such as high inductance, small size and light weight. It is widely used in low-frequency applications, or filter and process signal. It works based on the inductive effect to balance and slow down the current, or change the current by the magnetic field. It is the best choice for many electronic products.

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