B82442H1104J000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors are a type of electrical component that is built into high-frequency circuit, and play a role in storing energy as well as in providing electromagnetic shielding. The component operates through the process of inductance, where changes in an electrical voltage induces a varying current. Inductors are commonly rated in henries — a unit of measurement for inductance.

The B82442H1104J000 is an example of a fixed inductor, with specific characteristics about its operation. For example, its rated operating temperature range is -55°C ~+125°C, and its maximum operating voltage is ±25V. It also has a saturation current of 1.2 Arms, and a rated inductance of 10mH. This component is typically used for applications such as EMMI filters, high-frequency power supplies, switching power supplies, and audio amplifiers.

B82442H1104J000 uses a toroidal inductor to achieve its purpose. This inductor is generally a ring-shaped core of magnetic material that is wrapped up in a coil of insulated line, called a winding, creating an inductor. This inductor can be set to allow only certain frequencies of current to pass through it as it is exposed to a changing voltage. When used properly, this core will convert the voltage from one power source, such as an AC or DC power supply, and use the varying current to create a new power source.

To further understand how this inductor works, let’s consider the following example. When the inductor is exposed to a changing voltage, it will create a varying current, dictated by the inductance of the inductor. This current creates a magnetic field around the core, which in turn induces another voltage within the core. This creates an in-phase current that travels in the opposite direction as the original varying current, and the end result is that a new power source is created.

B82442H1104J000 can also be used as an effective way to filter out certain frequencies that may cause interference. As mentioned earlier, the inductor core can be set to allow only certain frequencies of current to pass through it, while blocking others. This can be useful in noise reduction systems and other applications where eliminating certain frequencies of power can improve overall performance.

In conclusion, the B82442H1104J000 is an example of a fixed inductor, and is commonly used in applications such as EMMI filters, high-frequency power supplies, switching power supplies, and audio amplifiers. It works by creating a magnetic field around an inductor core, which then induces a voltage that creates an in-phase current, thereby creating a new power source. Additionally, it can help with noise reduction by blocking certain frequencies of power.

The specific data is subject to PDF, and the above content is for reference