B78148S1332J000

Fixed inductors are electronic components that are built to reliably create a given inductance throughout an applied frequency range. Inductors are commonly used in analog circuits to deliver a wide range of filtering, resonance, snubbering, energy storage, and other applications. Fix inductors are typically more reliable, stable, and easy to install than variable inductors. B78148S1332J000 is a fixed inductor used in applications with high current and voltage density, such as motor control and power drives, consumer equipment, home appliance, telecommunications, industrial applications, and system level optimization.

B78148S1332J000 is a single-layer, surface-mount technology, shielded and open-air inductor. It has a ceramic body and is designed to meet a variety of application needs. It has a maximum operating temperature of 125°C, a DC resistance of 1 mΩ and a rated current of 35 A. Its dimensions are 18.8 mm in diameter and 10.3 mm in height.

B78148S1332J000 inductor is designed to work in high frequency range up to 1MHz. It features low core loss and a high rated current which enables it to work efficiently in high power applications. The high current rating of this inductor allows it to handle temperatures up to 125°C without effecting performance.

The shielding of the inductor helps reduce leakage and allows it to perform efficiently in a wide operating frequency range. The shield also prevents electromagnetic interference and allows for better efficiency, especially in high frequency applications. The shielded design also helps to increase the life span of the inductor, due to the reduction of undesirable heat and loss generated within the inductor. The open-air inductor design allows for stable operation and better heat dissipation compared to other design types.

B78148S1332J000 inductor is used in applications that require high current and voltage densities, such as motor control and power drives, consumer equipment, home appliance, telecommunications, industrial applications, and System Level Optimization. It is typically used in both switching and linear circuits, and can also be used in series. It is also highly resistant to noise and EMI, making it ideal for various applications.

The working principle of a fixed inductor involves using a magnetic field to create a self-inductance. When a current passes through a wire wound into a coil, it creates a magnetic field around the wire. This field interacts with the electric field of the wire itself, creating an opposing force. This opposition creates a self-inductance, which opposes any changes in the current that passes through the inductor. In other words, an inductor will oppose any changes in current, and will also oppose any changes in voltage, resulting in the creation of an electromagnetic field. It is this field that is responsible for the fixed properties of the inductor.

In conclusion, B78148S1332J000 is a fixed inductor that is used in applications with high current and voltage density. It is designed to work efficiently in high power applications and features low core loss and a high rated current. It is highly resistant to noise and EMI and has a wide range of applications, including motor control and power drives, consumer equipment, home appliance, telecommunications, industrial applications, and system level optimization. It utilizes the principle of self-inductance to prevent any changes in current and voltage, creating a fixed output voltage and frequency.