VLS252012CX-1R5M-1 Inductors, Coils, Chokes

Fixed Inductors play a critical role in today\'s electronics, providing the necessary electrical parameters needed to make a device or system operate correctly. The VLS252012CX-1R5M-1 is a fixed inductor that is designed for applications requiring high inductance and a high saturation current. This fixed inductor offers superior stability, high reliability, and superior performance in a wide range of applications.

The VLS252012CX-1R5M-1 is a 1.5μH fixed inductor with a 100mA max current rating, a 3.1 OHM DCR, and an inductance tolerance of ±10%. This piece of electronic equipment is capable of providing high levels of inductance with low DCR, making it perfect for applications that require clean, low-power power regulation. A galvanically shielded enclosure helps to reduce crosstalk and provides superior saturation current. The shielded case also helps to reduce the effects of EMI and environmental conditions.

The primary application field of the VLS252012CX-1R5M-1 is computer power systems, especially those using advanced switching regulators. This inductor features a flexible design with a large inner diameter, making it suitable for most circuit designs. The flexible design also reduces EMI and increases thermal performance, while its large inner diameter facilitates inductance trimming.

The working principle of the VLS252012CX-1R5M-1 is grounded in Faraday\'s Law of Induction, which states that an electric current produces a magnetic field, which in turn produces an electric field. The core material of the inductor acts as the magnetic field, while the inductance of the core material determines the impedance of the current. The VLS252012CX-1R5M-1 inductor core is formed from several layers of electronic grade materials, including MnZn, NiZn, and Iron Powder, ensuring high levels of inductance and low DCR.

The VLS252012CX-1R5M-1 is a reliable and robust fixed inductor that is designed for high-current applications in computers and related field. Its high inductance and low DCR make it ideal for high-performance power regulation applications, while its shielded case and flexible design provide superior thermal performance and crosstalk reduction. Finally, the large inner diameter facilitates inductance trimming and makes this inductor perfect for most circuit designs.