SS28B2043

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Ferrite cores are ubiquitous in modern electronics as they are found in a wide range of applications, from simple EMI shielding to complex, high-speed data circuitry. In particular, the SS28B2043 is an ideal component for high-performance cable and wiring applications. This article provides an overview of the SS28B2043’s key features, application fields, and working principles.

Key Features

The SS28B2043 is a high-performance ferrite core designed for use in car audio, broadcast radio, and other automotive applications. It is designed to reduce EMI while also providing reliable performance in all operating conditions. Its low-temperature coefficient and high electrical stability make it an ideal choice for high-speed signals that require high bandwidth. Additionally, the SS28B2043 has a wide resistance range, ranging from 5 ohms to 100 ohms, allowing it to be used in a variety of applications. Other features include its low-noise operation, low signal distortion, and low voltage drop.

Application Fields

The SS28B2043 is well-suited for a variety of cable and wiring applications. It is ideal for automotive applications such as car audio systems, in-vehicle audio systems, and satellite radios. Its wide range of resistances makes it suitable for cable TV, cable modem, and other high-frequency communication systems. Additionally, its high-speed signal handling capability makes it ideal for use in high-bandwidth applications such as digital audio, fiber optics, and digital video.

The SS28B2043 is also used in a variety of other electronics applications, including power line and RF power applications, RF shielding, and EMI shielding. Additionally, its low-noise operation makes it well-suited for use in applications such as medical equipment, security systems, and precision instruments.

Working Principle

The SS28B2043 works by using a ferrite core to convert energy from an alternating current (AC) to a direct current (DC). The core is composed of tiny magnetic particles that create a magnetic field when current is applied to them. As current flows through the core, the magnetic field interacts with the core, inducing a voltage in the core. When the current is removed, the magnetic field collapses, releasing the stored energy back into the circuit.

This process occurs continuously as alternating current is applied to the ferrite core. The core’s magnetic field creates a voltage across its terminals, and this voltage is what is used to power connected systems. Additionally, the ferrite core can be used to block EMI and other unwanted noise from entering into the circuit.

The SS28B2043 is an ideal choice for a wide range of cable and wiring applications due to its low-temperature coefficient, high electrical stability, wide resistance range, and low-noise operation. Its flexible design makes it suitable for a variety of applications, including automotive, cable TV, power line, RF power, and EMI shielding.

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