SCB63C-6R8

Fixed inductors are used in a wide variety of signal processing and power circuits, and the SCB63C-6R8 is an example of a type used in many applications. The SCB63C-6R8 is a wire wound, axial-lead, non-polarized single-layer inductor. It has an inductance of 6.8μH and a resistance of 0.066Ω. Its rated current is 7A, and it has an operating temperature range of -15 °C to +85 °C. The SCB63C-6R8 is useful in providing a stable magnetic field for a circuit, due to its high inductance and low resistance. It is suitable for applications such as DC-DC converters, as well as for high-frequency signal processing circuits.

The SCB63C-6R8 inductor works by storing energy in the form of a magnetic field in the core of the inductor. When an electrical current flows through the inductor, the current induces a magnetic field in the core due to changing magnetic flux. This magnetic field causes a voltage to be induced in the inductor, which in turn reduces the current through the inductor, and thus reduces the amount of energy stored in the core. The amount of energy stored in the core is proportional to the inductance of the inductor, which is why inductors with high inductance are often preferred for applications requiring a stable magnetic field.

The SCB63C-6R8 has a rated current of 7A, which means it is capable of handling a maximum current of 7A without exceeding its temperature rating. This is useful for applications that require a stable magnetic field for a relatively long duration, as it will not overheat and damage the circuit components. The low resistance of the inductor also makes it useful for signal processing applications, as it has minimal energy loss due to resistive heating. The temperature range of -15 °C to +85 °C is also an important factor in ensuring the inductor can handle a variety of different environments.

In summary, the SCB63C-6R8 is a high inductance, low resistance wire wound single-layer, axial-lead, non-polarized inductor. It has a rating current of 7A, with an associated temperature range of -15 °C to +85 °C. Its high inductance and low resistance makes it ideal for applications such as DC-DC converters and high-frequency signal processing circuits, as it can provide a stable magnetic field over a long duration without excessive resistive heating.