SBC8-100-692

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Fixed inductors are inductors that have fixed inductance values. They are usually used in circuits to reduce the influence of stray signal currents, filter out unwanted components, or filter noise. One type of fixed inductors is the SBC8-100-692, a popular low frequency, high power, surface mount inductor. It is widely used in automotive and power management applications.

The SBC8-100-692 is a radial-leaded, surface mount, low profile, and low profile inductor. It features a 100% shielded construction, a high current carrying capacity, and a low saturation. Its core material is Nickel Zinc ferrite, and its inductance range is between 4.7µH and 47µH. It also has a low resistance of 0.12 Ohms, a high Q of 700-1000, and a switching frequency of up to 30MHz.

The SBC8-100-692 is mainly used for automotive and power management applications. It can be used to reduce the influence of stray signals in circuits, filter out unwanted signals, and help with noise filtering. It is also ideal for applications where a small inductor is needed, such as switch mode power supplies, switching regulators, and DC to DC converters. The inductor also has a wide temperature range and a high current carrying capacity.

The working principle of a fixed inductor is based on the physical property of inductance. Inductance is the property of a conductor or coil that opposes a change in current. The SBC8-100-692 relies on this property to store and oscillate energy in the form of a magnetic field. When current passes through the inductor, a magnetic field is generated whose strength is proportional to the amount of current passing through it. When the current is removed or changed, the stored energy is released in the form of a changing magnetic field, causing an induced current in the inductor.

The SBC8-100-692 is a reliable and efficient fixed inductor. It is ideal for filtering short-term spikes and high frequency signals in applications such as automotive or power management. It can withstand high frequencies, has a low resistance, and can handle large currents. Thanks to its small size and high power handling capacity, it is widely used in a variety of applications.

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