SH150S-2.22-114

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Fixed Inductors are one of the most important components in the electrical industry, and the SH150S-2.22-114 is one of the widest used models. It can be used for many tasks such as filtering, tuning, resonance and oscillation. In this article, we will discuss the application field and working principle of the SH150S-2.22-114.

The application field of the SH150S-2.22-114 is very broad, from low frequency circuits to high frequency circuits, or even precision signal paths. It is often used in filtering, tuning, resonance and oscillation applications, such as in amplifiers, receivers, or modulators. It can also be used in electromagnetic and electric field energy absorption and radio frequency signal shielding.

The working principle of the SH150S-2.22-114 is based on the principle of Lenz\'s law, namely, the induction current generated is equal to the change of the magnetic flux in the coil. Its structure is composed of a magnetic core composed of a ferrite or iron core material. The core is wound with an aluminum or copper wire, and the two cores are insulated by a sulfuric acid paper or fiberglass. The magnetic core material determines its inductance, while the copper wire determines its current rating.

Since the SH150S-2.22-114 is a fixed inductor, it can produce a constant current and a fixed voltage without any external load. This characteristic makes it ideal for applications like filters and oscillation circuits, where a stable output voltage or current is required. This type of inductor also has a wide range of inductance, ranging from tens of nanohenries to several millihenries.

Apart from its wide application field, SH150S-2.22-114 also has several advantages over other inductors. One of them being its high efficiency. This is due to its high current capacity, which can withstand more power, and its low D.C. resistance, which helps reduce the power loss in the circuit. It also has a high saturation current and voltage, allowing it to support a wide range of current and voltage while still maintaining its inductance.

In conclusion, the SH150S-2.22-114 is an ideal choice for applications such as filtering, tuning, resonance and oscillation. Its wide application field, high efficiency, and its low D.C. resistance make it a great option for many kinds of circuits. With its ability to produce a constant current and voltage without external load, the SH150S-2.22-114 is sure to be a popular choice in many electrical designs.

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