SH150S-1.87-53

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Fixed inductors are just what their name implies – inductors with a fixed inductance that is determined during production and not adjustable. As a key component of electronic circuits, they are used alongside capacitors, transformers, and other components to improve energy storage and electronic signal transmission.

The SH150S-1.87-53 is a static inductor specifically designed for high-frequency, high-current applications. Manufactured in SMD (surface mount devices) technology, it provides a standard DC resistance of 1.87mΩ and an inductance of 53uH. Its capacitance, on the other hand, is a mere 0.22pF.

The SH150S-1.87-53 is designed to reduce power consumption in high-power applications. As a result, it is used across a range of consumer electronic products, such as smart phones and televisions. It can also be employed in applications such as radio frequency identification (RFID) systems, ultra-wideband communications, and Bluetooth transmitters.

The working principle of the static inductor is based on Faraday’s Law of induction, which states that a voltage is induced in a coil when the magnetic field around it changes. When a current passes through the coil, the magnetic field increases, and a voltage is created. This voltage creates a feedback loop that reinforces the original current, resulting in a higher voltage. The SH150S-1.87-53 takes advantage of this process to effectively reduce power consumption in high-power devices.

The SH150S-1.87-53 is also designed to reduce EMI emissions. It does this by releasing its magnetic energy in the form of electromagnetic noise, which dissipates away from the device. This reduces interference from other electronic components, making the device safer and more reliable.

In addition, theSH150S-1.87-53 is designed to withstand temperatures of up to +125°C. This makes it suitable for applications that require high levels of heat resistance, such as those in automotive and aerospace industries.

Overall, the SH150S-1.87-53 is a highly efficient fixed inductor designed for high-current, high-frequency applications. With its low resistance, high inductance, and low capacitance, it is able to reduce power consumption, reduce EMI noise, and withstand temperatures of up to +125°C. It is widely used in consumer electronics, RFID systems, and in automotive and aerospace industries.

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