2534R-36J

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Fixed inductors are widely used in electronic circuits to provide a low-loss filter network, to minimize AC interference, and to provide a stable current. They are also used in signal-conditioning circuits for AC and DC signals to provide controlled inductance, capacitance, as well as impedance.

The 2534R-36J is a fixed inductor that belongs to the category of inductors. It is specially designed for filtering applications and it specific applications include switching power supplies, DC-DC converters, high-frequency dc/ac inverters, and medical instruments.

The 2534R-36J has an operating temperature of-40°C to +125°C and a storage temperature of -55°C to +125°C. It is manufactured in high-temperature and 0.3um pitch quartz substrates with crimped terminals. The inductance is 4.7µH for the 2534R-36J, and it has an IHL of 0.53MΩ maximum at 25°C. The material is composed of specific interwoven winding that exhibits excellent temperature stability. Additionally, it has a series self-resonant frequency between 20MHz and 40MHz, with a Q-factor between 130 and 160.

The primary purpose of the 2534R-36J is to filter out unwanted frequencies or noise from a given signal. It is primarily used in order to reduce noise and decrease the possibility of interference. This is done thanks to its ability to absorb unwanted frequencies, while allowing ones to pass through. This is done through electrical energy transmission and induction.

The 2534R-36J is composed of three main components: core, wire, and enclosure. The core is typically composed of an air-core wirewound inductor that is designed to reduce the amount of electrical energy loss due to resistance. It is also designed to create an inductance of up-to 15mH. The wire that is used is typically coated with a dielectric material, such as polyester, in order to prevent magnetic field interference. Enclosures provide additional protection from electromagnetic interference and they are usually composed of a plastic material.

The inductor\'s working principle relies on the Faraday\'s Principle. The Faraday\'s Principle states that when a magnetic field is applied to a conductor, it will induce a voltage proportional to the rate of change of the magnetic flux. In this case, the 2534R-36J inductor maintains a constant inductance regardless the strength of the magnetic field. The inductor applies a magnetic field in order to generate an electromotive force, capable of producing an electrical current. The current then passes through the inductor, creating a magnetic flux and thus inducing a voltage.

The 2534R-36J inductor is commonly used in power supplies, DC-DC converters, high-frequency DC-AC inverters, and medical equipment. It provides high temperature stability and a consistent inductance value regardless of the input electrical conditions. The inductor is designed to reduce interference and to ensure optimal electrical efficiency. In conclusion, the 2534R-36J is a high-performance fixed inductor that is designed to provide electrical filtering in a wide range of applications.

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