IMC1210ERR47K Inductors, Coils, Chokes

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Fixed inductors, also known as fixed or stationary coils, are a type of component that is able to store the electrical energy in the form of a magnetic field. They are frequently used when the voltage and/or current must remain constant, such as in delay lines, filters, and oscillators. The IMC1210ERR47K fixed inductor is one such variety that is a cost-effective solution for various circuit applications.

The IMC1210ERR47K is an axial leaded, molded fixed inductor utilizing a ferrite core material. It utilizes a Steelert (K) lead type, with a copper leads to ensure the highest possible performance. This type of fixed inductor is a cost-effective option for space-restricted applications. Its low DCR ensures that heat build-up will be at a minimum, providing the most reliable performance.

The physical dimensions for the IMC1210ERR47K are 1.04" (L) x 0.63" (H) x 0.38" (D), with a temperature rating of -40°C to +105°C, and an inductance value of 47µH. It also has the features of RoHS Compliance, with a low DCR and high Q value. This inductor can be utilized in a variety of circuit settings such as: motor control, automotive electronics, signal detectors, medical devices, cellular infrastructure and power amplifiers, to name a few.

The IMC1210ERR47K is a reliable, low profile, highly efficient fixed inductor manufactured by Pacific Aerospace and Electronics, Inc. It is uniquely designed for space restricted circuit applications, and offers cost-effective performance. The wide operating temperature range and high Q of this component make it an ideal candidate for a variety of circuit applications.

The working principle of a fixed inductor is based on the concepts of magnetism, electricity, and electromagnetism. The fixed inductor works by providing resistance to the flow of current and creating a magnetic field. The strength of the magnetic field is determined by the number of coils and the number of turns per coil. Typically, these inductors are wired in series with other components, such as resistors or other electronic components. When a voltage is applied to the inductor, a current is generated. As the amount of the current is increased, the magnetic field also increases, and so does the amount of resistance offered by the inductor. This electrical energy is then stored as a magnetic field around the inductor.

In conclusion, the IMC1210ERR47K fixed inductor is an ideal choice for space-restricted circuit applications. It is manufactured with a cost-effective solution and has a wide operating temperature range and high Q value. Its low profile and low DCR ensures that heat build-up will be at a minimum. The key features of this component make it an ideal choice for power amplifiers, motor control, automotive electronics, signal detectors, or any other application where a secure and reliable inductor is required.

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