DR1040-151-R Inductors, Coils, Chokes

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Fixed Inductors are components that store electrical energy in the form of a magnetic field. The purpose of a Fixed Inductor is to control current, store energy and provide a path for alternating current. The DR1040-151-R is an example of Fixed Inductor that is used in several applications. It is a 50uH high-Q, low-DC bias Fixed Inductor that is designed to operate in varying temperatures. Its wide properties of frequency make it suitable for many electronic applications.The DR1040-151-R is constructed from a molded wound toroidal core and consists of low-loss Fair Rite Ferrite material. The construction of the Fixed Inductor provides superior shielding against external interference. This allows it to function in applications with high electromagnetic radiation levels, such as microprocessor- based end systems. The DR1040-151-R has a wide operating temperature range of from -25 to +125 degrees Centigrade. Its capacitance range is 0.002 pF to 1.2 pF. The distance between two leakage flux of the DR1040-151-R is 0.012 inches and its power dissipation factor is 0.005.Its working principle is based on Faraday’s Law of Induction. Faraday’s Law states that an inductor will oppose any changes in the current flowing through it. In the case of the DR1040-151-R, the current flowing through the inductor induces a magnetic field which in turn creates a back-EMF (electromotive force). This back-EMF opposes the change in current, thereby stabilizing the current. This ensures that the current flowing through the coil remains constant throughout its life. The DR1040-151-R Fixed Inductor is mostly used in automotive electronics, audio equipment, computer-related applications, telecommunication devices, medical electronics, and other applications. It is also used in various power supplies, switching power supplies, rectifiers, and other power management applications. In a nutshell, the DR1040-151-R Fixed Inductor is a high-Q, low-DC bias inductor that is suitable for different types of electronic applications. Its wide operating temperature range and excellent shielding properties make it ideal for applications such as automotive electronics, audio equipment, computer-related applications, and more. Its working principle is based on Faraday’s Law of induction and it is designed to keep the current flowing through the inductor stable.

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