4726-68

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Fixed inductors are electronic devices usually made from a coil of insulated wire wound around a core, to create a magnetic field for various uses. The 4726-68 Inductors are types of fixed inductors that are designed for use in applications such as Power Supplies, Control Circuits, Timing Circuits, and Regulated Power Supplies. The 4726-68 Inductors are ideal for use in DC-DC converters, dc-to-dc regulators, switched mode oscillators, and DC-AC inverters.

The 4726-68 Inductors are made from a high quality aluminum oxide core that is wrapped with a strip of high purity copper foil to form a coil. The core is then encapsulated in an epoxy or silicone coating to help protect it from the elements and moisture. The wire of the 4726-68 Inductors are insulated with a special insulation material to make sure it remains stable even under high temperatures. This insulation material also helps to reduce losses in the system, and hence, increases the efficiency of the inductor.

The 4726-68 Inductors are designed to operate at high frequencies up to 2GHz. This enables them to be used in a wide range of applications, such as Radio Frequency (RF) transmission systems, high frequency switch-mode power converters, and more. These inductors are also designed to be highly reliable, with low resistance and a low temperature coefficient. This ensures that it remains stable even under high current and voltage conditions.

The working principle of a 4726-68 Inductor is very simple. When an electrical current is applied to the coil, a magnetic field is created within the coil and this magnetic field can be used to create inductance. The inductance of the 4726-68 Inductor is determined by the core, the number of turns on the coil, and the insulation material used. The larger the core and the more turns on the coil, the higher is the inductance. The 4726-68 Inductor is typically rated in µH, which stands for microhenries.

The 4726-68 Inductor is designed to provide reliable, high-frequency inductance that is essential for many types of applications. Its low resistance and high temperature coefficient enable it to provide stable operation in high current and voltage applications and its high-frequency performance helps ensure that it can be used for RF transmission systems and switch-mode power converters. Its versatility makes it an ideal choice for a wide range of fixed inductor applications.

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