4726R-150

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Fixed inductors, commonly known as inductors, are components commonly used in electronic circuit design. The 4726R-150 is a specific type of fixed inductor. It is a surface-mount 0603-sized single inductor with an inductance range of 1.5uH to 15uH and an operating temperature range between -40 to +105°C.

The 4726R-150 is typically used in DC/DC converter modules to prevent high-frequency noise. It works by absorbing the high-frequency noise that is created when running on a high input voltage. This induction also acts as a current buffer which helps to stabilize the output voltage of the DC/DC converter.

The 4726R-150 consists of a coil of insulated wire with a number of turns. The coil is wound on an atom-sized core or substrate material. Depending on the inductance value desired, the number of turns, core and the gauge of the wire may vary. The core, which is typically made of iron or ferrite, functions to increase the overall effective inductance.

Besides the DC/DC converter modules, the 4726R-150 can be used in many other applications. It can be used for RF power, telecommunication, automotive circuit, power supply circuits, power switching, consumer electronics, and many other applications.

In terms of operation, the 4726R-150 is a passive component. It possesses no active components and hence does not require a power source. Once connected to a circuit, it provides inductance to the circuit. It houses an induced magnetic field, which results in a voltage, when a current is passed through the coil.

The 4726R-150 also has a number of other advantages compared to other fixed inductors, such as its low profile, low self-resonant frequency, low parasitic effects and impedance matching. Additionally, its excellent temperature and power rating makes it ideal to use in many different applications.

In short, the 4726R-150 is a low-profile surface-mount fixed inductor that is commonly used in DC/DC converter modules to absorb high-frequency noise. It can also be used in many other applications thanks to its low profile, low self-resonant frequency, insulation material, low parasitic effects, and impedance matching. Its excellent temperature and power ratings make it even more versatile.

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