DPO-3.0-47

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Fixed Inductors

Fixed inductors are commonly used electrical components. They are also referred to as fixed inductive elements, inductors, or coils, and are either wound from wire, or formed over a ferromagnetic material. They are used for a wide range of applications, including power plants, cell phone transmission systems, spacecraft components, and even medical equipment.

The DPO-3.0-47 is an example of a type of fixed inductor. It is a small, lighter-weight device designed for use in a micro-electrical-mechanical system (MEMS) applications. It has an operating temperature range of from -55 to +150° Celsius and uses a ferromagnetic material as its etched core.

The primary purpose of the DPO-3.0-47 is to pass current in a predetermined direction and at a pre-determined voltage or current level. In other words, the inductor acts as an inductive-element switch or regulator. It shores up oscillations in registers in the MEMS circuit, by acting as an electrical resistance built-in to the MEMS components.

The main design principle of the DPO-3.0-47 is that the permeability of the ferromagnetic core affects the circuit inductance, which will ultimately decide the overall performance and efficiency of the system. The device can also function as an air gap inductor, which is used to reduce power losses due to variable resistance. As a result, the device offers considerable gains in performance and efficiency.

Another application for the DPO-3.0-47 is in spaceflight. It can be used in power systems aboard satellites and spacecraft. It is a highly reliable device and is designed to be able to withstand the extreme vibration and electrical interference of outer space.

In summary, the DPO-3.0-47 is an example of a fixed inductor designed for use in MEMS applications. It is also highly reliable and robust enough for use in spaceflight. Its primary purpose is to act as an inductive-element switch or regulator. It achieves this due to its core material, which allows it to offer considerable gains in efficiency and performance.

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