3094-123HS

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Fixed Inductors

Fixed inductors are components used in electronics that include an inductor, which is typically a wire coiled around a core, and other components. They are used for a variety of purposes including power conditioning, to make sure the specified current and voltage are delivered to the load, and signal conditioning, which is used to filter, boost, block, or combine signals. The 3094-123HS is a fixed inductor designed for power conditioning applications and is a member of the CDRH series of inductors from Coilcraft.

3094-123HS Application Field and Working Principle

The 3094-123HS is a high-current, low-profile fixed inductor designed for power conditioning applications. The inductor measures 15 mm x 18 mm x 10 mm and has a maximum current rating of 4.6 A. This makes it ideal for use in automotive and other space-constrained applications. The inductor features an internal shield with an integral coil, meaning it offers excellent protection from external interference.

The 3094-123HS is supplied with a tin/nickel/cobalt terminations that are designed to offer long-term reliability and excellent corrosion resistance. The inductor also features a self-shielding construction that provides superior noise immunity and excellent inductance and current-handling performance.

The 3094-123HS is an ideal solution for power conditioning applications such as DC/DC converter designs, switch-mode power supplies, and motor controls. The inductor is well-suited for applications where high power ratings, high wide operating temperature (up to 125 °C), and excellent current and voltage handling performance are required. In addition, the 3094-123HS offers high reliability due to its self-shielding construction and tin/nickel/cobalt terminations.

The 3094-123HS utilizes an air-core inductor design. This makes it a non-magnetic and non-resonant device, resulting in improved performance even in high-frequency applications. The inductor also features metal-oxide varistors to protect against voltage transients, as well as an internal shield to reduce mass and radiated emissions. The 3094-123HS also features a high self-resonance frequency, meaning it is capable of operating over a wide frequency range.

In addition to its excellent power conditioning performance and reliability, the 3094-123HS also offers excellent thermal stability due to its low thermal resistance and high efficiency. This makes it an ideal choice for power conditioning applications that require high temperature operation. With its low profile, high current rating, excellent performance, and reliability, the 3094-123HS is an ideal choice for power conditioning applications that require a compact, high-performance solution.

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