CTX01-17342

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Fixed inductors are components of electrical circuits, usually composed of coils and made of various materials. They are used in a wide variety of applications, from automotive electronics to consumer electronics to medical equipment and more. One such inductor is the CTX01-17342, which is a surface-mount, high-frequency, low-noise, air-core inductor.

Design Features

The CTX01-17342 has a wide range of features in a small but efficient package. It is constructed of molded epoxy resin, with a ferrite core. The winding is made of enameled copper wire and is secured by the epoxy resin. It has a high frequency rating of 3GHz, which makes it suitable for use in high-speed digital circuits. It also has a low equivalent series resistance, which results in low power losses during operation. Additionally, it has low inductance drift across the temperature range, which helps to maintain a precise operating frequency despite changing conditions.

Applications

The CTX01-17342 can be used in a variety of applications where high frequency and reliable performance are required. This includes automotive electronics, consumer electronics, and medical equipment. It can be used to construct low-noise power supplies with excellent ripple suppression and precise output voltage. It can also be used in switched-mode power supplies, where its high frequency rating makes it ideal for applications that require rapid transitions.

Working Principle

The CTX01-17342 works by storing energy in its ferrite-core winding. An alternating current flows through the winding, creating a magnetic field. This field interacts with the magnetic field generated by the current, producing an opposing force that tends to resist any changes in the current. The inductance of the CTX01-17342 produces this opposing force, which helps to stabilize the current and maintain a steady output voltage.

The inductance of the CTX01-17342 is also affected by temperature. If the temperature decreases, the inductance will increase, resulting in increased current and increased output voltage. Conversely, if the temperature increases, the inductance will decrease, resulting in decreased current and decreased output voltage. This helps to ensure a stable output voltage, even as the temperature changes.

Conclusion

The CTX01-17342 is a high-performance surface-mount inductor that can be used in a variety of automotive, consumer, and medical applications. Thanks to its small size and efficient design, it offers excellent performance and reliability. Additionally, its low equivalent series resistance and low inductance drift across temperature make it perfect for applications that require precise control of output voltage.

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