CTX32CT-150-R

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Fixed Inductors are used in a broad range of applications. One of these components is the CTX32CT-150-R Inductor. This device has been designed to provide high levels of passivity, stability, and low noise operation in a wide variety of different types of applications.

Characteristics

The CTX32CT-150-R Inductor has a nominal inductance of 1.50 mH, an operating temperature of -40°C to +85°C and a current rating of 4 A. It has an inductance tolerance of +20% to -30%. The device is provided in a 2616 package and has an operating time of up to 5s maximum. Additionally, it features a surge current rating of up to 24 A, a DC resistance of 0.08 ohms, an insulation resistance of 50 ohms and a capacitance of 0.1pF max at 1kHz.

Applications and Advantages

The CTX32CT-150-R Inductor is used in a wide range of applications including power supplies, automotive, LED lighting, UPS, telecommunications, consumer electronics, and medical applications.

Its high current carrying capacity and low DC resistance makes it ideal for use in a broad range of applications. It provides a reliable power solution with low noise operation. Its inductance is also highly stable, meaning that it can be relied upon to perform consistently. In addition, its high surge current rating makes it suitable for applications where a quick burst of current is required.

Working principle

The working principle of the CTX32CT-150-R Inductor involves the re-directing of electrical current via an inductor. This allows for an increase in current, resulting in higher output power. This current is then passed through a core material, which affects the inductive reactance of the material, causing it to be ‘tuned’. This tuned inductance provides a specific amount of current to be passed through the device, which then provides a known level of output power.

Conclusion

The CTX32CT-150-R Inductor is a fixed inductor designed for use in a wide range of applications. It offers high levels of passivity, stability, and low noise operation. Additionally, its high current carrying capacity and low DC resistance make it suitable for a variety of applications. The working principle of the device involves the re-directing of electrical current via an inductor and the re-directing of electrical energy via core material.

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