High-performance TE Connectivity Sigma Molded SMD Inductors for Enhanced Circuit Efficiency - Wachang

2023-04-11
234
Author: overseadia
Source: overseadia
High-performance TE Connectivity Sigma Molded SMD Inductors for Enhanced Circuit Efficiency - Wachang

TE Connectivity Sigma Molded SMD Inductors are the ideal choice for high-performance electronic devices that require enhanced circuit efficiency. The 3615A100K model is designed to deliver superior performance, with an inductance of 10Μh, maximum current rating of 620Ma, and DC resistance of .6Ω. This product is perfect for various high-frequency applications, providing exceptional quality factor and passive component dimensions of 13 X 5 X 5.3mm.

With TE Connectivity Sigma Molded SMD Inductors, you can enjoy a wide range of benefits that include high-temperature stability, low-loss performance, and excellent electromagnetic interference (EMI) suppression. These inductors are designed to meet the growing demand for high-frequency applications that require reliable and efficient circuitry.

The 3615A100K model is an excellent choice for various electronic devices, including automotive electronics, power supplies, and telecommunications equipment. This product features a molded construction that ensures high durability and reliability, making it ideal for harsh environments.

TE Connectivity Sigma Molded SMD Inductors are easy to install, making them suitable for both manual and automated assembly processes. These inductors are also RoHS compliant, ensuring that they meet the latest environmental requirements.

In conclusion, the TE Connectivity Sigma Molded SMD Inductors are the perfect solution for high-frequency applications that require enhanced circuit efficiency. With the 3615A100K model, you can experience superior performance, exceptional quality factor, and passive component dimensions, making it a reliable choice for various electronic devices. Invest in TE Connectivity Sigma Molded SMD Inductors today and enjoy high-performance circuitry that you can count on.

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