CB2012T470M

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Fixed Inductors are essential components for a variety of electronics applications, such as RF filters, voltage and current regulators, microwave ovens, and radio frequency (RF) amplifiers. The CB2012T470M is a type of fixed inductor which is designed to provide high inductance and reliable performance in these limited space wireless applications. This article explores the application field and working principle behind the CB2012T470M.

The CB2012T470M is a significant advancement in the field of fixed inductors, thanks to its ability to provide a high inductance at a relatively small size. This makes it the perfect choice for wireless applications where board space is limited. The CB2012T470M is constructed of metal oxide and has a maximum operating temperature of 125°C, supporting a soldering temperature of 230°C (for 10 seconds). It also provides a high insulation resistance of 1000 Megohms with an inductance range of between 0.68mH and 10mH.

The CB2012T470M’s exceptional performance is due to its unique design, which optimizes inductance while still maintaining reliable performance. To do this, the CB2012T470M utilizes a radial-leaded aircore coil configuration, meaning that there is no magnetic core present. This design provides superior inductance (compared to other types of cores) in addition to consistent performance. This helps provide outstanding insulation properties.

The primary applications for the CB2012T470M are in wireless communication systems. This includes GSM, CDMA, WCDMA, LTE, Wi-Fi, and Bluetooth. The CB2012T470M is commonly used in mobile handsets, tablets, and base stations. It is also used in various types of antennas for wireless devices, as well as in test and measurement equipment. Its high inductance and reliable performance make it a preferred choice for these applications.

The CB2012T470M works on the principle of Faraday\'s law, which states that a voltage is generated in a conductor when the current through it is changing. This generates a voltage pulse, which is then sent to the antenna of a wireless system. The antenna then converts this signal into electromagnetic radiation, which is then broadcast, allowing wireless communication to occur.

The CB2012T470M utilizes a very simple design, yet provides an extraordinarily reliable performance. Its small size allows it to be used in numerous wireless applications, including mobile and base stations and various types of antennas. Its ability to generate a pulsed voltage at high efficiency makes it a top choice for those who require a dependable fixed inductor solution.

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