UU16LFBNP-152

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Common mode chokes are electronic components used to eliminate interference caused by common-mode signals.They are often used in applications requiring good common-mode noise immunity and minimal EMI.The UU16LFBNP-152 is a common mode choke designed for high-performance applications, where EMI filtering, high immunity to EMI, and the ability to support multiple power lines are essential.

The UU16LFBNP-152 common mode choke utilizes a dual-shielded construction to provide high noise immunity and minimal EMI. It is designed to suppress EMI by using two common-mode inductors which form a low-pass filter. The choke is housed in a compact SMT package, and is ideal for applications where space is a factor.

The UU16LFBNP-152 is capable of handling a range of input voltage from 12V to 24V. The peak current rating of the device is 2A, with a nominal current of 0.5A.The device also has an operating temperature range of -40°C to +125°C, and can withstand up to 100V for high-voltage applications. The device also features no internal saturation and offers a high inductance-to-resistance ratio for superior common-mode noise immunity.

The UU16LFBNP-152 is commonly used in automotive, industrial, and medical applications. It is used to filter out common-mode noise to ensure reliable operation of sensitive electronic devices. It is also used to reduce the EMI generated by AC/DC converters and other types of power supplies.

The UU16LFBNP-152 works by blocking common-mode signals while allowing differential-mode signals to pass, thus providing a high level of noise immunity. As the device combines two common-mode inductors in a low-pass filter, it can provide a high inductance-to-resistance ratio. This helps to reduce the effects of voltage spikes and allows the device to maintain high levels of stability and reliability.

The UU16LFBNP-152 is a highly reliable and efficient common mode choke that is ideal for high-performance applications. It is designed to provide superior noise immunity, minimal EMI, and reliable operation. Its compact package and high operating temperature range make it an ideal choice for applications where space is a factor.

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