PE-1206CCMC161STS

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Common Mode Chokes (CMCs) are widely used in a variety of electronic applications and are important components of signal interface circuits. The primary purpose of a CMC is to reduce common mode noise, which is caused by noise coupled into the ground or power supply. It also helps to increase signal integrity. The PE-1206CCMC161STS is a high performance CMC specifically designed for EMI suppression applications. It offers excellent performance in noisy environments.

The PE-1206CCMC161STS is a 2-wire shielded inductor used in applications that require both differential and common mode noise filtering. Its size and shape make it perfect for a wide range of circuit designs where space is a premium. The device measures 0.999 x 0.809 x 0.278 inches and is suitable for use within dense circuit boards. It contains an internal shield to reduce the coupling of electro-magnetic interference between the two wires.

Communication and Control Application Fields: The PE-1206CCMC161STS is suitable for a range of communication and control applications. Its high performance and small size make it well suited for applications such as industrial controllers, sensors, power supplies, automobiles, home appliances and other consumer electronics. Its wide array of features include: low insertion loss, low signal delay, low ESR, and good power efficiency.

The PE-1206CCMC161STS consists of two wires: a low frequency windings and a high frequency windings. The low frequency windings are designed to achieve excellent electrical performance at low frequencies, while the high frequency windings are optimized for more efficient operation at higher frequencies. This helps reduce common-mode noise.

The working principle of the PE-1206CCMC161STS is simple. It uses inductors to prevent high frequency noise and common mode currents from entering the power and signal paths. The inductors are coupled together by a capacitor, which filters high frequency noise, while the low frequency windings are used for common mode noise suppression. The internal shield further helps reduce EMI noise. This combined approach ensures that the circuit design can work in noisy environments without sacrificing performance.

In conclusion, the PE-1206CCMC161STS is a high performance CMC specifically designed for EMI suppression applications. Its small size and excellent performance make it well suited for a range of communication and control applications, in addition to its EMI suppression capabilities. The device uses a combination of inductors, capacitors and an internal shield to reduce common mode and high frequency noise, ensuring that circuit designs can perform optimally in noisy environments.

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