PLY10AN2321R2D2B

The PLY10AN2321R2D2B is a type of Common Mode Chokes device, designed to suppress electromagnetic interference in higher frequency applications. It is able to provide a broad range of frequency and impedence response. This makes it well suited for a variety of applications.

Common Mode Chokes are designed to allow a high level of inductance, but are limited to filtering out common mode interference. They are able to limit the capacitance effect on signal integrity, while also allowing a low-pass filter that reduces EMI emissions. Common Mode Chokes are also able to provide electromagnetic compatibility (EMC) in environments with a high level of noise.

The PLY10AN2321R2D2B is designed to work in microwave and millimeter-wave frequencies, and is commonly used in applications such as antenna feeds, cable connections, and radio receivers. It is able to effectively suppress common mode currents and eliminate EMI in these applications. The part also has a relatively high impedance which helps to reduce the propagation of interference in noisy environments.

The PLY10AN2321R2D2B is able to eliminate EMI in the frequency range from 800MHz to 8GHz. It has an operating temperature range from -55°C to +125°C, and can handle up to 1.0ADC and 6.0Adc current. The part is constructed from materials such as anodized alumina and copper, and features a minimum external land pattern size of 14mm x 16mm.

The main working principle of the PLY10AN2321R2D2B is based on the principle of inductive reactance. This principle states that in an alternating current, an inductor will oppose any changes in current. The device is able to use this principle to create an inductor with a high resistance to common mode currents. The inductor is able to suppress the common mode interference, while allowing the signal to pass through untouched.

The PLY10AN2321R2D2B is a great choice for applications that require a high level of filtering and EMI suppression. It is able to provide a reliable and effective solution for suppressing EMI in many higher frequency applications. The part is easy to install and requires minimal maintenance, making it a cost effective solution.