PL8802NLT

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Common Mode Chokes (CMC) are a type of inductor component which are designed to attenuate or block certain AC signals, such as ripple currents, while allowing other signals, such as DC currents to pass through. The PL8802NLT is a type of CMC specifically designed to work with the 2.4 GHz WiFi standard in environments where electromagnetic interference (EMI) must be suppressed. As such, this component is primarily used in medical and military applications, where the 2.4 GHz system is used to connect and control various devices.

The PL8802NLT is an example of a frequency-dependent CMC, meaning that it is optimised to attenuate specific frequencies while permitting others to pass through. While all CMCs work on the same principle, the PL8802NLT is designed to provide effective signal suppression without sacrificing performance. This is accomplished through the use of finely tuned interconnect elements, each tailored to selectively block certain frequencies while allowing other frequencies to pass through unimpeded.

The working principle of the PL8802NLT is based on the principle of inductive impedance. When a signal is input or passed through, a magnetic field is produced around the coil. This causes the incoming frequency to be delayed and diffused as the magnetic field spreads out and impedes the signal’s progress. The resulting effect is that higher-frequency signals are attenuated while lower-frequency signals are left unaffected.

The frequency-dependent CMCs are used in applications where harmonics, or frequencies that are multiples of the primary frequency, must be suppressed without significantly affecting other signals. This ensures that devices connected in such an environment do not suffer interference or degradation of performance. For example, a medical device with a 2.4 GHz connection will be able to function correctly, despite the presence of other radio waves or electrical noise.

The PL8802NLT is a robust and reliable CMC component, designed to provide superior signal suppression and effective EMI control. Thanks to its finely tuned interconnect elements, the component is able to provide good wave shaping and frequency filtering while maintaining a large bandwidth. The component is also shock and vibration resistant, making it suitable for use in harsh environments.

The PL8802NLT is an important component of the 2.4 GHz WiFi standard, and is commonly used in medical and military systems, as well as other applications where EMI must be suppressed. This component\'s frequency-dependent capabilities make it an ideal choice for environments where multiple frequencies are present, ensuring that no one frequency becomes too dominant. With its high-performance design and robust construction, the PL8802NLT can be relied upon to provide reliable shielding and signal suppression in the most demanding of environments.

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