HF50ACC321611-T Filters

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Ferrite beads and chips are known for their shielding capabilities due to their nonlinear properties which reduce unwanted interference. HF50ACC321611-T is a high frequency ferrite bead that is a type of chip that operates in high frequency. As a ferrite bead/chip, this component shields a circuit from unwanted noise from interference by making use of those non-linear properties.

The HF50ACC321611-T operates with power supply capacitor resonance reduction and is able to hold signals up to 500 MHz, with a resistance of 32 Ohms at 100 MHz. In terms of frequencies, it operates in the range of 10kHz to 500MHz and has a pass band of 10MHz to 400MHz. As for the size, the HF50ACC321611-T has height of 0.962” (24.4mm), width of 0.620” (15.7mm), and length of 0.402” (10.2mm). Further, the maximum operating temperature of this component is 185F (85C).

This component is widely used in choke applications, especially in high frequency chokes that are used in power supplies. In these applications, HF50ACC321611-T is used to reduce current fluctuations, as well as reduce spikes and power supply resonance. These same properties typically make these components highly suitable for EMI/RFI suppression.

The working principle of the HF50ACC321611-T is based on its high permeability chip that is designed to operate as an inductor. This chip should be placed in the circuit in series with the source of the unwanted noise. Its high value of inductance creates a low pass filter, allowing for the blocking of the high frequency signals while allowing the low frequency signals to pass through. This action is enabled by the fact that HF50ACC321611-T works as a dual inductor, giving each component a separate function. The first inductor works as a choke inductor, while the second works as a filter inductor.

In addition to EMI/RFI suppression, the HF50ACC321611-T also finds its use in circuit decoupling. By using an inductor with resistor-capacitor (RC) networks, the HF50ACC321611-T works to separate the high frequency signals from the lower frequency signals, allowing for an improved performance of the circuit. Additionally, when placed in the circuit with electrical components, the HF50ACC321611-T can help to reduce the power consumption of the components.

All in all, HF50ACC321611-T is an ideal component for applications requiring high frequency ferrite beads, shields, and filters. Its working principle is based on inductance, giving it the ability to function as a dual inductor with the choke inductor blocking off higher frequency signals while the filter inductor reduces interference. This ability usually gives it its primary applications as EMI/RFI suppression and circuit decoupling, however, one can find its use in many more places.

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