ACML-1210-60-T

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Ferrite Beads and Chips are essential components to electronic products, providing the best in quality results. The ACML-1210-60-T, in particular, is often used for circuit designs in non-critical applications, such as RFI suppression. This versatile common-mode filter offers excellent performance with low insertion loss and a high impedance differential-mode.

The core of the filter consists of high-performance ferrites. The whole device uses an a-core with two symmetrical distributed PCB lines for one differential line. This a-core provides broadband performance as well as high return loss. Due to the structure of this core, the ACML-1210-60-T is capable of attenuating spurious signals between 50-1000MHz without increasing insertion loss.

The ACML-1210-60-T employs a ferrite bead to reduce EMI. This allows the filter to suppress EMI leakage better than most other ferrite bead-based filters. The ferrite bead provides a low inductance capacitance which makes it suitable for high-frequency uses. In addition to that, the bead decreases the suppression of high-frequency RF in the differential mode. Thus, it reduces the insertion loss of the differential pair.

The ACML-1210-60-T also provides excellent common-mode performance with high impedance. This is because of the symmetrical design of the ferrite bead. The symmetrical design means that even at high operating frequencies, the inductance values of both differential lines remain consistent. This ensures that all common-mode signals are attenuated and there is no loss of energy.

Furthermore, the ACML-1210-60-T has an integral low leakage mode. This means that the system only presents low resistance in the desired frequency range. The Unique Reflective Impedance Design is also employed, which helps ensure that leakages can be minimized. The filter also has an extended thermal range in combination with a low temperature coefficient.

Overall, the ACML-1210-60-T is an excellent choice for circuit designs in non-critical applications such as RFI suppression. It can provide excellent performance with low insertion loss, a high impedance differential-mode, and EMI suppression. The ferrite bead-based construction ensures consistent inductance values and also helps with low leakage mode which makes it suitable for high-frequency uses.

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