TLF9UB203W

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Common Mode Chokes (CMCs) are the go-to class of inductors for current harmonic suppression and other common line-side filtering tasks in power systems. In the system where efficient line-side ripple current suppression is important, CMCs can be used to provide excellent attenuation without compromising system reliability. The TLF9UB203W CMC is a reliable and cost-effective high-performance component for a wide range of applications across multiple industry sectors and markets.

The TLF9UB203W CMC is a cost-effective solution that offers a wide range of applications, including three-phase/single-phase power factor correction, grid-tied solar inverter, industrial power supplies, switched-mode power supplies, white goods, and many other applications that require common mode noise filtering and suppress harmonics. This compact unit provides excellent protection from interference and voltage transients due to its high-dissipation.

The TLF9UB203W CMC has the ability to dissipate up to 1 watt of power while offering coils rated up to 3 Amps for inductance of up to 100uH. This makes it suitable for high-impedance, low-inductance applications. Additionally, the CMC can contain up to four wires for a better connection to the terminals. This allows it to be used for power system wiring that requires shielding or special configuration. The unit is also temperature-resistant up to 125°C, meaning longer life and better reliability.

The working principle of the TLF9UB203W CMC relies on the ability of the unit to attenuate common mode noise when two currents flow in opposite directions in the winding. This creates an opposing magnetic field which causes the noises to cancel out. The TLF9UB203W also utilizes a system of large-diameter ferrite cores and a center core capable of dissipating a considerable amount of power without generating any unwanted heat.

The TLF9UB203W CMC is an incredibly versatile component that can be used in a variety of different applications. With its high-performance, high-dissipation, and temperature-resistant features, this CMC is ideal for use in any power system that requires high-impedance and low-inductance protection. It is also cost-effective, reliable, and offers excellent protection against interference and voltage transients.

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