TLF14CBH1830R5

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Common Mode Chokes are becoming increasingly popular in recent years, especially for applications that require high reliability and robustness against extreme conditions. One such device is the TLF14CBH1830R5, which can withstand a high amount of current without suffering from thermal, electrical, or mechanical damage.

The TLF14CBH1830R5 is a single-ended common mode choke with high and stable impedance in a wide frequency range, between 100MHz and 7GHz. The low-profile and small size makes it suitable for applications with limited PCB space. The operating temperature range is from -55C to +85C, and it is RoHS compliant.

The TLF14CBH1830R5 is best suited for high frequency applications such as near-field communication (NFC), ultra wide band (UWB), Bluetooth, Wi-Fi, frequency hopping spread spectrum, cellular/PCS/UMTS, and other RF applications. It is also well suited for shielding against EMI/RFI, as well as reducing interference to sensitive components.

In terms of working principle, the TLF14CBH1830R5 common mode choke uses its inductance to impede a change in current flow in a circuit. This helps to reduce the amount of noise, interference, and other unwanted signals in the circuit. The inductance of the Common Mode Choke increases with frequency, thereby providing excellent common mode impedance over a wide range of frequency.

In addition to its primary function of reducing noise and interfering signals, the TLF14CBH1830R5 also helps to protect sensitive components by providing a low-pass filter effect, which reduces the risk of power surges and other high-frequency noise. The choke also helps to decrease the effects of ground loops, which can otherwise lead to damaging ground currents.

In summary, the TLF14CBH1830R5 is a single-ended common mode choke with high and stable impedance, making it a great choice for applications that require reliable and robust performance in extreme conditions. It provides excellent common mode impedance over a wide range of frequencies, and provides additional benefits such as reducing noise and interference, protecting sensitive components, and reducing the effects of ground loops.

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