TLF9UAH103WR23

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Common Mode Chokes are used to reduce noise in digital systems, filter high frequency noise, and suppress signal interference, and TLF9UAH103WR23 is one type of common mode choke. The working principle of TLF9UAH103WR23 is based on the fact that as an inductor, it will block DC current and allow AC current to pass, but the impedance of the inductor is high compared to the frequency of the current. This means that it suppresses low frequency noise but allows high frequency signals to remain. Additionally, the existence of multiple conductor windings in TLF9UAH103WR23 makes it capable of suppressing noise while allowing signals to pass through with minimal disruption.

TLF9UAH103WR23 has a wide range of applications. It is widely used in contactless energy/information transmission, digital communication equipment, signal transmission, fan & motor control, power supply, telecommunication systems, industrial computers, instrumentation, consumer electronics, automotive electronics, and medical equipment.

TLF9UAH103WR23 is highly reliable and efficient. Its operating temperature range is between -40°C and +85°C, and it can operate in a voltage range of 0.6V to 100V. It is also RoHS compliant, is EMI/RFI compliant, and it has an inductance range between 10uH and 47uH. This characteristic makes it capable of reducing EMI/RFI emissions up to 30dB, providing audio quality up to 90dBuV, and ensuring that digital signals remain unaffected throughout the whole signal chain.

Additionally, TLF9UAH103WR23 has a wide range of features such as low profile, low current consumption, noise suppression up to 30mA, low inductance, high impedance, and high frequency response. These features make it effective in suppressing higher frequency EMI/RFI, helping to reduce signal interference, and allowing digital signals to pass through without disruption.

TLF9UAH103WR23 is highly effective in noise reduction, filter high frequency noise, and suppressing signal interference. Its wide range of applications and features make it ideal for a variety of applications in different industries. Additionally, its high reliability and efficiency make it capable of providing reliable noise suppression and audio quality.

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