TLH10UB4420R8

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Common mode chokes are electrical components used to reduce high differential mode noise or transient responses transmitted in power lines or signal lines. They are also used to reduce noise, interference, and unwanted high frequency signals on a given line. The TLH10UB4420R8 is a common mode choke from TDK-Lambda used in various applications for excellent common mode noise suppression.

It is a potential-type common mode choke which can be used between ports of digital circuits, transformers, and cables for noise attenuation. It is based on the common mode inductor (CMI) technology used for attenuating high frequency noise in electronic hardware. The product features a temperature range of -40°C to +125°C, a rated current of 10A, and a rated voltage of 5V. It is designed with an impedance of 20 Ω max at 1 MHz.

The TLH10UB4420R8 can be used in various industries and applications, such as in medical electronics and robotics. The choke can be used in digital signal control loops, to ensure stable operation. It can be used to reduce the effects of digital switching noise, such as EMI, RFI, ESD, and crosstalk, which can adversely affect the performance of the system. The TLH10UB4420R8 can also be used in automotive applications, to reduce high-frequency noise due to power fluctuations or anti-theft systems.

The working principle of the TLH10UB4420R8 is based on its magnetic core, which consists of two or more parts. When it is placed between two ports, the internally generated noise is suppressed by the core\'s magnetic field. This enables the choke to provide excellent common mode noise suppression. The result is a stable connection, with reduced interference and improved signal-to-noise ratio.

The TLH10UB4420R8 is designed to provide superior noise suppression in a wide range of applications thanks to its excellent high frequency common mode impedance. Its excellent temperature range, current rating, and rated voltage make it suitable for many industries, including medical electronics, robotics, and automotive. It is the perfect choice for noise suppression in high frequency circuit designs.

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