TLF14CBH4730R2K1

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Common Mode Chokes are used in a wide variety of applications where it is imperative that any noises or spikes in an electrical circuit be filtered out. The TLF14CBH4730R2K1 Common Mode Choke is no exception. By providing two different versions of this device, it can be adapted to various filtration needs.

The TLF14CBH4730R2K1 is a 3-phase common mode current pulse filter choke. It is designed to reduce noise spikes and other high frequency electrical interference to improve system reliability in many different types of electrical systems. This device is compatible with a wide DC voltage range of 2.65 – 4.2V. It has a maximum current carrying capability of 10A, with a range from 5mA – 10A. The inductance of this filter choke is an impressive 4730uH.

This device is excellent for use in 3-phase motor drives managing VFDs, servos, pumps, and robotic arms among other equipment. It is often used in factory automation and power supplies, thanks to its high current handling capacity and wide voltage range. This choke filter is commonly used in elevator systems, medical equipment where high current can be damaging, and in a variety of other industrial applications. It is highly efficient, able to handle large currents and capable of withstanding wide voltage fluctuations.

The working principle of the TLF14CBH4730R2K1 common mode choke is quite simple. The choke is placed in the electrical circuit and acts as a filter to reduce any impedance and noise associated with it. It does this by providing a high inductance value which essentially creates a barrier between the source of electrical noise and the ground. This reduces the amount of noise that is transferred into the equipment, resulting in fewer problems with system reliability.

The TLF14CBH4730R2K1 is an excellent choice for its efficiency and reliability. By filtering out noise in the electrical circuit and providing high current handling capacity, it helps improve the overall performance and reliability of many different types of equipment. When used in industrial applications, it can help improve system performance and reduce downtime due to electrical noise.

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