B82723A2602N001

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Common Mode Chokes are in the form of an inductor coil connected around two parallel lines that join a common mode voltage and share a ground. They are used to filter electrical noise and improve signal quality. They are used in applications such as switched mode power supplies, communication systems, and DC motor drives. 

The B82723A2602N001 is a common mode choke designed for applications such as inverters, AC-DC adapters, and motor drives. It uses an improved chemical ferrite core with magnetic shielding which increases the protection against high EMI levels. The choke also features an enhanced frequency range for superior noise suppression.

The B82723A2602N001\'s inductance value is 13.2 mH at 100 kHz and DC current of 0.89 A. Its insulation resistance is 7.5 MΩ at 500 VDC. The rated current is 6 Amp at 40°C, 40% humidity. The temperature range is between -40°C~+125°C. The B82723A2602N001 has a damping ratio of 20 dBty ±3 dB at 27 MHz.

The B82723A2602N001 works on the principle of using the inductance of the coil to cancel out noise and improve signal integrity. The parasitic capacitance of the coil cancels the proximate noise from the power supply and is also used to provide a path of least resistance, thereby creating a filter.

The wide range of applications for the B82723A2602N001 makes it ideal for adding low-level noise protection to a variety of circuits and systems. It is used in the automotive industry, aerospace, and medical devices as well as consumer electronics. Its high frequency and wide frequency range makes it suitable for a variety of applications that require electromagnetic interference protection and noise cancellation.

The B82723A2602N001 common mode choke is a highly efficient and reliable component that can be used to protect circuits from electrical noise. It is designed to offer superior performance and reliability even in challenging environments, such as in motor drives or in harsh industrial environments. Its wide range of applications makes it a great choice for enhancing the signal quality of many types of circuits.

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