BX8213NLT

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Common Mode Chokes are components used to reduce electromagnetic interference in a power circuit. They are used to filter out high-frequency currents that can cause unwanted noise and interference in a circuit. The BX8213NLT is a common mode choke device that is designed to be used in a wide variety of circuit applications. It has a very low insertion loss and a small form factor, making it ideal for use in tight spaces and noisy environments. This article will discuss the application field and working principle of the BX8213NLT common mode choke.

The BX8213NLT is typically used in power circuit applications that require high levels of EMI or EMC filtering, such as those used in industrial, electronic devices, automotive, or home appliances. It is a well-suited common mode choke for areas with high levels of EMI or EMC, such as those in audio systems, in which electromagnetic fields can interfere with the clarity of sound. The device is also ideal for general purpose applications, such as EMI filtering for display monitors.

The BX8213NLT is a high performing and highly reliable component that is designed to reduce the level of EMI or EMC in circuits. It operates using a common mode choke design, which works by placing a winding around a core material. This winding is magnetically coupled to the power source and creates an impedance that is higher than that of the power source. This impedance limits the flow of high-frequency currents and prevents them from interfering with the circuit’s signal.

The BX8213NLT is designed with a ferrite core material, which is composed of iron oxide and metallic particles. This material offers significant EMI and EMC attenuation benefits, and is also highly durable, thus allowing for consistent performance throughout the life-cycle of the device.

The BX8213NLT has two separate windings, allowing it to filter both common mode and differential mode noise in a single package. Common mode noise is created when electromagnetic fields induce a current in the ground line or power line, while differential mode noise is caused by an imbalance between power and ground conductors. The choke’s two windings work together to filter both types of noise, effectively reducing EMI or EMC interference in circuits.

The BX8213NLT’s small form factor makes it ideal for use in tight spaces, such as in small consumer electronic devices. Moreover, its low insertion loss and high isolation make it a suitable choice for use in power circuits, as it can reduce the amount of power consumed.

In conclusion, the BX8213NLT is a high-performance common mode choke designed for use in power circuits that require high levels of EMI or EMC filtering. It is designed with a ferrite core material and has two windings to filter both common mode and differential mode noise. The device is ideal for use in environments with high levels of EMI or EMC, as it has low insertion loss and high isolation. Additionally, its small form factor makes it suitable for use in tight spaces.

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