SS26V-070510

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Common Mode Chokes have a wide range of applications, both in the consumer electronics and industrial sectors. One of the most popular Common Mode Chokes is the SS26V-070510. This choke is a small footprint, surface-mountable Common Mode Choke, designed for use in high frequency switching power circuits.

The SS26V-070510 can be used as an inductor or a choke, and its small size makes it well-suited for use in consumer electronics products. It has a wide common mode impedance, up to 4.2kOhms at 100MHz, so it is an ideal solution for switching power applications. It also has a high rated current of 1.4A, which allows it to handle a wide range of currents in a small size.

The SS26V-070510 is also an excellent solution for EMC filtering applications. Its high rated current allows it to handle the high frequency switching of loads and high frequency interference present in consumer electronics products. The choke is also designed to minimize emissions, making it ideal for EMC applications. Additionally, the choke is RoHS compliant, making it a good choice for products that must meet environmental standards.

The SS26V-070510 has an effective working principle that provides the user with a high efficiency solution for power management and EMC filtering applications. The choke works by reducing the amount of high frequency interference that passes through by creating a magnetic field that blocks the transmission of energy through the choke. This creates an inductive impedance, which effectively reduces the amount of energy that is passed through and protects the system from high frequency interference.

The SS26V-070510 is an excellent choice for EMC filtering and low-noise power management solutions in consumer electronics and industrial applications. Its small size and high rated current make it well-suited for use in a wide range of applications. Additionally, its effective working principle ensures that the user is provided with a reliable, high-efficiency solution for their power management and EMC filtering needs.

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