P3519-105J

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors, commonly referred to as inductors, are passive two-terminal electrical components that store energy in a magnetic field. They typically consist of a coil of wire around a core, which is usually made of iron or ferrite. The P3519-105J is a cylindrically wound inductor from NIC Components Co., Ltd. that is specially designed for transmission applications.

In electrical circuits, inductors are most commonly used in filter circuits, tuned circuits, or oscillators. The P3519-105J has a rated inductance of 10µH and can tolerate up to 2.5A of current at up to 50MHz of operating frequency. The core material is made of ferrite, which increases its ability to store energy and dissipates heat better than other materials. Its cylindrical winding also helps reduce inductance variation with frequency.

The P3519-105J has a maximum rated current of 2.5A, which is suitable for high-frequency transmission applications. It also has a low DC resistance (DCR), making it well-suited for DC-coupled circuits. The low DCR also helps reduce power losses and maintain efficiency. The P3519-105J is also capable of withstanding high temperatures, making it an ideal candidate for applications where maximum temperature is a concern.

The P3519-105J is an excellent choice for high-frequency transmission applications. Its high inductance, low DCR, and high temperature tolerance make it a great option for these applications. The cylindrical winding design also helps reduce inductance variation with frequency, making it ideal for applications requiring precise inductance control. The ferrite core material also improves its ability to store energy and dissipate heat.

In conclusion, the P3519-105J is an excellent choice for high-frequency transmission applications. Its high inductance, low DCR, and high temperature tolerance make it an ideal choice for these applications. The cylindrical winding design and ferrite core material further improve its performance, making it an excellent choice for precise inductance control and efficient heat dissipation.

The specific data is subject to PDF, and the above content is for reference