36401E13N8GTDF

Fixed Inductors

Fixed Inductors are electronic components used in a wide range of applications that require the storage and control of power. The 36401E13N8GTDF is a compact and reliable inductor that is used to control the voltage and current in circuits. This particular component has a unique application field and working principle.

Application Field of the 36401E13N8GTDF

The 36401E13N8GTDF is primarily used in devices that require low thermal sensitivity and low ESR (equivalent series resistance). These devices can include power and lighting products, AC-DC converters, DC-DC converters, and LED drivers. This unique component is designed to ensure a high power density while providing efficient operation to switch mode power supplies with little performance impact. The 36401E13N8GTDF is also designed to handle a wide range of operating temperatures from -40°C to105°C.

Working Principle of the 36401E13N8GTDF

The 36401E13N8GTDF functions by using the energy stored in a magnetic field. Its core is made of iron, which when the current is passed through it, produces a magnetic field. The field allows for the initiation of an induced current. This induces a flow of current to maintain a steady-state voltage. Additionally, the component is equipped with multiple choke coils, which makes it possible to protect the sensitive circuits from the inductance spikes of the core.

The 36401E13N8GTDF is further equipped with an over-current protection system, which increases the current depending on the magnitude of the magnetic field. This prevents the component from harm due to excessive current. The combination of these features provides a reliable and efficient operation that ensures low losses and optimal protection.

Conclusion

The 36401E13N8GTDF is a unique fixed inductor component from Murata. It is designed for high power density with low thermal sensitivity and low ESR. Its working principle involves the magnetic field initiated by the flow of current and the use of choke coils to protect sensitive circuits. Its features include over-current protection, providing reliable and efficient operation. As a result, it is more suitable for devices that require low thermal sensitivity and low ESR.