CDRH127C/ANP-560MC

Fixed Inductors are widely used in electrical and electronic applications and for many applications, the CDRH127C/ANP-560MC is a great choice. It is a surface mount inductor that is designed with great precision and accuracy. The component can be easily mounted on a PCB board with its 4-lead configurations and its package sizecompact. The CDRH127C/ANP-560MC is a high current, high inductance unit that has a wide operating temperature range of -40°C to +85°C.

The CDRH127C/ANP-560MC has a number of features that allow it to operate effectively in the most demanding applications. Its high current rating as well as its high inductance makes it suitable for high current power supplies, and its superior electromagnetic interference performance means it can be used in systems with high-frequency switching. Its solder-ability, insulation strength, and temperature rise are all excellent, so it can be used for high frequency applications such as switching power supplies and server CPUs.

The CDRH127C/ANP-560MC has an inductance range of 9µH to 68µH. Its lead frame material is a Ferromagnetic Alloy that has a very low Curie temperature (50℃). This makes it able to handle high frequencies, making the CDRH127C/ANP-560MC a great choice for high-frequency applications. The component has a wide range of operating temperatures, low noise level, and high efficiency, and it has a high power density making it ideal for power system applications.

The CDRH127C/ANP-560MC works on the principles of induction. When a current is conducted through the component, an opposing electromagnetic field is generated, which is known as inductance. This generates a voltage drop across the component that is proportional to the frequency and the inductance of the component. The inductanceof the component contributes directly to the amount of voltage drop that is generated. The higher the inductance, the more voltage is dropped, and this helps provide smooth operation and increased efficiency.

The CDRH127C/ANP-560MC is a robust and reliable component that can be used in a variety of applications. Its superior performance and features make it a great choice for a wide variety of applications, including power supplies, processors, switching power supplies, and a range of other high-frequency applications. It is a great choice for engineers looking for a reliable and robust component that can withstand the rigors of high-frequency applications.