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Fixed Inductors

This article aims to discuss the application field and working principle of CDR6D28MNNP-1R5NC, which is a fixed inductor.

Introduction

CDR6D28MNNP-1R5NC is a fixed inductor of the type MNP with a size of 7.2mm*7.2mm*7.2mm. It is usually used in low frequency application, such as power line, filtering, decoupling, power factor correction, motor control, sensing and other applications.

Application Field

CDR6D28MNNP-1R5NC is widely used in power line and filtering. It reduces voltage input shocks and works as an electrical noise filter. It is also used to suppress noise and signal crosses generated by different circuit components.

In motor control, it works as a line noise filter and reduces motor noise and current input distortion. It also helps to reduce the switching time of the motor.

In power factor correction, it is used to reduce the power factor and increase efficiency. It helps to reduce the power consumption and reduce the total cost.

It can also be used in sensing applications, such as temperature and pressure sensing. It helps to sense the temperature and pressure of the system and provide feedback to the controller.

Working Principle

The working principle of CDR6D28MNNP-1R5NC is based on the relationship between inductance and current. When a current is applied to the inductor, it produces a magnetic field. This field opposes the increase in current and produces an inductance. The more current applied, the greater the inductance.

The inductance of the CDR6D28MNNP-1R5NC can be adjusted using a variable capacitor or resistor. This can be used to fine tune the current input to the inductor. This fine tuning helps to reduce power losses and optimize the performance.

The CDR6D28MNNP-1R5NC can also be used in LC circuits. The inductor can be used as part of an oscillator circuit or as part of an RF circuit. In these applications, it can be used to create a frequency or to filter out unwanted signals.

Conclusion

CDR6D28MNNP-1R5NC is a fixed inductor that has many applications. It is mainly used in power line, filtering, decoupling, motor control, power factor correction, and sensing applications. The working principle of the CDR6D28MNNP-1R5NC is based on the relationship between inductance and current. This article has discussed the application field and working principle of the CDR6D28MNNP-1R5NC.

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