CDRR75NP-3R3MC

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Fixed inductors are often used in various electric circuits to store energy in magnetic fields. CDRR75NP-3R3MC is one of the most common fixed inductors in the market today. It is widely used in various electric circuits such as power supply, audio and radio, medical and industrial applications.

The CDRR75NP-3R3MC fixed inductor is made of a high-quality wound copper wire and ferrite core. The ferrite core is designed to provide low-loss and high-inductance characteristics. The overall size of the inductor is only 75mm x 19mm x 5.7 mm and it has a total weight of about 7.5g.

The CDRR75NP-3R3MC fixed inductor has an inductance range from 3.3 to 10mH. It can be used in a variety of operating conditions such as DC and AC power supply. The inductor is able to handle high peak currents and a temperature range of -55 to +155 degrees Celsius. The operating temperature range of this inductor is between -55°C and +155°C. The rated current of this fixed inductor is 3.3A, and the rated voltage is 4V. Additionally, this inductor has a copper wire insulation that is rated at 155 degrees Celsius.

The working principle of the CDRR75NP-3R3MC inductor is that when a magnetic field is created by a current, the inductor will store energy in the form of a magnetic field. When the magnetic field is destroyed, the stored magnetic field will induce a current in the inductor, and this induced current will dissipate this stored energy.

The CDRR75NP-3R3MC fixed inductor is widely used in various applications such as audio and radio, medical and industrial applications, power supply, etc. It helps to create an highly efficient energy transfer in the circuits, due to its highly conductivity. Moreover, this inductor has a compact size and low power consumption, which makes it suitable for use in a wide range of applications.

In conclusion, CDRR75NP-3R3MC is one of the most popular fixed inductors in the market today. It has a high inductance range, low-loss characteristic, a copper wire insulation rated at 155 degrees Celsius, and is suitable for use in a variety of operating conditions. It helps to create an highly efficient energy transfer in the circuits, due to its highly conductivity, and makes it suitable for use in a wide range of applications.

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